Systems and Network Software Engineering
A Project based Career Development Program
Systems and Network Software Engineering is a complete, comprehensive, projects based training program for engineers, who look for great and outstanding career. The trainee should not only be employed but, should grow exponentially. This training program is aimed at creating a world class engineer.The objective of this career-oriented, projects-based training program is to equip engineers with the advanced technical skills, practical experience, and industry insights necessary to excel in their engineering disciplines and to adapt to the rapidly evolving technological landscape. Through a series of hands-on projects, collaborative team work, and engagement with real-world engineering challenges, participants will:Develop Specialized Technical Proficiency: Gain in-depth knowledge and hands-on experience in specialized areas of engineering, utilizing the latest tools, technologies, and methodologies relevant to their field.Enhance Problem-Solving Skills: Strengthen analytical and critical thinking abilities by tackling complex engineering problems, fostering innovation and creativity in solution development.Cultivate Professional Skills: Improve key professional skills such as project management, communication, teamwork, and leadership, essential for successful collaboration in multidisciplinary environments.Industry Alignment: Align skills and knowledge with current industry standards and future trends through exposure to real-world projects and interaction with industry professionals, enhancing employability and career progression opportunities.Adaptability and Lifelong Learning: Foster a mindset of continuous improvement and adaptability to new technologies and methodologies, preparing engineers for lifelong learning and career development in a dynamic professional landscape.Ethical and Sustainable Engineering Practices: Promote an understanding of ethical considerations, sustainability, and the social impact of engineering work, encouraging responsible and impactful engineering solutions.Through this program, engineers will emerge as highly competent professionals ready to contribute to their fields effectively, drive innovation, and lead in the creation of sustainable and forward-thinking engineering solutions.
Salient Features of The Systems and Network Software Engineering Training Program:
The objective of this career-oriented, projects-based training program is to empower engineers with advanced technical skills and practical experience through hands-on projects and real-world challenges. Participants will enhance their problem-solving abilities, professional competencies, and adaptability to technological advancements.The program aims to align participants' skills with industry demands, fostering innovation, teamwork, and ethical engineering practices.By the end of the program, engineers will be equipped for significant contributions and leadership in their fields, ready to drive sustainable solutions and adapt to continuous professional growth.
General
The trainee should have technical bend of mind. Should have basic understanding about computer usage and zest for technological innovation and new products design. The trainee should have good common sense and analitical ability.Education
The trainee should be persuing or done Engineering from any stream, BCA or MCA
Training Methodology:
Duration:
The Training Program:
System and Network Software Engineering |
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Level 1
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Sessions
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1
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15 |
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2
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50 |
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3
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10 |
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4
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20 |
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5
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OOPS using C++ with Eclipse on Linux. click here for more... |
25 |
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6
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15 |
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7
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10 |
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8
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25 |
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9
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Serial Port Device Driver Development. click here for more... |
10 |
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10
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20 |
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11
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20 | |
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Total Sessions |
170 |
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There are Seven Levels in The Training Program |
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Level 1 |
Serial No |
Basics in Linux and Programming | Sessions |
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1.1
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Linux System Administration. click here for more... |
5 |
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1.2
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Data Structures using C with Linux. click here for more... |
50 |
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1.3
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OOPS using C++ with Eclipse on Linux. click here for more... |
25 |
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1.4
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Shell Scripting using Bash. click here for more... |
10 |
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1.5
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Linux System Programming. click here for more... |
15 |
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1.6
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Linux Network Programming. click here for more... |
10 |
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Duration for Level 1 |
120 |
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Level 2 |
Serial No | Embedded Linux, Kernel Internals, ARM and Device Drivers | Sessions |
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2.1 |
Advanced Data Structures, Algorithms using C on Linux. click here for more... |
40 |
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2.2 |
Character Device Driver Development. click here for more... |
20 |
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2.3 |
Parallel Port Device Driver Development. click here for more... |
5 |
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2.4 |
Serial Port Device Driver Development. click here for more... |
5 |
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2.5 |
Linux Internals and Architecture. click here for more... |
20 |
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2.6 |
Embedded Linux on ARM using Storage. click here for more... |
10 |
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Duration for Level 2 |
100 |
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Level 3 |
Serial No | Advanced Concepts in Linux, C, C++ Programming | Sessions |
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303. Advanced System Programming |
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111. Advanced Shell Scripting using Bash. |
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008. Block Device Driver Development |
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109. Developing An ARM based Embedded Linux System using Serial. |
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209. Embedded Linux On ARM Using Network/TFTP. |
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| Duration for Level 3 |
35 |
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Level 4 |
System, Network and Kernel Programming with ARM | Sessions | |
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1. Linux System Programming. click here for more... |
10 | ||
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2. Networking, Network Programming using Sockets. click here for more... |
10 | ||
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5 | ||
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4. Block Device Driver Development for SD/MMC. click here for more... |
10 | ||
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5. Developing An ARM based Embedded Linux System using Serial. click here for more... |
10 | ||
| Duration for Level 4 |
45 |
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Level 5 |
Advanced System Design | Sessions | |
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1. Linux System Programming. click here for more... |
10 | ||
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2. Advanced Network Programming using Sockets, IPv4. click here for more... |
10 | ||
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5 | ||
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4. Block Device Driver Development. click here for more... |
10 | ||
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5. Embedded Linux On ARM Using Network/TFTP. click here for more... |
10 | ||
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6. Python using Eclipse on Linux. click here for more... |
20 | ||
| Duration for Level 5 |
65 |
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Level 6 |
IOT, System Programming and ARM | Sessions | |
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1. IOT Basics. click here for more... |
5 | ||
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2. Linux System Programming. click here for more... |
20 | ||
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3. Linux Network Programming. click here for more... |
10 | ||
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4. IOT Protocols. click here for more... |
10 | ||
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5. An IOT Project. click here for more... |
10 | ||
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6. Embedded Linux On ARM Using Network/TFTP. click here for more... |
10 | ||
| Duration for Level 6 |
65 |
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Level 7 |
Device Driver Development | Sessions | |
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SPI Device Driver Development. click here for more... |
10 | ||
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I2C Device Driver Development. click here for more... |
10 | ||
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PCI Device Driver Development. click here for more... |
10 | ||
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CAN Bus Protocol Development and Implementation. click here for more... |
10 | ||
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USB Device Drivers Development. click here for more... |
10 | ||
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Ethernet - Network Device Driver Development. click here for more... |
10 | ||
| Duration for Level 7 |
60 |
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| Total Duration for Whole Training |
410 |
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After the training, the trainee should be able to... click here...
Training and Project Resources ... click here...