Courses

C in 21 Days

1. Week 1

   		Expected Duration:	11 hours
   Description: This course begins with a basic explanation of C language components and quickly progresses to writing and debugging C programs. Sample listings complete with sample output and an analysis of code illustrate the topics of the day.

2. Week 2

   		Expected Duration:	14 hours
   Description: This course covers pointers and variable scope concepts that are important to capitalizing on C's assets. It also covers numeric arrays characters and strings and structures. It introduces additional program control statements provides detailed explanations of functions and presents alternative functions. Sample listings complete with sample output and an analysis of code illustrate the topics of the day.

3. Week 3

   		Expected Duration:	13 hours
   Description: This course begins with advanced pointer topics and moves on to the use of disk files for data storage and retrieval. It also covers advanced function topics and explores the function library in more detail. The week ends with a discussion of memory management header files and preprocessor directives. Sample listings complete with sample output and an analysis of code illustrate the topics of the day.

Cisco Related Series by MindLeaders BCMSN 642-811

Certifications covered: BCMSN The 642-811 BCMSN is a qualifying exam for the Cisco Certified Network Professional CCNP® as well as the Cisco Certified Design Professional CCDP® certifications. The 642-811 BCMSN exam will certify that the successful candidate has important knowledge and skills necessary to implement scalable multilayer switched networks. The exam includes topics on describing and implementing advanced Spanning Tree concepts, VLANs and Inter-VLAN routing, High Availability, multicasting and specific security features in switched networks

1. Switched Networks, VLANs, and Trunks

   		Expected Duration:	4 hours
   Description: This course explains Cisco's design philosophy for creating scalable campus networks, including Cisco's old three-layer hierarchical model and Cisco's new Enterprise Model design. The different types of Layer 2 and Layer 3 solutions, including the different Ethernet media types, are compared and contrasted. This course also explains how to put a basic configuration on a Catalyst switch, and defines and explains VLANs, trunking, and the Virtual Trunk Protocol (VTP). All three of these areas play an integral part in the setup of VLANs in a network.

2. Spanning Tree Protocol

   		Expected Duration:	4 hours
   Description: This course explains the function of transparent bridges. It also details the Spanning Tree Protocol (STP), including its components, operation, configuration, and troubleshooting.

3. Enhancements to STP

   		Expected Duration:	2 hours
   Description: This course discusses some of the enhancements to STP to help it scale better in large Layer 2 networks. Those features covered in depth include PortFast, UplinkFast, BackboneFast, Rapid STP, STP Guard features, and EtherChannels.

4. Multilayer Switching

   		Expected Duration:	2 hours
   Description: This course explains VLANs contain broadcasts, which enable switched networks to be scaled to much larger sizes. To pass traffic between VLANs (different subnets), a Layer 3 device, such as a traditional router or multilayer switch, is needed. This course provides both a traditional approach to this issue, using external routers, as well as multilayer switching (MLS) with internal routers.

5. Availability and Redundancy

   		Expected Duration:	2 hours
   Description: This course focuses on, and provides solutions for, three types of availability and redundancy: hardware, Layer 2, and Layer 3.

6. Multicasts

   		Expected Duration:	2 hours
   Description: This course differentiates between network traffic types. It also details the traffic and bandwidth characteristics required when designing a scalable network.

7. Network Quality of Service

   		Expected Duration:	2 hours
   Description: This course discusses IP telephony and some of its issues and solutions. It then delves into QoS, discussing QoS components, architecture, and implementation. The course also presents the management of congestion with queuing, conditioning traffic, and Campus QoS.

8. QOS Configuration and Verification

   		Expected Duration:	1 hour
   Description: This course covers QoS Configuration and Verification. Queuing methods such as WFQ, PQ, IP RTP-PQ, LLQ, and WRRQ are presented. The course concludes with a discussion on how WRED can be used to implement congestion avoidance.

9. MLS Optimization and Security

   		Expected Duration:	2 hours
   Description: This course focuses on two areas: capturing traffic to optimize a network and switch security features. The first half of this course is dedicated to the SPAN feature of Catalyst switches. The second half covers some of the security features included with the IOS switching software. These features included basic security and restricting traffic between ports on the switch by using VLAN access control lists (ACLs), port security, and private VLANs.

10. Metro Ethernet

    		Expected Duration:	2 hours
    Description: This course describes the problems and solutions that carriers use to transport Ethernet across their MAN backbones.

11. Practice Exams

    		Expected Duration:	2 hours
    Description: This course provides two practice exams for the Cisco BCMSN 642-811 certification exam.

Cisco Related Series by MindLeaders BCMSN 642-812

Certifications covered: BCMSN The 642-811 BCMSN is a qualifying exam for the Cisco Certified Network Professional CCNP® as well as the Cisco Certified Design Professional CCDP® certifications. The 642-811 BCMSN exam will certify that the successful candidate has important knowledge and skills necessary to implement scalable multilayer switched networks. The exam includes topics on describing and implementing advanced Spanning Tree concepts, VLANs and Inter-VLAN routing, High Availability, multicasting and specific security features in switched networks

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Converged Cisco Multilayer Switched Networks BCMSN 642-812 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Converged Cisco Multilayer Switched Networks BCMSN 642-812 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Converged Cisco Multilayer Switched Networks BCMSN 642-812 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

Cisco Related Series by MindLeaders BCRAN 642-821

Certifications covered: BCRAN BCRAN is a qualifying exam for the Cisco Certified Network Professional CCNP® certification. The BCRAN exam (642-821) focuses on using one or more of the available WAN connection technologies for remote access between enterprise sites. It also assesses techniques and features for enhancing WAN and remote access connections. The exam will certify that the successful candidate has the knowledge and skills necessary to describe, configure, and implement comprehensive remote access solutions in the enterprise environment.

1. WAN Technologies, Components, and AAA Security

   		Expected Duration:	1 hour
   Description: This course presents the methodologies involved with configuring remote access. The ability to work efficiently and effectively from a remote location?whether it's a branch office, small office/home office (SOHO), or a mobile location?is critical to virtually every industry and company. Knowing what technologies are available, how they can interact, and how to manage those technologies is a key component of any professional's skill set. The second part of the course describes IOS options and hardware products to help secure a network and make securing the network easier, such as virtual private network (VPN) capabilities and integration with intrusion detection system (IDS) sensors and the firewall feature set.

2. PPP Authentication and Network Address Translation

   		Expected Duration:	2 hours
   Description: This course covers the login process using PPP. Today's corporate environments contain more telecommuters than ever before. As a result, dial-in access is an important part of network connectivity. The course also describes how NAT provides the ability to convert one address to another. One of the biggest challenges in networking is addressing, and the challenge only becomes bigger as networks scale and grow connected. NAT offers great flexibility in the use of addresses.

3. Modems and Asynchronous Connections

   		Expected Duration:	1 hour
   Description: This course describes how to correctly choose and deploy the proper cabling and master the configuration of the router, its resources, and modems attached to the router. Asynchronous connections via modem are an integral part of any wide-area network (WAN) implementation. Although it has been relegated to "backup" status in most cases, the asynchronous connection still has many advantages, including its ready availability and low cost.

4. Using ISDN Connections

   		Expected Duration:	1 hour
   Description: This course covers the two forms of Integrated Services Digital Network (ISDN): Basic Rate Interface (BRI) and Primary Rate Interface (PRI). ISDN usage, equipment and call progress, are discussed prior to a detailed description of BRI and PRI configuration.

5. Using Frame Relay Connections

   		Expected Duration:	1 hour
   Description: This course covers the concepts, components, and use of Frame Relay. Frame Relay is a standard supported by both the American National Standards Institute (ANSI) and the International Telecommunication Union that defines the encapsulation from the customer premises equipment (CPE) to the data circuit-terminating equipment (DCE) at the regional provider's switch. Frame Relay configuration, traffic shaping, fragmentation, and troubleshooting are presented.

6. Dial-on-Demand and Broadband

   		Expected Duration:	2 hours
   Description: This course covers the DDR process by which a link is created on demand. As traffic needs to cross the WAN, a circuit is completed from the source router to the destination, allowing the traffic to cross. DDR circuits are useful when you pay for access based on the amount of time the circuit remains up. The second part of this course examines broadband technologies. A cursory look at direct broadcast satellite (DBS) and fixed wireless providers is followed by more on cable modems. Four wireless segments: local multipoint distribution service (LMDS); multichannel multipoint distribution service (MMDS); industrial, scientific, and medical (ISM); and unlicensed national information infrastructure (U-NII) bands are also presented.

