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Using state of the art generic Dual Core Pentium IV computers, participants will disassemble, reassemble, install, configure, and troubleshoot various hardware devices and Operating System(s). Students are given instruction into the core concepts required for the CompTIA A+ Essentials and CompTIA A+ 220-602 Certification Exams. Focus is on the knowledge necessary to become competent Computer Service Technicians.
Courses will be held at The Borough of Manhattan Community College/CUNY
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SM10 -
BMC000102 -
$795.00
Instructor:
Staff, Baruch
(27 Sessions)
Days: MON/WED
6:00 PM - 9:00 PM
6/28/2010 - 9/27/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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This course is designed to prepare participants to sit for Cisco’s Network Security Exam #640-553: Implementing Cisco IOS Network Security (IINS). The course covers all the core concepts for Cisco Device Hardening at layers 2, 3 and 4 of the OSI Model. Students will learn security threats facing modern network infrastructures and mitigation methods for common network attacks, mitigation methods for Worm, Virus, and Trojan Horse attack, core concepts of the Cisco Self Defending Network architecture, how to secure Cisco routers using the SDM, the One-Step Lockdown feature to secure a Cisco router, how to provide secure access on the Administrative and Forwarding Planes. Implementation of AAA on Cisco routers using local router database and external ACS, the functionality of TACACS+ and RADIUS AAA protocols, configuration of Authentication, Authorization and Accounting, verification and troubleshooting of AAA, implementation/troubleshooting of standard, extended, and named IP ACLs used by routers to filter packets will also be covered.
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SM10 -
BMC001201 -
$895.00
Instructor:
Staff, Baruch
(20 Sessions)
Days: MON/WED
6:00 PM - 9:00 PM
8/2/2010 - 10/13/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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| | Semester
SM10 -
BMC001202 -
$895.00
Instructor:
Staff, Baruch
(20 Sessions)
Days: TUE/THU
6:00 PM - 9:00 PM
8/3/2010 - 10/7/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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This course introduces the client operating system and Microsoft's Windows XP Professional. Topics include installation procedures of the OS, configuration of devices and hardware, creating users and groups, profiles, and implementation of backup and disaster and recovery methods. This course will prepare you to take Microsoft Certification Exam 70-270.
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Conducted under Cisco Networking Academy Guidelines, this introductory course covers Networking Fundamentals in full preparation for the Cisco Certified Network Associate Certification. Topics covered include LAN standards for Ethernet, encoding, signaling, cable plant design, various standards and specifications, and hands-on creation of cables (straight, cross and rollover). Comprehensive coverage of devices used, communications and LANs, as well as a comprehensive overview of binary, hexadecimal, IP addressing, subnetting and address distribution, as well as OSI Reference Model Layered approach to communications with a comparison to the TCP/IP Layered Model, will be covered.
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SM10 -
BMC000201 -
$885.00
Instructor:
Staff, Baruch
(20 Sessions)
Days: TUE/THU
6:00 PM - 9:00 PM
8/3/2010 - 10/7/2010
Building:
BMCC-25 Broadwa, Room:
8 FL
Course In Session
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CCNA2-Introduction to Routers and Routing Basics
Semester II introduces the methodology required to successfully implement Routing and rudimentary LAN Switching. Topics covered include IOS maintenance and feature selection for upgrading of Router and Switch IOS to provide revision management and upgrades. Classfull and Classless routing Protocols are implemented, configuration and troubleshooting is performed. Distance Vector, and Link State Routing are explained in full detail. Students will effectively implement Static and Default routing, Classfull - RIP v1, IGRP, and Classless - RIPv2, EIGRP, and OSPF routing protocols and learn to distinguish between the benefits and drawbacks of each. Implementation, placement and troubleshooting of Access Control Lists (ACLs) for basic network security with an emphasis on complex statements and optimization and organization. LAN switching is introduced in preparation for CCNA III along with the protocols used to make switching an effective performance and optimization tool.
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SM10 -
BMC000302 -
$885.00
Instructor:
Staff, Baruch
(10 Sessions)
Days: SAT
9:30 AM - 4:30 PM
7/31/2010 - 10/9/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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This course increases your knowledge of TCP/IP architecture, IP addressing, subnet masks, and configuring and assigning IP addresses to clients in both a static and automatic environment. Key concepts will include managing and maintaining DHCP, DNS, integration of ADS and DNS, and securing networks using IPSEC and certificate services. Topics include routing and remote access and monitoring and managing network access. This course will prepare you to take Microsoft Certification Exam 70-291.
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This course prepares the student to plan, implement, and maintain a network infrastructure, server roles and security, routing and remote access, network security, and a security infrastructure for the purpose of maintaining server availability. Key concepts include implementation of TCP/IP physical and logical networks, routing strategies, and planning for optimization in DHCP, DNS, WINS, and IPSEC. This course will prepare you to take Microsoft Certification Exam 70-293.
