B.Tech. Electronics Engineering (VLSI Design and Technology)
OVERVIEW
B.Tech. - Electronics Engineering (VLSI Design and Technology) is a 4-year program designed to prepare engineering graduates who have comprehensive knowledge about Integrated circuit designs, which is usually known as chip design. It aims to prepare skilled graduates who know the key aspects of VLSI Design which is required in VLSI domain Industries.
Through B.Tech. - Electronics Engineering (VLSI Design and Technology) program, graduates will develop an in-depth understanding of semiconductor devices, VLSI circuit design and verification, FPGA design, and fabrication process, along with hands-on experience with leading EDA (Electronic Design & Automation) tools. The evergreen VLSI domain is for the design and verification of electronics systems and circuits and its applications are found in areas like Communications, Signal & Image Processing, Space Research and Automation Industry.
ELIGIBILITY AND ADMISSION CRITERIA
To know about eligibility and admission criteria : Click Here
SCHOLARSHIPS
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PLACEMENTS & INTERNSHIPS
Shreya Seth
Unext
Yash Handa
Capgemini
Riya Shivolkar
Celebal Technology
Vasudev Dwivedi
Ericsson- Digital Role
Soumya Tripathi
Verzeo
Deeksha Srivastva
Mahindra and Mahindra
Jatin Anirudh Malla
Wabtec
Harshita Hemant
Ericsson- Digital Role
Gloria Mathew
SmartServ
Dhanush Pathania
Technovert-Pre Sales
Neha Garg
Secure Meters
Ajsusabi
Secure Meters
Himanshi Chaddha
Secure Meters
Himanshu Jadhav Ganesh
Deloitte
PROGRAM FEES
| Program | Fee | Indian (₹) | International ($) |
|---|---|---|---|
| BTECH in Electronics Engineering (VLSI Design and Technology) | Tuition (Annual) | 324500 | 7700 |
| Registration (One Time) | 10000 | 300 | |
| Caution Deposit (Refundable) | 15000 | ||
| Total (At the time of admission) | 349500 | 8000 |
FROM THE
STUDENT THOUGHTS
Anuj Bhardwaj
Department of Electronics & Communication Engineering
MUJ provides a conducive environment for growth and learning and inspires its student to incessantly stive for excellence in every fieldThe state-of-the-art VLSI Labs and knowledgeable faculty made me pursue the VLSI field.
Aishani Misra
Department of Electronics & Communication Engineering
I was introduced to VLSI, the semiconductor world at MUJ. The faculties provide guidance, constant support and encouragement to students to grow in interested field.
Karishma Babani
Department of Electronics & Communication Engineering
The problem-solving and learner-centric environment at MUJ has provided me a perfect platform to shape my career in VLSI.
Asirbad Mishra
Department of Electronics & Communication Engineering
Constant experimental learning and classroom learning gave me a foundation to pursue a career in VLSI with a research publication in undergraduate studies.
Niharika Mittal
Department of Electronics & Communication Engineering
Support and guidance provided by faculty helped me develop a strong foundation in the field and ultimately led to my success as a Hardware Engineer.
Karuna Vyas
Department of Electronics & Communication Engineering
MUJ has helped me build my career in the stream which I have always looked forward to. Professors here are the best in their domain.
Shahbab Alam
Department of Electronics & Communication Engineering
I can vouch that MUJ provided us a strong foundation in electronics that enabled us to excel in our field of work which industry requires.
Amogh Dyavangoudar
Department of Electronics & Communication Engineering
Department of ECE motivated me to work hard with their highly industry-relevant curriculum and well-established laboratories offering plethora of opportunities to students interested in research
COURSE STRUCTURE
- Engineering Chemistry & Lab
- Calculus & Matrices
- Basic Electrical Engineering
- Basic Electronics
- Biology for Engineers
- Computer Programming & Lab
- IoT Fab Lab
- Constitution of India
- Engineering Physics & Lab
- Computational Mathematics
- Environmental Studies
- Engineering Materials & Mechanics
- Matlab for Engineers
- Creativity & Innovation Lab
- Engineering Graphics
- Technical Writing Clinic 1
- Universal Human Values
- Statistics & Probability
- Management of Technology
- Electronic Devices-I
- Digital Electronics
- Circuits & network theory
- Flexi Core 2
- Electronic devices Lab-I
- Digital Electronics Lab
- Project-based Learning 1
- Engineering Economics
- Electronic Devices-II
- Computer & Processor Architecture
- Flexi Core1
- Program Elective 1
- Open Elective 1
- SPICE Lab
- Computer & Processor Architecture Lab
- Project-based Learning 2
- Digital VLSI Design
- Semiconductor Device Fabrication
- Flexi Core 3
- Program Elective 2
- Program Elective 3
- Open Elective 2
- IC design Lab
- Device Fabrication Lab
- Project-based Learning 3
- System Verilog for verification
- Program Elective 4
- Program Elective 5
- Program Elective 6
- Open Elective 3
- Professional Practice
- System Verilog Lab
- Advanced System Design Lab
- Project-based Learning 4
- Program Elective 7
- Program Elective 8
- Open Elective 4 Open Elective 5
- Major Project
LEARN.
GROW.
ACHIEVE.
University - Recognitions & Accreditations