7. Enabling Backup Connections and Management of Traffic

   		Expected Duration:	2 hours
   Description: This course covers the use of dial backup to back up a permanent connection. Having a second connection that can move data in the event the primary connection fails is a wise move for today's corporate environment. This course also covers the use of each of the three types of queuing (WFQ, PQ, and CQ), how to configure the router for each type, and the potential pitfalls of each. The Link, Payload, Header, and Modem data compression types are presented.

8. Securing the Network with VPNs

   		Expected Duration:	1 hour
   Description: This course covers VPN and IPSec terminology, design, configuration, testing, and verification. The key to the popularity of VPNs is that companies can replace traditionally high-priced dedicated WAN connections for a fraction of the cost with VPN.

9. Practice Exams

   		Expected Duration:	2 hours
   Description: This course provides two practice exams for the Cisco BCRAN 642-821 certification exam.

Cisco Related Series by MindLeaders BSCI 642-801

Certifications covered: BSCI The Building Scalable Cisco Internetworks exam is a qualifying exam for the CCNP®, CCDP®, and CCIP™ certifications. The BSCI exam (642-801) tests materials covered under the new Building Scalable Cisco Internetworks (BSCI) course. The exam will certify that the successful candidate has important knowledge and skills necessary to use advanced IP addressing and routing in implementing scalability for Cisco routers connected to LANs and WANs. The exam covers topics on Advanced IP Addressing, Routing Principles, Configuring the EIGRP, Configuring the Open Shortest Path First Protocol, Configuring IS-IS, Manipulating Routing Updates, and configuring basic BGP.

1. Routing Principles

   		Expected Duration:	2 hours
   Description: This course examines the major functions of a router as well as various routing protocols that can operate on Cisco routers. In addition, the learner will study how to analyze the various fields in a routing table.

2. Extending IP Addresses

   		Expected Duration:	1 hour
   Description: This course explains IP addressing and extending IP addresses. The Internet Protocol (IP) is the primary protocol used to encapsulate data in the Internet suite. This course focuses on some of the solutions and mechanisms the Cisco professional should know to help decrease the routing table size as well as create a more hierarchical addressing scheme.

3. Implementing OSPF in a Single Area

   		Expected Duration:	2 hours
   Description: This course examines the Open Shortest Path First (OSPF) routing protocol. It explains OSPF in comparison to the Routing Information Protocol (RIP), and covers discovery, selection, route maintenance, and point-to-point operation. The two formal modes of running OSPF over an NBMA topology are discussed, and OSPF configuration and verification are explained in detail.

4. Interconnecting OSPF Areas

   		Expected Duration:	2 hours
   Description: This course covers advanced concepts of the Open Shortest Path First (OSPF) protocol, and how to link multiple areas and OSPF addressing in multiple areas. This course also explains the different types of areas, routers, and link-state advertisements. Configuring and verifying a Cisco router for OSPF multi-area operations is covered in detail.

5. Applying Integrated IS-IS

   		Expected Duration:	2 hours
   Description: This course discusses the Intermediate System-to-Intermediate System (IS-IS) routing protocol, which is used for both ISO Connectionless Network Protocol (CLNP) and IP applications. It covers how to develop an effective addressing plan, establishing various adjacencies, and configuring Cisco routers and the IS-IS circuit type.

6. Employing Enhanced IGRP

   		Expected Duration:	2 hours
   Description: This course discusses the Enhanced Interior Gateway Routing Protocol (EIGRP), which improves Cisco's proprietary IGRP by using elements of distance-vector and link-state characteristics. Learners will examine IP routing with EIGRP, and discuss how EIGRP functions like a distance-vector protocol to find the optimal path on a network and utilize link-state properties.

7. Configuring Border Gateway Protocol

   		Expected Duration:	1 hour
   Description: This course covers the Border Gateway Protocol (BGP) and how it addresses path determination in modern internetworks. The learner will examine the default standard BGP and how it achieves interdomain routing in TCP/IP networks to transport packets.

8. Scaling BGP Networks

   		Expected Duration:	1 hour
   Description: This course explores advanced concepts of the Border Gateway Protocol (BGP). The learner will examine BGP scalability through route reflectors and managing policy using prefix lists, and will learn how to connect to multiple ISPs via BGP and how to configure and verify multihomed BGP scenarios. The course also discusses methods for redistributing routes between BGP and IGPs.

9. Routing Update Optimization and Redistribution

   		Expected Duration:	2 hours
   Description: This course discusses Cisco policy-based routing. The learner will examine various routing commands, and learn about the redistribution of routing update traffic. This course also covers resolving path selection issues, implementing route filters, and verifying route redistribution.

10. Practice Exam

    		Expected Duration:	2 hours
    Description: This course provides practice exam questions for the Cisco CCNP BSCI 642-801 exam.

Cisco Related Series by MindLeaders BSCI 642-901

Certifications covered: BSCI The Building Scalable Cisco Internetworks exam is a qualifying exam for the CCNP®, CCDP®, and CCIP™ certifications. The BSCI exam (642-801) tests materials covered under the new Building Scalable Cisco Internetworks (BSCI) course. The exam will certify that the successful candidate has important knowledge and skills necessary to use advanced IP addressing and routing in implementing scalability for Cisco routers connected to LANs and WANs. The exam covers topics on Advanced IP Addressing, Routing Principles, Configuring the EIGRP, Configuring the Open Shortest Path First Protocol, Configuring IS-IS, Manipulating Routing Updates, and configuring basic BGP.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Scalable Cisco Internetworks BSCI 642-901 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Scalable Cisco Internetworks BSCI 642-901 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Scalable Cisco Internetworks BSCI 642-901 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

4. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Building Scalable Cisco Internetworks BSCI 642-901 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

Cisco Related Series by MindLeaders CCNA 640-801

Certifications covered: CCNA The Cisco CCNA network associate certification validates the ability to install, configure, operate, and troubleshoot medium-size routed and switched networks, including implementation and verification of connections to remote sites in a WAN. This new curriculum includes basic mitigation of security threats, introduction to wireless networking concepts and terminology, and performance-based skills. This new curriculum also includes (but is not limited to) the use of these protocols: IP, Enhanced Interior Gateway Routing Protocol (EIGRP), Serial Line Interface Protocol Frame Relay, Routing Information Protocol Version 2 (RIPv2),VLANs, Ethernet, access control lists (ACLs).

1. The Open Systems Interconnect Model (OSI)

   		Expected Duration:	1 hour
   Description: This course explains the Open Systems Interconnection (OSI) reference model. This model is an industry standard for increased interoperability and breaks network communication into seven distinct layers. This course also explains the purpose and function of each layer and sub-layer in detail.

2. Hardware and the OSI Reference Model

   		Expected Duration:	2 hours
   Description: This course explains the hardware used in Cisco networking. It examines early bus networks and how they have been enhanced and expanded to become the robust networks used today. This course also discusses the hardware components of a network, and token passing topologies.

3. Wide Area Network Protocols

   		Expected Duration:	1 hour
   Description: This course provides an overview of wide area networking, including the Point-to-Point Protocol (PPP), Frame Relay network operation, and Integrated Services Digital Network (ISDN) components.

4. TCP/IP Technologies

   		Expected Duration:	1 hour
   Description: This course provides a detailed explanation of the Transmission Control Protocol/Internet Protocol (TCP/IP), which is the foundation of the Internet and the most widely used protocol suite in the world. This course provides a background and history of TCP/IP, and explains in detail the four layers of the DoD model and the TCP/IP protocol suite.

5. Understanding Layer 2 Switching Technology

   		Expected Duration:	1 hour
   Description: This course provides a detailed explanation of switching technology in relation to Cisco networks. It discusses how switching functions in a Cisco network, and includes discussion on several features and protocols that have been developed by Cisco.

6. Understanding Layer 3 Routing Technologies

   		Expected Duration:	1 hour
   Description: This course provides a detailed explanation of routing technology in relation to Cisco networks. It examines routing activities, algorithms, and protocols, and discusses the similarities and differences between the distance vector and link state protocols, which are widely used routing protocols.

7. Configuring a Cisco Switch

   		Expected Duration:	2 hours
   Description: This course discusses the operational design of Cisco routers. It discusses the memory area, types of memory used, and the function of programs stored in the memory region. Router modes and the access each provides are also examined. Additionally, this course explains in detail how to configure a Cisco switch in a switched network. It examines switch startup, configuring the switch, TCP/IP options, and VLANs, and frame tagging and trunk connections.

