Online Advanced PG Diploma in VLSI and Embedded System Design

Course Preamble

First Selection List for Blended Online Programs in VLSI & Embedded Systems

Waiting List for Blended Online Programs in VLSI & Embedded Systems

Spot Admission for Blended Online Programs in VLSI and Embedded Systems

Embedded systems are normally built around Microcontrollers and ARM Processor based SOCs. VLSI (Very Large Scale Integration) has emerged as a very significant technology to provide tremendous quantum of process technologies for MEMS, NEMS and RF components, many of the formerly external components can now be integrated into a single System‐on‐Chip which has resulted in a dramatic improvements in performance while achieving reduction in the size, cost and power consumption. Complexity in such systems arises not only from the diversity of the technologies, from sensors and actuators and RF front‐ends to base‐band DSP software, etc., that must be integrated on‐chip comprising of tens of millions of transistors, but also from the fact that such systems must be increasingly built from parts that have been designed separately and using different tools and flows.

The curriculum has been designed in consultation with industry and academic experts and our strategic partners, to map the skill sets and design methodologies, which is high in demand in VLSI and Embedded Systems industries. Our students have been successfully placed in reputed product companies and we enjoy the trust of many reputed companies, who have entered into strategic alliances with us. Emphasis of the teaching curriculum is on design methodology and practical applications. The course contents have been designed keeping in view the emerging trends in needs for skilled manpower.

Course Objective

Online Advanced PG Diploma in VLSI and Embedded System Design is intended to impart skills essential for the design and implementation of VLSI and Embedded Systems using appropriate hardware and software tools. This course offers a range of topics of immediate relevance to industry and makes the participants exactly suitable for VLSI, Embedded and IoT Industry.

Course Outcome

• Provide the trainees in‐depth knowledge and skills required by VLSI, Embedded and IoT markets around the globe by imparting comprehensive understanding about the fundamental principles, methodologies and industry practices.
• Makes the successful participants readily employable in multiple roles available in VLSI, Embedded and IoT Industry
• Enhances the skillsets and confidence for fabless startups
• Serves as a concrete platform for people involved in application research, consultancy and high end product development in both industry and academia.

Course Structure

The VE 600-Online contains ten modules including project. The students are required to do a project work in any one of the modular areas, for a period of 8 weeks to be eligible for issue of Online Advanced PG Diploma in VLSI and Embedded System Design

Course Contents

Course Fees

Course fee is Rs. 45,766/- + All taxes as applicable

Eligibility

BE/B.Tech (ECE/EEE/AEI/CSE/IT/Biomedical/Medical Electronics, Mechatronics and allied branches) / M.Sc (Electronics/CS). Students undergoing BTech /MSc are also eligible, however they will be issued course certificate only on production of their degree certificate

Important Dates

More Details

Course Timings: The course is planned to be conducted with flexible timing by including recorded sessions of lectures and demonstrations through LMS. The candidates will be given prior notice about live lectures scheduled between 9.00 am to 5.30 pm. The hands-on session using Remote Hardware Lab shall be provided with pre-intimated schedule.

Participants should have the following setup to attend this course

• Computer system (Desktop/Laptop with Camera) and stable broadband internet connection.
• Computer System Configuration - Linux OS/ Dual boot, i3/i5, 64bit processor, Minimum 4GB RAM

1. Placement : visit http://nielit.gov.in/content/placement-3
2. Lab Facilities :http://nielit.gov.in/calicut/
3. Course Contents : Course Syllabus

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