Course Overview:
The post graduate course on VLSI Design and Embedded Systems will provide a strong foundation for careers in VLSI, ASIC, SoC Advanced Communication Systems and Embedded systems. The objective of this course is to focus on the fundamental principles of VLSI and Embedded Systems in addition to the Semiconductor Technologies and theirapplictions. The M.Tech. program in VLSI Design and Embedded Sytems is designed to provide a contemporary and dynamic curriculum in this field, blending advanced technologies with traditional ones like VLSI, Embedded Systems, System on Chips, Virtual Instrumentation, Digtal Signal and Image Processing, Digital Twins, E-Vehicle Technolgies, Advanced Communication Systems and Semiconductor Technologies. It offers an extensive understanding of VLSI technologies, Semi-conductor technologies, Embedded Controllers and the various generations in the communication. Additionally, the program covers advanced topics in microcontrollers, virtual instrumentation, digital twins, various generations in communication and latest semi-conductor technologies. Practical projects are undertaken by students during the third and fourth semesters to ensure hands-on experience and relevance to industry needs.
Eligiblity:
B.E./ B.Tech. in:
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Electrical Engineering
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Electronics Engineering
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Electrical and Electronics Engineering
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Electronics and Communication Engineering
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Instrumentation Engineering
Curriculum:
Core Courses
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Graph Theory and Optimization Techniques
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Analog and Digital CMOS VLSI Design Laboratory
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Research Methodology and IPR
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Design for Verification using UVM
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Analog IC Design
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FPGA System Design
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Digital CMOS VLSI Design
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Embedded Automation
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Embedded Controllers
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VLSI Structures for DSP
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Embedded System Design
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Internet of Things System Design
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Embedded Systems Laboratory
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Embedded Automation Laboratory
Elective Courses
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ASIC Design
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Parallel and Reconfigurable Architectures
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Software for Embedded Systems
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Embedded Wireless Sensor Networks
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Embedded System Security
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Network Embedded Applications
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VLSI Testing
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RFIC Design
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Network on Chip
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Sensors and Actuators
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Nanotechnology
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Real Time Operating System
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Low Power VLSI Design
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Embedded Networking
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Multicore Architecture
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Deep Learning
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Programming
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Real Time Embedded Systems
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Reconfigurable Computing
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Pervasive Computing
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Hardware Software Co-Design
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Physical Design Automation
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System on Chip
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MEMS and NEMS
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Automotive Electronics
Fee Structure:
A. One Time Fees (Payable at the time of admission)
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S.No Category Items PG 1 Admission fee 2000 2 Learner welfare fund 2500 3 Industry Service and Facility charges 3000 4 Smart Card fee 500 5 Sports Amenities fee 2000 6 Provisional and Degree Certificate 2500 7 Alumni service fee 1500 Sub Total “A” 14000
B. Caution Deposit (Refundable)
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S.No Category Items PG 1 Institute Deposit 5000 2 Library Deposit 5000 Sub Total “B” 10000
C1. Course fee (Applicable to PG Programme – Fractal Mode)
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S.No Category Items PG 1 500 Level – Project Dissertation / MP / IIP – Per Credit 500 2 500 & 400 Level – Professional / Elective Course – Per Credit 1000 3 300 Level – Open / Mandatory Course – Per Credit Course Fee 750 4 Fee per course (Theory) 500 5 Fee per course (Practical) 300 6 Fee per course – Internship / Project 1000 In total Fee for the PG Programme - 80 credits 94,810
D. University Facilitation Fee (Per Year)
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S.No Category Items PG 1 Development Fee 1000 2 Library Fee 1000 3 Laboratory Contingency Charges 2500 4 Learner Accident and Medical Relief Fund 1000 5 Army Flag Subscription 30 Sub Total “D” 5530