8. Configuring a Cisco Router

   		Expected Duration:	1 hour
   Description: This course explains in detail how to configure a Cisco NFLD router with IP addressing. It covers managing configuration files, loading, and copying Cisco software. This course also examines the password types and security levels used on Cisco routers, and describes in detail the steps required to set up a router via the initial setup sequence.

9. Creating and Applying Additional Router Configurations

   		Expected Duration:	2 hours
   Description: This course shows users how to configure and monitor PPP, ISDN, and Frame Relay on a Cisco router. It discusses the Cisco router software upgrade process. This course also explains how to add the RIP and ICRP protocols to a router configuration and how to configure standard and extended access lists for IP.

10. Practice Exam

    		Expected Duration:	3 hours
    Description: This course provides practice exam questions for the Cisco CCNA 640-801 exam, and its component exams, CCNA 640-821 and CCNA 640-811.

Cisco Related Series by MindLeaders CIT 642-831

Certifications covered: CIT CIT is a qualifying exam for the Cisco Certified Network Professional CCNP® certification. The 642-831 CIT exam will test materials covered under the Cisco Internetwork Troubleshooting (CIT) course. The exam will certify that the successful candidate has important knowledge and skills necessary to troubleshoot sub-optimal performance in a converged network environment. The exam includes topics on describing and implementing effective troubleshooting strategies, troubleshooting IP unicast and multicast routing, troubleshooting multi-layer switched networks, and troubleshooting WANs and remote access connections.

1. Networking Principles and Technologies

   		Expected Duration:	2 hours
   Description: This course provides an introduction to the basics of internetworking. The different network models used to maintain, organize, and troubleshoot Cisco systems are also presented in detail. IEEE media standards covered include the Ethernet, Fast Ethernet, Gigabit Ethernet, ATM, Token Ring, and wireless standards.

2. TCP/IP

   		Expected Duration:	2 hours
   Description: This course provides an overview of the TCP/IP suite and its applications, and follows with troubleshooting issues regarding those protocols. IP Addresses are used to route data across the Internet and the world. The LAN protocols covered in the course include TCP/IP and Novell IPX.

3. Windows Troubleshooting

   		Expected Duration:	2 hours
   Description: This course provides an introduction to Windows troubleshooting techniques. Command syntax and how its used in troubleshooting Windows issues is presented for the most commonly used commands such as ipconfig, ping, tracert, nslookup, netsta,ftp, and telnet. In addition, troubleshooting common problems from Windows clients is discussed.

4. The Physical and Data Link Layers

   		Expected Duration:	2 hours
   Description: This course explains how to utilize tools and commands that can help identify problems with a Cisco router or switch, network cabling, or other network problems affecting the Physical layer of the network. These basics include using the show commands, physical tools (such as cable testers), management system software, and protocol analyzers (sniffers). The Set/Clear command set IOS, such as that used on the Cisco 5000 series switch, and the Cisco Command Line Interface (CLI) IOS, used in the Cisco 4500 series switch, are discussed.

5. Virtual LANs

   		Expected Duration:	2 hours
   Description: This course focuses on Virtual LANs (VLANs), which were created by the different switch manufacturers to provide individual broadcast domains. By assigning each port to an individual VLAN, each VLAN becomes its own broadcast domain. Additional topics presented include VLAN trunks, pruning, route processing, and troubleshooting switched connections and routing configuration.

6. Serial Links

   		Expected Duration:	2 hours
   Description: This course details how to troubleshoot serial links and the protocols used on serial links. Techniques for troubleshooting serial links, including CSU/DSU Loopback Testing and common serial link troubleshooting commands, are presented. In addition, the course discusses Frame Relay troubleshooting and techniques for troubleshooting X.25.

7. Routing Protocols

   		Expected Duration:	2 hours
   Description: This course discusses the different dynamic routing protocols used in Cisco networks and explains how they work. The commands related to troubleshooting routing protocols that the learner needs to know to pass the exam are described. The last part of the course provides an overview of NetWare's routing protocols and the connection sequences and the diagnostic tools that relate to troubleshooting in an IPX (internetwork packet exchange) environment.

8. ISDN

   		Expected Duration:	2 hours
   Description: This course provides an overview of ISDN, dial-on-demand routing, dialer and access lists, and q.921 and q.931 signaling. Troubleshooting commands for ISDN and CHAP are presented in detail.

9. Practice Exams

   		Expected Duration:	2 hours
   Description: This course provides practice exam questions for the Cisco CIT 642-831 exam.

Cisco Related Series by MindLeaders ISCW 642-825

Certifications covered: ISCW The Implementing Secure Converged Wide Area Networks (ISCW 642-825) is a qualifying exam for the Cisco Certified Network Professional CCNP®. The ISCW 642-825 exam will certify that the successful candidate has important knowledge and skills necessary to secure and expand the reach of an enterprise network to teleworkers and remote sites with focus on securing remote access and VPN client configuration. The exam covers topics on Cisco hierarchical network model as it pertains to the WAN, teleworker configuration and access, frame mode MPLS, site-to-site IPSEC VPN, Cisco EZVPN, strategies used to mitigate network attacks, Cisco device hardening and IOS firewall features.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Implementing Secure Converged Wide Area Networks ISCW 642-825 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Implementing Secure Converged Wide Area Networks ISCW 642-825 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Implementing Secure Converged Wide Area Networks ISCW 642-825 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

Cisco Related Series by MindLeaders ONT 642-845

Certifications covered: ONT The Optimizing Converged Cisco Networks (642-845 ONT) is a qualifying exam for the Cisco Certified Network Professional CCNP®. The ONT 642-845 exam will certify that the successful candidate has important knowledge and skills in optimizing and providing effective QOS techniques for converged networks. The exam topics include implementing a VOIP network, implementing QoS on converged networks, specific IP QoS mechanisms for implementing the DiffServ QoS model, AutoQoS, wireless security and basic wireless management.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Optimizing Converged Cisco Networks ONT 642-845 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Optimizing Converged Cisco Networks ONT 642-845 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Optimizing Converged Cisco Networks ONT 642-845 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

4. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the Optimizing Converged Cisco Networks ONT 642-845 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

CISSP Security Professional

1. Access Control Systems and Methodology

   		Expected Duration:	2 hours
   Description: This course covers Domain 1 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about the mechanisms you can use to exercise either a directing or restraining influence over the behavior, use, and content of a system.

2. Telecommunications and Network Security

   		Expected Duration:	3 hours
   Description: This course covers Domain 2 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about the structures, transmissions methods, transport formats, and security measures used to provide integrity, availability, authentication, and confidentiality for transmissions over private and public communications networks and media.

3. Telecommunications and Network Security

   		Expected Duration:	2 hours
   Description: This course covers Domain 3 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about identifying an organization's information assets, as well as the development, documentation, and implementation of appropriate policies, standards, procedures, and guidelines. It also covers how data classification, risk assessment, and risk analysis are used to identify the threats, classify assets, and to rate their vulnerabilities so that effective security controls can be implemented.

4. Applications and Systems Development Security

   		Expected Duration:	3 hours
   Description: This course covers Domain 4 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about the security controls that are included within systems and applications software and the steps used in their development in both distributed and centralized environments.

5. Cryptography, Security Architecture, and Security Models

   		Expected Duration:	2 hours
   Description: This course covers Domains 5 and 6 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about the principles, means, and methods of disguising information to ensure its integrity, confidentiality, and authenticity. It also covers concepts, principles, structures, and standards used to design, implement, monitor, and secure operating systems, equipment, networks, and applications.

6. Operations Security

   		Expected Duration:	2 hours
   Description: This course covers Domain 7 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about identifying the hardware and media controls, as well as the operators with access privileges to any of these resources. It also covers auditing and monitoring techniques that permit the identification of security events and their sources.

7. Business Continuity and Disaster Recovery Planning

   		Expected Duration:	2 hours
   Description: This course covers Domain 8 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about preservation in the face of major disruptions to normal business operations. It covers both the preparation and testing of specific actions to protect critical business processes from the effect of major system and network failures.

8. Law, Investigation, Ethics, and Physical Security

   		Expected Duration:	3 hours
   Description: This course covers Domains 9 and 10 of the Certified Information Systems Security Professional (CISSP) exam. It explains what you need to know about computer crime laws and regulations, as well as the investigative measures and techniques which can be used to determine if a crime has been committed. It also covers the threats, vulnerabilities, and countermeasures that can be utilized to physically protect an enterprise's resources and sensitive information.

9. Practice Exams

   		Expected Duration:	5 hours
   Description: This course provides five practice exams for the Certified Information Systems Security Professional (CISSP) exam.