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Semester 3 of the CCNA series involves rigorous Instructor-led hands-on implementation of advanced Routing Protocols and LAN Switching techniques with an emphasis on the theory supporting each technology. Participants will learn about Autonomous Systems by implementing troubleshooting EIGRP, configure and troubleshoot Single Area OSPF routing scenarios and originate default routing information down through each protocol. Advanced switching concepts are introduced emphasizing hands-on implementation of dot1q and Cisco ISL trunking to carry VLAN information for LAN segmentation, broadcast control and bandwidth optimization. Advanced Spanning Tree concepts, configuration and troubleshooting of Root Bridge election are covered through the use of hands-on scenarios to demonstrate the switching concepts used to implement optimized LANs.
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SM10 -
BMC000401 -
$885.00
Instructor:
Staff, Baruch
(20 Sessions)
Days: MON/WED
6:00 PM - 9:00 PM
8/9/2010 - 10/20/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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CCNA4-Introduction to WAN Technologies
Semester IV provides the overview and hands-on configuration to tie-in all of the technologies that allow LANs to communicate with distant WANs and make Global Internetwork communications possible. Other topics covered include training to implement, configure and troubleshoot ISDN and Dial-on-Demand Routing, Configure T1 carrier circuits and learn T1 transmission technologies, and configure Point-to-Pont Protocol (PPP) with PAP and CHAP Authentication. Participants will learn about the xDSL communication technology family and Hybrid Fiber-Cable implementations that cable companies use to incorporate data communications into the services they offer. Students will implement Frame-Relay configurations utilizing ADTRAN WAN Emulation units, and scale IP Addresses through the implementation Network Address Translation and Port Address Translation the way it's done in live networks across the globe.
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SM10 -
BMC000501 -
$885.00
Instructor:
Staff, Baruch
(20 Sessions)
Days: MON/WED
6:00 PM - 9:00 PM
8/16/2010 - 10/27/2010
Building:
BMCC-25 Broadwa, Room:
TBA
Course In Session
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This course examines the complexity of directory services, ADS, the creation of domains, and implementation of OU. Topics include planning and implementation of users, groups, and computer accounts in AD, implementation of group policies, and implementation of replication in different sites. Key concepts include global catalog servers, DNS servers, operations master roles, and Active directories. This course will prepare you to take Microsoft Certification Exam 70-294.
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This course prepares the student to design AD infrastructure, network infrastructure, design domain, and forest based on needs of the enterprise. Topics include design sites, design GPO structure, design administrative structure, design DHCP structure in AD, and design network connectivity using AD. The impact of the design of the network access policy for organizations will be examined. This course will prepare you to take Microsoft Certification Exam 70-297.
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This course provides you with the knowledge and skills to design a secure network infrastructure. Topics include assembling the design team, modeling threats, and analyzing security risks in order to meet business requirements for securing computers in a networked environment. The course encourages decision-making skills through real-life scenarios that the target audience may encounter. You are given the task of collecting the information and sorting through the details to resolve the given security requirement. this course prepares you for the 70-298 exam
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Using the latest version of Cisco's Curriculum, students are given in depth instruction into Campus Network Models. Students implement optimized Switched Networks using VLANs, Spanning Tree, MultiLayer Switching and Routing redundancy. Centered on the technologies that comprise the Layered Network Model students implement Core, Distribution and Access Layer scenarios to provide redundant pathways through the Switched Network to optimize convergence after a failed link and ensure seamless connectivity for end users and network devices. Topics covered are PVST, PVST+, RSTP, MSTP, CSTP, CEF, VRRP, GLBP. Not just the buzz words, but the actual nuts and bolts and configuration of each protocol is covered along integration of voice, video and data networks, multicast and an emphasis on securing switched networks from data theft.
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An IT audit refers to a formal examination of an institution's technical infrastructure. Fallout from corporate accounting scandals and subsequent legislation has increased demand for technology professionals who can help assure accurate accounting. This course covers the COBIT and COSO standards, and the central points of the Sarbanes-Oxley Act. Learn key concepts in monitoring transactional integrity and securing channels of reporting, and learn techniques for insuring secure, stable performance of hardware and software used in financial systems.
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This course will give you a solid understanding of how servers and workstation clients interact on a network. Develop familiarity with the different functionalities of file, print, mail, database, web, proxy and application servers. Learn how hubs, switches, routers and firewalls operate. Different types of network configurations such as LANs, WANs, intranets and extranets will be covered, along with network protocols such as TCP/IP, FTP, SMTP and NFS. This course is a solid foundation for anyone considering pursuit of A+ or MCSA certification.
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Security is a fast-growing sector within IT, and this course will give you skills to forward your professional career. In a hands-on lab, configure a firewall to block your computer's local network from unauthorized access such as hackers and denial-of-service attacks. Learn to protect computers from viruses, worms, trojan horses, and other malware by following best practices in internet security.
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Because of its performance, security and stability, Unix is the operating system of choice for many mission-critical software development projects, particularly in the financial and educational sectors. Mac OSX, Solaris, AIX and Linux are all strands of the Unix operating system. Learn to administer through the command line interpreter: manage and search the file system, configure security and permissions, write shell scripts, archive files, send e-mails and configure and monitor networking operations.
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Learn to configure security, TCP/IP and DHCP settings, local area networks, user accounts and built-in firewall software. This course will also teach best practices for hard drive management, software installation, and hardware configuration that will allow you to promote system stability and performance as an administrator.
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