MTech in VLSI Design for Working Professionals
MTech in VLSI Design for Working Professionals
About M Tech in VLSI Design for Working Professionals
VLSI Design is the abbreviation of Very Large-Scale Integration Design. This specialisation is for those technology professionals who work around Very Large-Scale Integration (VLSI), semiconductor technologies and related fields. With the help of this course, VLSI professionals can investigate opportunities in a variety of technology-driven industries, such as AI, HPC, 5G, IoT, embedded, and edge computing.
The VLSI Design and Technology programme helps students learn concepts and technologies involved in the overall development of modern semiconductor-based systems. Through this programme, learners strengthen their understanding of digital system design, integrated circuits, semiconductor devices, and related areas. This degree program will provide opportunities to connect theoretical concepts with practical engineering applications.
Programme Highlights of M Tech in VLSI Design for Working Professionals
Students should know that there are several factors behind the non-approval of BTech in Distance Education. The reasons below explain why BTech Distance Education is not recognised in India.
Recognised Degree Program
Unlike Distance MTech for Working Professionals, this programme is approved by the All India Council for Technical Education (AICTE).
Duration
It is a two-year flexible degree program which can be extended based on project requirements.
Practical Application
Professionals from relevant engineering backgrounds can implement technical approaches learned in this program in real-world workplace challenges.
Specialised Curriculum
The VLSI design syllabus is curated to help learners build expertise beyond foundational electronics and engineering concepts.
Exposure to New Technologies
Students interested in the VLSI course will learn about semiconductor technologies in AI, IoT, 5G, and other emerging technology applications.
Project Orientation
The curriculum is not confined to theoretical learning; it also includes advanced coursework and project-based learning.
Eligibility for MTech in VLSI Design for Working Professionals
Engineering Graduates
Candidates for VLSI design must have completed their BTech, BE, or equivalent undergraduate engineering degree.
Industry-Relevant Work Experience
Some Universities might even ask for professional experience in the related field.
Interviews or Written Test
Some Universities or IITs may require applicants to pass the entrance test.
M Tech in VLSI Design Syllabus for Working Professionals
| Semester | Key Learning |
|---|---|
| Semester 1 | Students will build a strong foundation in advanced digital system design, CMOS VLSI, semiconductor device physics, and computer architecture. The first semester of the VLSI Design and Technology course also covers HDL-based digital design using Verilog/VHDL, EDA tools, VLSI fabrication technologies, and research methodology, helping learners understand the complete VLSI design ecosystem. |
| Semester 2 | This semester will focus on advanced VLSI design concepts, covering analogue, mixed-signal, low-power and high-speed IC design techniques. In this semester, learners will also explore systems such as VLSI signal processing, logic synthesis and physical design automation to understand the complete chip design flow. |
| Semester 3 | The third semester brings more advanced learning. Students will learn about new concepts such as RF circuit design, memory architecture, System-on-Chip (SoC) design and testing methodologies. The semester also covers FPGA architectures and elective subjects. This enables learners to explore specific areas of interest. |
| Semester 4 | The last semester brings advanced research and practical application through specialised electives and a thesis. Learners will have to apply their VLSI knowledge to develop research-based solutions and present their project outcomes. |
Programme Outcomes of MTech VLSI Design for Working Professionals
Circuit Performance Assessment
They receive expert guidance on designing circuits, assessing their performance and reliability before further use.
Real World Applications
Working professionals enrolled in this course are taught VLSI subjects along with their practical applications. They apply them in real-world job scenarios.
In-Depth Subject Knowledge
Students of MTech VLSI Design continuously practice complex digital systems, integrated circuits, semiconductor devices, etc. This helps them gain a deeper understanding of subjects and become experts in the field.
Modern Computing
Students also dive into overall knowledge of semiconductor technologies and their real-world usage in modern computing systems.
Technical Analysis
VLSI Design course syllabus covers various modern concepts and technologies to address complex engineering challenges using analytical approaches.
Research Foundation
Working Professionals or students develop a strong foundation for advanced research and specialised VLSI careers
Career Paths After MTech VLSI Design for Working Professionals Course
VLSI Design Engineer
VLSI Engineer’s responsibility is to design and develop integrated circuits and digital systems, focusing on circuit architecture with Verilog or VHDL.
Physical Design Engineer
Their primary work is to focus on the implementation flow of integrated circuits, including activities related to floor planning, placement, power planning, routing, timing, and clock tree synthesis.
ASIC Design Engineer
Works on application-specific integrated circuits and contributes to their architecture, design, implementation, and testing.
FPGA Design Engineer
Develops and implements digital systems using field-programmable gate arrays for applications across communications, embedded systems, computing, and industrial technologies.
Embedded Systems Engineer
Combines hardware and software knowledge to develop embedded systems used in automotive, IoT, consumer electronics, industrial automation, and other applications.
VLSI Research Engineer
Works on advanced semiconductor technologies, circuit architectures, design methodologies, and emerging applications through research and development.
Universities Offering VLSI Design or Related MTech Programmes
SANSKRITI UNIVERSITY
- AICTE| UGC
- Specialisations: 6
LINGAYA’S UNIVERSITY
- AICTE| UGC
- Specialisations: 10
IIT Jodhpur UNIVERSITY
- NIRF
- Specialisations: 3
IIT Jammu
- NIRF
- Specialisations: 3
Other MTech Specialisations for Working Professionals
If you’re exploring options beyond BTech in Automobile Engineering, you can choose from several engineering specialisations based on your interests and career goals.
Mechanical Engineering
For students with a graduation in the same discipline, this is the next best higher education option. This course will build advanced expertise in Machine Design, Advanced Manufacturing, CAD/CAM, Materials, and Thermal Engineering. This will open many senior-most roles for you.
Artificial Intelligence and Machine Learning
This field covers Machine Learning, Deep Learning, NLP, and Computer Vision, helping learners develop AI models and intelligent solutions. Career opportunities include AI Engineer, ML Engineer, Data Scientist, and AI Researcher.
Computer Science Engineering
The subjects cover Advanced Algorithms, Cloud Computing, Distributed Systems, Computer Networks and various other advanced fields. This is a perfect choice for individuals who are willing to build skillset IT related sector. Roles such as Senior Software Architect, Senior Systems Engineer, and Technical Lead are open for them.
Electrical Engineering
This specialisation is well suited for working professionals who want to strengthen their electricalengineering knowledge and work on complex projects. Professionals can combine their industry experience with more advanced academic knowledge in emerging fields like smart grids, EVs and power electronics.
Electronics and Communication Engineering
Working professionals already working in the field will see a shift to advanced design, optimisation and development. They can take on more demanding projects in embedded applications, circuit development or even research.
Data Science
Students will gain expertise in core subjects like Data Mining, Machine Learning, Statistics, Big Data, and Data Visualisation, developing expertise in data analysis and predictive modelling. With this degree course, they Graduates can pursue roles in Data Science, Analytics, and Data Engineering.
Power Electronics
This specialisation will cover subjects like Power Converters, Power Semiconductor Devices, Electric Drives, and Control Techniques. Students can later explore career paths including Power Electronics Engineer, Drive Engineer, and Energy Systems Engineer.
Cyber Security
There are various career options in the same field. The subjects covered in this specialisation can be of great importance and help you secure government roles.