Client/Server Technology for Managers

1. Client/Server Technology for Managers

   		Expected Duration:	7 hours
   Description: This course is an executive briefing on client/server technology. It provides a conceptual framework to help make decisions about client/server computing.

CompTIA A+ Depot Technician 220-604

Certifications covered: CompTIA A+ CompTIA A+ certification validates the latest skills needed by today's computer support professionals. It is an international, vendor-neutral certification recognized by major hardware and software vendors, distributors and resellers. CompTIA A+ confirms a technician's ability to perform tasks such as installation, configuration, diagnosing, preventive maintenance and basic networking. The exams also cover domains such as security, safety and environmental issues and communication and professionalism.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

4. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

5. Practice Exam 5

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

6. Practice Exam 6

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Depot Technician 220-604 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

CompTIA A+ Essentials 220-601

Certifications covered: CompTIA A+ CompTIA A+ certification validates the latest skills needed by today's computer support professionals. It is an international, vendor-neutral certification recognized by major hardware and software vendors, distributors and resellers. CompTIA A+ confirms a technician's ability to perform tasks such as installation, configuration, diagnosing, preventive maintenance and basic networking. The exams also cover domains such as security, safety and environmental issues and communication and professionalism.

1. Computer Components

   		Expected Duration:	4 hours
   Description: This course provides information on computer components such as ports and cables, cooling systems, input and storage devices, and motherboard form factors. It also covers troubleshooting and preventive maintenance for computer components.

2. Operating Systems

   		Expected Duration:	2 hours
   Description: This course provides information on installing and upgrading operating systems. It also covers hardware compatibility, backing up data, and configuring Windows XP driver-signing options.

3. Diagnosing Problems

   		Expected Duration:	2 hours
   Description: This course provides techniques and procedures for diagnosing problems with computers.

4. Laptops and Portable Devices

   		Expected Duration:	2 hours
   Description: This course demonstrates concepts and procedures related to the effective use and maintenance of laptops and portable devices.

5. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

6. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

7. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

8. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

9. Practice Exam 5

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

10. Practice Exam 6

    		Expected Duration:	1 hour
    Description: This course presents questions that will help you prepare for the CompTIA A+ Essentials 220-601 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

CompTIA A+ IT Technician 220-602

Certifications covered: CompTIA A+ CompTIA A+ certification validates the latest skills needed by today's computer support professionals. It is an international, vendor-neutral certification recognized by major hardware and software vendors, distributors and resellers. CompTIA A+ confirms a technician's ability to perform tasks such as installation, configuration, diagnosing, preventive maintenance and basic networking. The exams also cover domains such as security, safety and environmental issues and communication and professionalism.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ IT Technician 220-602 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ IT Technician 220-602 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ IT Technician 220-602 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

4. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ IT Technician 220-602 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

5. Practice Exam 5

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ IT Technician 220-602 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

CompTIA A+ Remote Support Technician 220-603

Certifications covered: CompTIA A+ CompTIA A+ certification validates the latest skills needed by today's computer support professionals. It is an international, vendor-neutral certification recognized by major hardware and software vendors, distributors and resellers. CompTIA A+ confirms a technician's ability to perform tasks such as installation, configuration, diagnosing, preventive maintenance and basic networking. The exams also cover domains such as security, safety and environmental issues and communication and professionalism.

1. Practice Exam 1

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

2. Practice Exam 2

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

3. Practice Exam 3

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

4. Practice Exam 4

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

5. Practice Exam 5

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

6. Practice Exam 6

   		Expected Duration:	1 hour
   Description: This course presents questions that will help you prepare for the CompTIA A+ Remote Support Technician 220-603 exam. The feedback for each question provides in-depth background on the topic, including why each incorrect option was wrong and what to look for in correct answers.

CompTIA Network+ 2005 (N10-003)

Certifications covered: CompTIA Network+ CompTIA Network+ validates the knowledge and skills of networking professionals. It is an international, vendor-neutral certification that recognizes a technician's ability to describe the features and functions of networking components and to install, configure and troubleshoot basic networking hardware, protocols and services. Although not a prerequisite, it is recommended that CompTIA Network+ candidates have at least nine months of experience in network support or administration or adequate academic training, along with a CompTIA A+ certification.

1. Network Fundamentals and Operating Systems

   		Expected Duration:	5 hours
   Description: This course provides an overview of the fundamentals of networking and basic capabilities of network operating systems. After taking this course, learners will understand basic networking concepts and familiarize themselves with various operating systems.

2. Network Media

   		Expected Duration:	3 hours
   Description: This course provides an overview of cabling, connectors, and common tools of the trade. It shows learners how cables and connectors are used to physically connect network devices.

3. Network Devices

   		Expected Duration:	3 hours
   Description: This course shows learners the purpose, features and functions of various network components. This gives learners an understanding of the functionality of common network devices.

4. Wireless Technologies

   		Expected Duration:	4 hours
   Description: This course shows learners the fundamental differences between wireless and cabled networking, and the benefits of wireless technology. Learners will get an overview of the various characteristics and factors involved with wireless technology.

5. The OSI Model

   		Expected Duration:	3 hours
   Description: This course provides an overview of the OSI model and other networking models, used to design networks. Learners will gain an understanding of the foundations of networking.

6. TCP/IP Fundamentals

   		Expected Duration:	5 hours
   Description: This course provides an overview of the TCP/IP protocols and how they are used in relation to the seven layers of the OSI model. After taking this course, learners will understand the protocols used in the network communications process.

7. TCP/IP Configuration and Utilities

   		Expected Duration:	2 hours
   Description: This course provides further overview of TCP/IP in terms of routing, addressing schemes, interoperability, and naming conventions. Learners will understand the logical communication structure needed to send and receive data.

8. Network and Remote Access Service

   		Expected Duration:	3 hours
   Description: This course provides an introduction to WAN (Wide Area Network) Standards and Security Protocols, which are used often in large production environment. Learners will become familiar with the speeds, capacities and types of media used for each WAN technology.

9. Network Infrastructure and Security

   		Expected Duration:	3 hours
   Description: This course explains what learners need to know about network infrastructure and takes a look at advanced network components. It shows learners different technologies that can be used to protect and enhance the security of a network.

10. Fault Management and Disaster Recovery

    		Expected Duration:	2 hours
    Description: This course shows learners how to use fault tolerance and disaster recovery to minimize the impact of single points of failure and potential threats. This benefits the learner by showing him how to deal with system failure or disastrous incident.

11. Troubleshooting

    		Expected Duration:	5 hours
    Description: This course shows learners how to use network utility and visual indicators to diagnose network problems. This benefits the learner by teaching him how to effectively troubleshoot a network.

CompTIA Server+ 2005 (SK0-002)

Certifications covered: CompTIA Server+ CompTIA Server+ validates the knowledge and skills of advanced IT technicians. It is an international, vendor-neutral certification for individuals with 18-24 months of experience with Industry Standard Server Architecture (ISSA) technology. CompTIA Server+ certifies technical knowledge in areas such as RAID, SCSI and multiple CPUs, as well as capabilities with server issues, including disaster recovery. Although not a prerequisite, it is recommended that CompTIA Server+ candidates hold a CompTIA A+ certification.

1. Server Basics

   		Expected Duration:	2 hours
   Description: This course provides you with the basics of server technology. You will examine the different types of servers and network architectures.

2. Server Availability

   		Expected Duration:	2 hours
   Description: This course provides you with a basic understanding of clustering, scalability, high availability, fault tolerance, and failover.

3. Multiprocessing and Server Memory

   		Expected Duration:	3 hours
   Description: This course provides information about multiprocessors, multiprocessing systems and memory types that you will encounter on the CompTIA Server+ 2005 (SK0-002) Exam.

4. Server Bus Architecture

   		Expected Duration:	3 hours
   Description: This course provides you with a basic understanding of server bus architecture and various hardware technologies used to manage and maintain a server's up time.

5. SCSI Systems

   		Expected Duration:	2 hours
   Description: This course provides information about the SCSI standard, including the development of the standard, the types of SCSI connections, and the cables to use. You will also learn about SCSI addressing, terminations, and how the SCSI standard is used over the Internet.

6. IDE/ATA and RAID Systems

   		Expected Duration:	2 hours
   Description: This course provides you with a basic understanding of the various interface standards and RAID systems.

7. Advanced Storage Arrays

   		Expected Duration:	2 hours
   Description: This course provides information about Fibre Channel standards, as well as how they are used and properly implemented.

