SYS-ED’s Ubuntu Linux base training program is comprised of desktop support, Linux installation and support, and server administration; the standard duration is 12 days. A lesson plan based upon the standards of the New York State Department of Education will be provided as part of qualifying the subject matter, examples, exercises, and program duration. Most clients elect to incorporate project specifications into the training program:
- Integrating an Ubuntu Linux workstation with a Microsoft active directory network.
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- Utilization of Ubuntu as the base operating system on a laptop computer and mobile devices.
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- Integration of a Ubuntu Linux Server with UNIX and Microsoft web servers.
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- Ubuntu to support both cloud guest and cloud infrastructures across X86 and ARM architectures.
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SYS-ED's
training programs utilize the full complement of delivery medium: distance-learning, web-based,
and
technology driven classrooms. As part of conducting a training program, subject matter is organized for utilization in courseware as a learning center. In order to accommodate employee workloads and staff in remote geographic locations,
component courses can be scheduled over non-consecutive weeks utilizing a combination of classroom training and distance-learning. At the client's discretion, checklist of completed tasks,
validation assessment, and a final examination can be utilized.
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Module: |
Ubuntu Linux Desktop for Users |
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Duration: |
1 day |
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Major Topics: |
| 1. Ubuntu featureset |
2. Using the Internet |
3. OpenOffice applications |
| 4. Customizing the desktop and applications |
5. Images and photos |
6. Music and videos |
| 7. Partitions and booting |
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Module: |
Ubuntu Linux Desktop Support |
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Duration: |
3 days |
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Major Topics: |
| 1. Installation |
2. Software support |
3. Network |
| 4. Printing |
5. Security |
6. Desktop customization |
| 7. Managing files |
8. Bourne shell |
9. Taking control of the system |
| 10. Shell guidelines |
11. System optimization |
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Module: |
Linux Installation, Configuration, and Support |
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Duration: |
4 days |
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Major Topics: |
| 1. Featureset |
2. Linux installation |
3. System management tools |
| 4. Installation techniques |
5. Start-up and shutdown |
6. System administration tools |
| 7. X Window system |
8. RAID: Redundant Array of Independent Disks |
9. File systems |
| 10. Kernel compilation and configuration |
11. User-level administration and security |
12. Networking |
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Module: |
Ubuntu Linux Server Administration |
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Duration: |
4 days |
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Major Topics: |
| 1. Installation and configuration |
2. Network services |
3. Administration |
| 4. Logical volumes |
5. Desktop deployment |
6. Backups |
| 7. Print servers |
8. Packages |
9. Virtualization |
| 10. Security |
11. OpenLDAP |
12. File management |
| 13. Processes |
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Module: |
MS Windows Server 2008: Administration |
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Duration: |
4 days |
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Major Topics: |
| 1. Introduction |
2. Windows Server 2008 administration |
3. Active Directory |
| 4. Configuring and managing the system |
5. File system security |
6. Network components and services |
| 7. Shared folders and printers |
8. Active Directory Administration |
9. High-availability environment |
| 10. Performance management |
11. Securing Windows Server 2008 |
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Module: |
MS Windows Server 2008: Active Directory Domain Services |
| Duration: |
4 days |
| Major Topics: |
| 1. Windows Server featureset |
2. AD: Active Directory fundamentals |
3. ADPrep |
| 4. Active Directory forest: creation |
5. Active Directory replication |
6. DSFR: Distributed File System Replication |
| 7. Interoperability of the Active Directory |
8. Controller roles - configure |
9. Read only DNS zones |
| 10. Active Directory integrated zones |
11. Trust configuration |
12. Group Policy |
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Module: |
MS Windows Server 2012: Overview |
| Duration: |
1 day |
| Major Topics: |
| 1. Server Manager |
2. Converting to Server Core |
3. PowerShell |
| 4. Active Directory configuration |
5. MS Online Backup |
6. DAC: Dynamic Access Control - configuring user claims |
| 7. Resource properties and file classifications |
8. Central access rules and policies |
9. IPAM: IP address management |
| 10. Hyper-V |
11. Virtual networks |
12. Enhanced performance |
| 13. PowerShell for managing Hyper-V |
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Module: |
MS Windows Server 2012: Administration |
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Duration: |
5 days |
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Major Topics: |
| 1. Group policy infrastructure |
2. Managing user desktops |
3. User and service accounts |
| 4. AD DS: Active Directory Domain Services |
5. DNS: configuration and troubleshooting |
6. Remote access |
| 7. NPS: Network Policy Server |
8. NAP: Network Access Protection |
9. FSRM: File Server Resource Manager |
| 10. DFS namespaces and replication |
11. Auditing |
12. Server images |
| 13. Windows deployment services |
14. Monitoring tools |
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Module: |
UNIX, Linux, and MS Windows: Diagnostics and Tuning |
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Duration: |
3 days |
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Major Topics: |
| 1. Hardware and devices: configuring and troubleshooting |
2. Networking: configuration and troubleshooting |
3. Security: configuring and troubleshooting |
| 4. Troubleshooting MS Windows start-up |
5. XP, Vista 7: maintenance and optimization |
6. Remote Desktop support |
| 7. Problem analysis tools |
8. Performance monitoring tools |
9. CPU bottlenecks |
| 10. Memory bottlenecks |
11. Disk bottlenecks |
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Review Additional Content
Linux- variant operating systems and interrelated areas of information technology subject matter can be researched using the
course search engine.
The audience, duration, and content can be used as a starting point to augment an integrated training program or evaluate a fast-track course.
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Technology Exchange Websites |
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SYS-ED's websites compile, organize, and present software specific and established operational categorizations of information technology. They provide a framework for assessing knowledge transfer: web-based training, classroom instruction, technology updates, courseware, training aids, learning paths, and validation assessment. |
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www.unixtrainingbysysed.us/commquests.htm |
Footnote 1:
David Silverberg and David Shapiro were both among the first wave of technologist and programmers who evaluated the UNIX operating system and designed and coded C programs. Dave Silverberg was coding programs and reviewing source code and later taught classes at Bell Laboratories. David Shapiro, in conjunction with classmates at Union College and Cornell University, became familiar with the capabilities and long term potential of low level programming
languages, and early versions of both UNIX and BASIC.
Footnote 2:
SYS-ED’s core Linux and UNIX curriculum has been submitted to the New York State Department of Education - Bureau of Proprietary School Supervision for review.