8. Installing Hardware

   		Expected Duration:	3 hours
   Description: This course provides you with a basic understanding of installation planning, hardware and server installation, and network protocols and infrastructure.

9. Server Management and Configuration

   		Expected Duration:	3 hours
   Description: This course provides information about proper network and storage server management and configuration, as administered by the network administrator or server manager. It also discusses storage virtualization methods, preplanning and planning of network operating system updates, external peripheral configurations, and driver update processes on a network.

10. Preparing the Server for Service

    		Expected Duration:	4 hours
    Description: This course provides information about the installation of system service tools, backup software, system monitoring agents, and event logs. It also discusses server baselines, creating server configuration documentation, and implementing the server management plan for OS-dependent and OS-independent components.

11. Upgrading the Basic System

    		Expected Duration:	3 hours
    Description: This course provides you with a detailed understanding of basic system upgrades and the elements that accompany them. These include scheduling, documenting, and installing.

12. Adapters, Peripherals, Monitoring Agents and Service Tools

    		Expected Duration:	3 hours
    Description: This course provides information on adapters, peripherals, monitoring agents, and service tools, and what you need to know about them for the CompTIA Server+ exam.

13. Maintenance and Environmental Issues

    		Expected Duration:	3 hours
    Description: This course provides you with a basic understanding of server backups and physical security issues.

14. Server Problem Determination

    		Expected Duration:	3 hours
    Description: This course explains how to use diagnostic hardware tools and utilities to evaluate problems with the server.

15. Troubleshooting

    		Expected Duration:	2 hours
    Description: This course provides you with a basic understanding of various system bottlenecks and resource demands.

16. Disaster Recovery

    		Expected Duration:	3 hours
    Description: This course provides information about disaster recovery as it applies to the Server+ exam.

17. Practice Exam

    		Expected Duration:	3 hours
    Description: This course provides information about preparing to take the CompTIA Server+ 2005 (SK0-002) Exam. It also includes two 80-question practice exams.

Data Warehousing

1. Concepts

   		Expected Duration:	2 hours
   Description: This course provides an overview of data warehousing concepts, including their use, components, and structures.

2. Management

   		Expected Duration:	3 hours
   Description: This course provides an introduction to designing, building, and maintaining a data warehouse.

DB2 Universal Database

1. Features of DB2

   		Expected Duration:	3 hours
   Description: This course provides an overview of various DB2 products and the basic and major features of DB2. This course helps the learner decide which DB2 product fits a specific need.

2. Installing and Configuring DB2

   		Expected Duration:	2 hours
   Description: This course shows learners how to install and configure DB2, as well as how to decide which installation is right for their situation.

3. DB2 Instances, Server Communications, and Clients

   		Expected Duration:	5 hours
   Description: This course shows learners how to view or change protocol information associated with DB2 server instances, and how to install DB2 clients.

4. Data Security and Database Creation

   		Expected Duration:	3 hours
   Description: This course shows learners how to control access to data and how to create a database. It also provides best practices for safeguarding data.

5. Creating Table Spaces and Accessing Data

   		Expected Duration:	4 hours
   Description: This course shows learners how to create table spaces to store data and how to access data in DB2 databases. After taking this course, the learner will understand several methods of storing data.

6. SQL and Design Considerations

   		Expected Duration:	4 hours
   Description: This course explains how to use SQL, which is the language of relational databases, and what to consider when designing applications or databases. In the course, the learner will study the various SQL statements used to access data.

7. System Tools and Recovery Concepts

   		Expected Duration:	3 hours
   Description: This course shows learners how to use several DB2 tools to administer databases and rebuild them through the process of recovery. This prepares learners to perform important system administration tasks.

8. Moving and Replicating Data

   		Expected Duration:	3 hours
   Description: This course covers methods of moving data in and out of a DB2 database and propagating data from a source database to a target database through replication. After taking this course, learners will be better prepared to decide which utility to use when manipulating data.

9. Monitoring DB2 Performance

   		Expected Duration:	5 hours
   Description: This course shows learners how to use various tools to monitor and tune the performance of a database to get optimal performance.

Object-Oriented Analysis & Design

1. Intro

   		Expected Duration:	2 hours
   Description: This course provides an overview of object orientation and describes the process for developing object-oriented programming.

2. System

   		Expected Duration:	4 hours
   Description: This course explains the creation of object-oriented design and analysis systems.

OOP Using C++

1. Week 1

   		Expected Duration:	13 hours
   Description: This course begins with a basic explanation of C++ components and quickly progresses to writing real object-oriented programs. Sample listings, complete with sample output and an analysis of code, illustrate the topics of the day.

2. Week 2

   		Expected Duration:	13 hours
   Description: This course begins with how pointers and references work and then moves on to the advanced use of functions. It also presents arrays and collections, explores inheritance and polymorphism and ends with a discussion of special classes and friends. Sample listings, complete with sample output and an analysis of code, illustrate the topics of the day.

3. Week 3

   		Expected Duration:	12 hours
   Description: This course begins with a discussion of advanced inheritance and then moves on to cover streams in depth. It also presents advanced tricks of the preprocessor, discusses object-oriented analysis and design, and introduces templates. Week 3 ends with an explanation of exceptions, standard libraries, and bit manipulation. Sample listings, complete with sample output and an analysis of code, illustrate the topics of the day.

Oracle

1. Introduction to PL/SQL

   		Expected Duration:	5 hours
   Description: This course provides an introduction to the PL/SQL, Oracle's procedural language extension to SQL.

2. Overview of Developer/2000

   		Expected Duration:	6 hours
   Description: This course presents the common features shared by the suite of tools in Oracle Developer/2000. These tools include Oracle Forms 4.5, Oracle Reports 2.5, Oracle Graphics 2.5, and Oracle Procedure Builder 1.5.

3. Forms 4.5 and Reports 2.5

   		Expected Duration:	6 hours
   Description: This course provides an overview of Oracle Forms 4.5 and Oracle Reports 2.5.

4. Graphics 2.5 and Procedure Builder 1.5

   		Expected Duration:	6 hours
   Description: This course provides an overview of Oracle Graphics 2.5 and Oracle Procedure Builder 1.5.

5. Developer/2000 Applications

   		Expected Duration:	8 hours
   Description: This course explores the development of applications using Oracle Forms and Oracle Reports.

6. Developer/2000 Integration

   		Expected Duration:	5 hours
   Description: This course explores the incorporation of Oracle Graphics displays into an application and the integration of Oracle Forms, Oracle Reports, Oracle Graphics, and Oracle Procedure Builder applications through a single point of entry for the user.

Oracle 10g Administration

1. Oracle Architectural Components

   		Expected Duration:	.5 hours
   Description: This course provides an overview of the physical, memory, process, and logical structures that make up the Oracle 10g Database Server.

2. Oracle Server Introduction

   		Expected Duration:	.15 hours
   Description: This course provides information on Oracle's installation and configuration tools.

3. Database Architecture, Creation, and Interfaces

   		Expected Duration:	.65 hours
   Description: This course provides an overview of programmatic interfaces within Oracle and different database architectures (shared server vs. dedicated server).

4. Database Control and Storage Structures

   		Expected Duration:	1.5 hours
   Description: This course provides information on Oracle 10g's multithreaded agent technology, as well as Oracle's new Recycle Bin and Flashback technologies.

5. Managing Users and Schemas

   		Expected Duration:	2 hours
   Description: This course provides the information you need to create, delete, and manage users, roles, and privileges within Oracle 10g.

6. Data Management

   		Expected Duration:	1 hour
   Description: This course provides information pertaining to Oracle SQL*Loader and Data Pump technologies.

7. PL/SQL

   		Expected Duration:	1.35 hours
   Description: This course provides an overview of PL/SQL, information on how to declare PL/SQL variables, understand PL/SQL syntax, and write PL/SQL exception handlers.

8. Database Security Management

   		Expected Duration:	1 hour
   Description: This course provides information on Oracle 10g's password file, profile, and auditing technologies.

9. Oracle Net Services

   		Expected Duration:	.5 hours
   Description: This course provides information on Oracle's listener and Net Manager technologies.

10. Oracle Shared Server

    		Expected Duration:	.5 hours
    Description: This course provides information on Oracle's Shared Server technology.

11. Database Performance Monitoring

    		Expected Duration:	.75 hours
    Description: This course provides information on how Oracle gathers and uses statistics to tune and improve its performance.

12. Database Maintenance

    		Expected Duration:	.85 hours
    Description: This course provides information on how Oracle 10g establishes alert thresholds and gathers baseline metrics. It also explains how to use tuning and diagnostic advisors, as well as the Automatic Database Diagnostic Monitor (ADDM).

13. Database Undo Management

    		Expected Duration:	1 hour
    Description: This course explains how to enable and configure Oracle's undo management and flashback technology.

14. Database Locking Conflicts

    		Expected Duration:	.3 hours
    Description: This course provides information on Oracle's row and table locking technology, as well as Oracle's deadlock management technology.

15. Database Backup and Recovery Concepts

    		Expected Duration:	1.5 hours
    Description: This course provides information on how Oracle performs crash and instance recovery, as well as how Oracle works with redo log files and archived log files.

16. Database Backups

    		Expected Duration:	1 hour
    Description: This course provides information on configuring and using Oracle's Flash Recovery area to assist in performing server-managed (RMAN) database backups.

17. Database Recovery

    		Expected Duration:	.65 hours
    Description: This course provides information on how to recover information from your databases and how to use Flashback Drop and Flashback Database as alternatives to point-in-time (incomplete) recovery.

Oracle8

1. Installing Oracle

   		Expected Duration:	4 hours
   Description: This course introduces users to Oracle administration and shows how to install Oracle8.

2. Database Management

   		Expected Duration:	5 hours
   Description: This course shows users how to manage the Oracle8 databases and servers.

3. Building Databases

   		Expected Duration:	4 hours
   Description: This course shows users how to create and set up new Oracle databases.

4. Files, Data, and Users

   		Expected Duration:	4 hours
   Description: This course shows users how to manage files, import and export data, and manage user accounts.

5. Database Schema Objects

   		Expected Duration:	4 hours
   Description: This course shows users how to manage tables and indexes.

6. Processes and Security

   		Expected Duration:	4 hours
   Description: This course explains server processes and discusses how to use Oracle security features.

7. Backup and Recovery

   		Expected Duration:	5 hours
   Description: This course shows users how to protect Oracle database data by creating and using backups. It also shows them how to recover from hardware or software failure through various recovery and restoration processes.

Oracle9i Database Fundamentals 1Z0-031

Certifications covered: Oracle9i Database Oracle 9i Database Administrator Certification combines training, experience, and testing to ensure that you have a strong foundation and expertise in Oracle9i Database techniques, including backup and recovery, performance tuning, and administration. Oracle9i Database provides efficient, reliable and secure data management for high-end applications such as high-volume online transaction processing (OLTP) environments, query-intensive data warehouses, and demanding Internet applications.

1. Oracle Architecture and Tools

   		Expected Duration:	3 hours
   Description: This course introduces users to the major components of an Oracle server.

2. Managing Instances and Creating Databases

   		Expected Duration:	3 hours
   Description: This course introduces users to managing an Oracle instance, creating a database, and using globalization parameters.

3. Managing the Database Structure

   		Expected Duration:	3 hours
   Description: This course introduces users to data dictionaries, control files, and redo log files.

4. Managing Tablespaces and Datafiles

   		Expected Duration:	2 hours
   Description: This course introduces users to creating and managing tablespaces.

5. Managing Storage Structures and Undo Data

   		Expected Duration:	4 hours
   Description: This course introduces users to the underlying storage structure of a database and to using undo segments.

6. Managing Tables

   		Expected Duration:	3 hours
   Description: This course introduces users to creating and managing table structures.

7. Managing Indexes and Data Integrity

   		Expected Duration:	3 hours
   Description: This course introduces users to indexes and data integrity constraints.

8. Managing Users and Profiles

   		Expected Duration:	2 hours
   Description: This course introduces users to creating and managing users and to control resources using profiles.

9. Managing Privileges and Roles

   		Expected Duration:	3 hours
   Description: This course introduces users to system and object privileges and user roles.

10. Exam Preparation

    		Expected Duration:	3 hours
    Description: This course allows users to practice answering questions in order to prepare for taking the exam.

Oracle9i SQL 1Z0-007

Certifications covered: Oracle9i SQL Oracle 9i Database Administrator Certification combines training, experience, and testing to ensure that you have a strong foundation and expertise in Oracle9i Database techniques, including backup and recovery, performance tuning, and administration. Oracle9i Database provides efficient, reliable and secure data management for high-end applications such as high-volume online transaction processing (OLTP) environments, query-intensive data warehouses, and demanding Internet applications.

1. Introduction to SQL

   		Expected Duration:	3 hours
   Description: This course provides an introduction to the Oracle9i relational database management system and basic database concepts.

2. Intermediate Queries

   		Expected Duration:	2 hours
   Description: This course provides information about using the SELECT statement and using the WHERE and ORDER BY clauses in Oracle9i SQL.

3. Queries with Single-Row Functions

   		Expected Duration:	2 hours
   Description: This course examines the types and uses of functions available for various data types in Oracle9i SQL.

4. Combining Tables

   		Expected Duration:	2 hours
   Description: This course examines joining tables in Oracle9i SQL using the ANSI format JOIN clause and the Oracle proprietary format.

5. Grouping and Summarizing Data

   		Expected Duration:	1 hour
   Description: This course examines the summarizing of query results into groups using the GROUP BY clause in Oracle9i SQL.

6. Advanced Queries and Views

   		Expected Duration:	2 hours
   Description: This course provides an in-depth look at using subqueries and views in Oracle9i SQL.

7. Working with Data

   		Expected Duration:	2 hours
   Description: This course examines the four main commands used in SQL to add, modify, remove, and merge rows of data in database tables.

8. Creating Tables and Constraints

   		Expected Duration:	2 hours
   Description: This course examines creating and changing tables and defining constraints on tables in Oracle9i SQL.

9. Database Objects and User Security

   		Expected Duration:	4 hours
   Description: This course examines how to create database objects including sequences, synonyms, and indexes in Oracle9i SQL. It also covers sharing table data with other users through privileges and roles.

10. SQL*Plus And iSQL*Plus Reporting and PL/SQL

    		Expected Duration:	3 hours
    Description: This course examines how to use environment settings, variables, and special SQL Plus commands to generate professional looking reports in Oracle9i SQL.

11. Practice Exam

    		Expected Duration:	1 hour
    Description: This course provides questions to prepare users who plan to take exam 1Z0-007: Introduction to Oracle9i: SQL.

PowerBuilder 9 Advanced Development

1. Source Code Control

   		Expected Duration:	2 hours
   Description: This course provides information about the basic requirements for any Version Control architecture. It also explains managing and controlling the source code asset of a typical PowerBuilder project.

2. Deploying Applications and Using InfoMaker

   		Expected Duration:	2 hours
   Description: This course provides information about compiling and deploying PowerBuilder applications to end users. It also explains how to incorporate InfoMaker into PowerBuilder-based applications to provide end users with the ability to generate reports.

3. Coding Techniques

   		Expected Duration:	3 hours
   Description: This course shows learners some best practices, tips, and coding techniques that, if applied, will make the use of PowerBuilder 9 more effective both in the short and long term.

4. Techniques for Using DataWindows

   		Expected Duration:	3 hours
   Description: This course provides information on the advanced features available with PowerBuilder DataWindows, such as using expressions to change DataWindow behavior, creating dynamic nested reports, using dynamic SQL, and using client/server features.

5. Graphic DataWindows and XML DataWindows

   		Expected Duration:	2 hours
   Description: The course shows learners how to create graphical interfaces with DataWindows and how to import and export XML into DataWindows.

Rational Unified Process

1. Understanding the RUP

   		Expected Duration:	3 hours
   Description: This course shows learners what the Rational Unified Process is and explains the motivation behind its development and its application. This course also provides an overview of the underlying development principles behind the RUP.

2. Inception and Elaboration Phases

   		Expected Duration:	2 hours
   Description: This course provides learners with a detailed explanation of the first two phases of the RUP development process: Inception and Elaboration.

3. Construction and Transition Phases

   		Expected Duration:	2 hours
   Description: This course provides learners with a detailed explanation of the final two phases of the RUP development process: Construction and Transition.

4. Adopting the RUP

   		Expected Duration:	2 hours
   Description: This course explains the RUP product and how it can be extended and configured to meet specific needs. This course also outlines strategies for implementing the RUP, including incremental rollout, pilot projects, and training curricula.

5. Planning an Iterative Project

   		Expected Duration:	3 hours
   Description: This course shows learners how to move from a waterfall approach to iterative development and how to plan an RUP project. This course also discusses common mistakes made when adopting the RUP, and how to avoid them.

6. RUP for Project Managers, Analysts, and Architects

   		Expected Duration:	3 hours
   Description: This course provides a guide to the RUP tailored to the perspective of three crucial software development roles: project manager, analyst, and architect.

7. RUP for Developers and Testers

   		Expected Duration:	3 hours
   Description: This course provides a guide to the RUP that is tailored to the perspective of two crucial software development roles: developer and tester.

RDBMS

1. Database Principles

   		Expected Duration:	4 hours
   Description: This course provides an introduction to relational database management systems. The course covers basic types of databases, data integrity, the relational model, entity relationship modeling, normalization, and performance measurement.

Security+

1. Exam Basics

   		Expected Duration:	3 hours
   Description: This course provides an overview of Security+ certification and various exam preparation tips. Also included is a synopsis of the OSI reference model and some fundamental network and security concepts.

2. General Security Concepts

   		Expected Duration:	2 hours
   Description: This course provides an overview of access control, including identification, authentication, authorization, and accountability. Unauthorized access is also covered, from hacker attacks to malicious code.

3. Remote Access and Wireless LANs

   		Expected Duration:	2 hours
   Description: This course provides an overview of remote access vulnerabilities, security methods, and technologies. Wireless LANs and their protocols, standards, and weaknesses are also covered.

4. E-Mail, Internet, and File Security

   		Expected Duration:	3 hours
   Description: This course provides an overview of the different standards and applications available for secure e-mail and Internet use. You'll learn about several vulnerabilities and nuisances, including virus hoaxes and spam. Some of the common file transfer protocols are also covered.

5. Infrastructure Security

   		Expected Duration:	3 hours
   Description: This course provides an overview of infrastructure security in terms of devices and media as well as security topologies. Network Address Translation and security zones are also covered.

6. Security Baselines

   		Expected Duration:	2 hours
   Description: This course provides an overview of the basic principles for the proper hardening of a system. It also covers various hardening principles that apply to computer systems, network devices, applications, and database and directory services.

7. Cryptography

   		Expected Duration:	2 hours
   Description: This course provides an overview of cryptography basics, symmetric and asymmetric key cryptography, and digital certificates. Public Key Infrastructure (PKI), trust models, and key management are also covered.

8. Operational Security

   		Expected Duration:	3 hours
   Description: This course provides an overview of physical security, including common threats, planning a secure facility, and four types of physical security controls. Ways to increase system reliability are also covered, from backup and recovery to high availability architectures. In addition, you'll learn about Business Continuity Planning and Disaster Recovery Planning.

9. Organizational Security

   		Expected Duration:	3 hours
   Description: This course provides an overview of general security policies and practices that should be considered and implemented for a successful information security program within an organization. It also covers topics related to a computer crime investigation.

10. Practice Exam

    		Expected Duration:	1 hour
    Description: This course provides exam preparation tips and guidelines for the CompTIA Security+ Certification Exam SY0-101. Also included is a practice exam, consisting of 50 questions that are similar to those on the actual CompTIA exam.

Solaris 8 System Administrator 310-011

Certifications covered: Solaris 8 System Administrator This certification is for system administrators tasked with performing essential system administration procedures on the Solaris Operating System (Solaris OS) and technical application support staff responsible for administering a networked server running on the Solaris OS.

1. Installation, Initialization, and Shutdown

   		Expected Duration:	3 hours
   Description: This course provides an introduction to Solaris system administration terms and commands. It describes the various system configurations and the installation of the Solaris operating system on a workstation. It also provides an overview of the hardware and the operating system functions required to bring the system to a running state, and the steps required to properly shut down the system.

2. The Boot Process and Boot PROM

   		Expected Duration:	3 hours
   Description: This course provides a general overview of the startup process, presents an introduction to OpenBoot, and gives specifics on /sbin/init, run levels, and run control scripts. Specific details on the OpenBoot firmware and kernel loading are also included.

3. User and Software Package Administration

   		Expected Duration:	3 hours
   Description: This course explains the use of user and group login accounts, and shows how to add and remove additional applications after the operating system has already been installed.

4. System Security and Remote Connection

   		Expected Duration:	4 hours
   Description: This course shows how to protect data against loss due to a disaster, system failure, or intrusion. Topics include permissions, access control lists, auditing, network security, and controlling remote access to the system.

5. Process Control

   		Expected Duration:	3 hours
   Description: This course provides an introduction to Solaris processes, and shows how to view processes, understand the effects signals have on processes, and manage processes.

6. File Systems, Files, and Directories

   		Expected Duration:	5 hours
   Description: This course introduces the Solaris file systems, and explains the fundamentals of disk drives and their geometry and how Solaris uses a disk for file storage through its file systems. The management of Solaris file systems and disk space usage is also discussed.

7. Disk Configuration

   		Expected Duration:	2 hours
   Description: This course shows how to add, remove, and manage peripheral devices such as tape drives, disk drives, printers, and modems, as well as how to add a third-party device driver. Disk device naming conventions and administration are also covered.

8. Backup and Recovery

   		Expected Duration:	3 hours
   Description: This course explains the types of backups, the methods available for performing a backup, the importance of developing a solid backup strategy, and how to restore data if a loss is encountered.

9. vi Editor and Command Syntax

   		Expected Duration:	2 hours
   Description: This course describes the use of the vi Editor in Solaris 8 system administration, and provides an introduction to shell programming.

10. LP Print Service

    		Expected Duration:	2 hours
    Description: This course describes how to set up local printers, set up access to remote printers, and perform printer administration tasks using the Admintool GUI or the command line. It also examines the hardware and configuration issues involved in connecting a printer to a Solaris system.

11. Practice Exam

    		Expected Duration:	1 hour
    Description: This course provides practice questions to help the user self-assess readiness for the Sun Certified System Administrator for Solaris 8 Operating Environment, Part I exam, as well as gain familiarity with the exam format.

Solaris 9 System Administrator 310-014/310-015

Certifications covered: Solaris 9 System Administrator This certification is for system administrators tasked with performing essential system administration procedures on the Solaris Operating System (Solaris OS) and technical application support staff responsible for administering a networked server running on the Solaris OS.

1. Installation and Maintenance

   		Expected Duration:	2 hours
   Description: This course teaches learners the basic system administrator skills of installing, upgrading and maintaining a Solaris 9 system.

2. The User Environment and System Security

   		Expected Duration:	3 hours
   Description: In this course, learners will examine how to administer user accounts, as well as control system access, data access, system processes, and system programs. As a result, learners will be better able to maintain Solaris 9 user environments and ensure secure systems.

3. File and Disk Administration

   		Expected Duration:	3 hours
   Description: In this course, learners will focus on how to administer the file and disk system, including file system basics and special disk operations. This will help prepare learners to administer file and disk systems as Solaris 9 system administrators.

4. Backups, Printing, and the Network Environment

   		Expected Duration:	2 hours
   Description: This course teaches learners to back up and restore the system, manage print configurations, and administer a Solaris 9 network, enabling them to develop an appropriate backup strategy, manage print services, and implement a variety of networking concepts.

5. Access Control, Syslog, and Advanced Disk Management

   		Expected Duration:	3 hours
   Description: This course shows learners how to set and display Access Control Lists (ACLs), configure Role-Based Access Control (RBAC), use the syslog facility, and improve availability using a virtual disk management system. It also covers advanced installation techniques. After taking this course, learners will be better prepared to manage system access and perform an advanced installation.

6. Network File System and Name Services

   		Expected Duration:	2 hours
   Description: This course teaches learners to administer the Network File System (NFS) and Network Information Service (NIS).

7. Practice Exams

   		Expected Duration:	2 hours
   Description: This course provides two practice exams for the Sun Certified System Administrator (SCSA) 310-014 and 310-015 exams. This gives learners the opportunity to assess their readiness to take the exam and identify topic areas in which they may need additional study and practice.

SQL for the Windows Environment

1. Introduction to Databases and SQL

   		Expected Duration:	2 hours
   Description: This course explains the basic structure and uses of databases and how to use the SQL SELECT statement to retrieve data.

2. Filtering Data

   		Expected Duration:	2 hours
   Description: This course explains how to filter data from a database with the SQL WHERE clause.

3. Calculations and Functions

   		Expected Duration:	2 hours
   Description: This course shows you how to manipulate data returned from a query using calculated fields and functions.

4. Summarizing Data

   		Expected Duration:	1 hour
   Description: This course explains how to use the SQL aggregate functions to summarize data from database tables.

5. Groups and Queries

   		Expected Duration:	2 hours
   Description: This course explains how to use the GROUP BY and ORDER BY clauses to sort and group data. It also explains how to use subqueries and combined queries to add more options to retrievals using the SQL SELECT statement.

6. Joins

   		Expected Duration:	3 hours
   Description: This course shows you how to access data stored in multiple relational tables by using joins in your queries.

7. Data and Tables

   		Expected Duration:	3 hours
   Description: This course explains how to insert data into existing database tables and then modify or delete that data. It also explains how to create new database tables and modify or delete existing tables.

8. Views and Stored Procedures

   		Expected Duration:	2 hours
   Description: This course teaches the learner the use of views in SQL and how views can be used to simplify complex operations. It also provides an overview on the use and creation of stored procedures.

9. Transaction Processing and Cursors

   		Expected Duration:	2 hours
   Description: This course shows you how to use transaction processing to execute SQL operations in batches. This enables you to prevent processing errors from corrupting the database.

10. Advanced SQL Functions

    		Expected Duration:	2 hours
    Description: This course explains the use of constraints in databases. The user will learn about primary and foreign keys, and unique and check constraints. The user will also learn about the use of indexes and triggers within databases. Finally, the user will receive an overview of the tools used to manage database security.

Sun Java 2 Developer SCJD CX-310-252A/CX-310-027

Certifications covered: SCJD This performance-based certification is for developers interested in demonstrating advanced proficiency in the Java programming language using the Java SE. To achieve this certification, candidates must successfully complete two elements: a programming assignment and an essay exam. Prior to attempting certification, candidates must be certified as a Sun Certified Programmer (SCJP), any edition. It is not necessary to be a Sun Certified Java Associate prior to taking this exam.

1. Designing the Application

   		Expected Duration:	3 hours
   Description: This course shows learners how to analyze the objectives of the Java 2 Developer exam and how to design a sample application that successfully meets these objectives.

2. Creating the Application

   		Expected Duration:	2 hours
   Description: This course shows learners how to create the back-end code for a sample application that meets the objectives of the programming assignment component of the Java 2 Developer certification.

3. Completing the Application

   		Expected Duration:	3 hours
   Description: This course shows learners how to create the user interface for a sample application that meets the objectives of the programming assignment component of the Java 2 Developer certification, and how to test, package, and submit the completed programming assignment.

4. Exam Resources

   		Expected Duration:	2 hours
   Description: This course explains the essay exam component of the Java 2 Developer certification and provides background information about key programming concepts.

Sybase

1. Introduction to Sybase

   		Expected Duration:	3 hours
   Description: This course provides an overview to Sybase SQL Server, the client/server system model, and the tools and components of Sybase System 11.

2. Using SQL Server

   		Expected Duration:	5 hours
   Description: This course introduces users to SQL Server and how to use it to create, manage, and access database information.

3. System Administration

   		Expected Duration:	4 hours
   Description: This course provides an overview of the tasks and commands of a system administrator.

4. User Administration

   		Expected Duration:	2 hours
   Description: This course shows users how to manage user accounts and groups in Sybase.

5. Programming with T-SQL

   		Expected Duration:	3 hours
   Description: This course introduces users to basic T-SQL commands and functions through the isql interface.

6. Querying Databases with T-SQL

   		Expected Duration:	3 hours
   Description: This course shows users how to create database queries and to manipulate the data received through queries.

7. T-SQL Commands

   		Expected Duration:	3 hours
   Description: This course explains how to join queries, create subqueries, and how to insert and modify data in Sybase.

UML 2.0

1. Understanding UML

   		Expected Duration:	2 hours
   Description: This course explains what the Unified Modeling Language is, and how UML is used. This course also discusses software development processes and iterative development.

2. Working with Class Diagrams

   		Expected Duration:	3 hours
   Description: This course shows learners how to read and use the most common type of UML diagrams: class diagrams. This course covers properties, attributes, associations, multiplicity, operations, and other topics related to class diagrams.

3. Working with Common Diagrams

   		Expected Duration:	2 hours
   Description: This course shows learners how to read and use common types of UML diagrams, including sequence diagrams, object diagrams, package diagrams, deployment diagrams, and use cases.

4. Working with Specialized Diagrams

   		Expected Duration:	2 hours
   Description: This course shows learners how to read and use specialized types of UML diagrams, including state machine diagrams, activity diagrams, communication diagrams, composite structure diagrams, component diagrams, collaborations, interaction overview diagrams, and timing diagrams.

UNIX Systems

1. Introduction to UNIX

   		Expected Duration:	5 hours
   Description: This course presents the features of UNIX that are most useful to new users including logging in and out file administration command processing displaying text and using mail.

2. Shells: Bourne, Korn, and C

   		Expected Duration:	9 hours
   Description: This course presents the three shells that are typically available on a UNIX system. It describes how to get the most out of the three shells, and describes the advantages and disadvantages of each shell.

3. Shell Programming

   		Expected Duration:	6 hours
   Description: This course presents the basics of shell programming using the Bourne shell then covers additional features of the Korn and C shells.

4. System Administration I

   		Expected Duration:	5 hours
   Description: This course covers installing UNIX, and setting up and maintaining file systems and user accounts.

5. System Administration II

   		Expected Duration:	9 hours
   Description: This course presents UNIX system accounting performance monitoring device management and UNIX security.

6. Process Management

   		Expected Duration:	5 hours
   Description: This course describes how to control programs in UNIX including how to start a job (program) and how to kill it.

Visual Basic 2005

1. .NET Platform Architecture

   		Expected Duration:	.75 hours
   Description: This course provides an overview of the Visual Basic 2005 programming language, architecture and platform.

2. Managed Type Fundamentals

   		Expected Duration:	1 hour
   Description: This course provides information on how Visual Basic 2005 creates and manages data types, and how it maps those data types to an underlying common type system used by the .NET platform.

3. Objects, Values, and Memory

   		Expected Duration:	.85 hours
   Description: This course provides information on how Visual Basic 2005 works with objects and values, and how those underlying objects and values are mapped to memory.

4. Reflection and Attributes

   		Expected Duration:	.65 hours
   Description: This course provides information on how Visual Basic 2005 works with attributes and reflection, how to create and work with custom attributes, and how to use binding flags to instantiate types from assemblies.

5. Delegates and Events

   		Expected Duration:	.65 hours
   Description: This course provides information on how Visual Basic 2005 works with events, the behind-the-scenes "delegate"-handling mechanism, how delegates are used to work with events, and how programmers can use delegates to integrate their own events with the Windows event-handling mechanism.

6. Asynchronous Execution

   		Expected Duration:	.75 hours
   Description: This course provides information on how Visual Basic 2005 works with threads and thread pooling, how to perform synchronous and asynchronous task execution using threads, how to marshal (pass) data across threads, and how to synchronize data across threads.

7. Assemblies

   		Expected Duration:	1 hour
   Description: This course provides information on how Visual Basic 2005 works with assemblies, how to deploy them to the Global Assembly Cache (GAC), how to generate strong names for assemblies, and how to implement version and publisher policies for assemblies.

8. Windows Forms

   		Expected Duration:	.75 hours
   Description: This course provides information on how Visual Basic 2005 eases the creation of Windows forms and custom controls, and how Windows eases the creation of threads and messages.

9. Code Access Security

   		Expected Duration:	1.15 hours
   Description: This course provides information on how Visual Basic 2005 code interacts with the .NET code access features, how to create and modify code access security policies, and the differences between evidence-based and role-based security.

Visual Basic 6

1. Programming Basics

   		Expected Duration:	4 hours
   Description: This course provides the user with a foundation for using Visual Basic 6 software. In this course the user creates an application using the VB Application Wizard, and then develops a simple application from scratch.

2. Controls and Coding

   		Expected Duration:	3 hours
   Description: This course explains how to use common controls and simple code to create applications in Visual Basic.

3. Coding the Details

   		Expected Duration:	5 hours
   Description: This course examines some of Visual Basic's coding tools for building applications.

4. Lists and More Controls

   		Expected Duration:	6 hours
   Description: This course explains how to add many of the finishing touches and extra controls and arrays for users interested in using Visual Basic to create applications.

5. Using Supplied Tools

   		Expected Duration:	4 hours
   Description: This course explains how to use some of the built-in tools in Visual Basic to improve and expand applications.

6. Data Files and Printing

   		Expected Duration:	3 hours
   Description: This course introduces students to interacting with data files and printing information from their applications.

7. Program Tuning

   		Expected Duration:	5 hours
   Description: This course explains how to add to an application some of the additional tools that Visual Basic offers.

8. Delivering the Program

   		Expected Duration:	3 hours
   Description: This course explains how to prepare a Visual Basic program for distribution.