Course Duration :

2 Years
Semester Fee :

₹65000*
Mode of Learning :

Online
Medium of Instruction :

English

Campus Immersion Opportunity: One week per year

Online MTech in VLSI

The online VLSI course, Executive MTech in VLSI program, is designed to equip students with a strong foundation in semiconductor device physics, digital and analog design, and VLSI design course methodologies, along with system-on-chip technologies. The curriculum covers key areas such as low-power design, nano-scale devices, and VLSI testing, along with hands-on experience in Verilog HDL and simulation labs. With a balanced mix of theoretical knowledge and practical applications, the program prepares students for advanced roles in the semiconductor and electronics industry. The final semester focuses on research and dissertation work, allowing students to apply their learning to real-world challenges in MTech in VLSI design and development.

Commencement Date: 5th July (Saturday)
Campus Immersion Opportunity: One week per year
Alumni Status: Earn IIIT Sri City alumni status upon completion, with access to the Alumni Portal and exclusive networking opportunities

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Course Eligibility:

Applicants should have a B.Tech / BE /BS/ M.Tech / MSc (4 semester program) / MCA (4-semester program) / MS Degree (min. 4 semester) / equivalent degree in the relevant discipline with at least 55% marks or 5.5/10 CPI. In the case of the candidate belonging to SC, ST, or Persons with Disability (PwD) category, this is relaxed to 50% or equivalent 5.0 CGPA/CPI
For MCA/MSC passed graduates, the percentage score of MCA/MSC would be considered. For BE/BTech Engineering graduates without PG specialization, the percentage score of the undergraduate degree would be considered. For a post-graduation in the Engineering field of study,
PG score qualification can be considered.
GATE is not mandatory.
Selection process will be scheduled post-counseling & application process, depending on the number of eligible applications as per seat availability for the program. This entire process will be online.
Candidates who do not meet the minimum CGPA or percentage requirement, can still be considered if they provide relevant work experience in the technical field.

Key Benefits of Online MTech in VLSI

Comprehensive Curriculum

Covers core VLSI subjects, including digital and analog design, low-power techniques, and system-on-chip.

Hands-on Learning

Practical exposure through Verilog HDL, simulation labs, and real-world applications, making it an ideal online VLSI course.

Industry-Relevant Skills

Focuses on nano-scale devices, mixed-signal circuit design, and VLSI testing to align with semiconductor industry demands, ensuring strong career prospects for graduates of MTech in VLSI.

Research-Oriented Approach

Includes a dedicated dissertation semester for in-depth study and innovation in VLSI design.

Flexible Online Mode

Enables working professionals and students to upskill
without disrupting their schedules through an Online VLSI Course.

Program Objectives:

To provide a solid foundation in semiconductor physics and VLSI design principles.
To develop expertise in digital and analog VLSI circuit design and system-on-chip technology.
To equip students with knowledge of low-power VLSI design and nano-scale devices.
To enhance problem-solving skills through simulation labs and practical applications.
To enable research and innovation through dissertation work in advanced VLSI topics.

Program Highlights:

Earn a Prestigious MTech Degree from IIIT Sri City
Gain Expertise in Digital & Analog VLSI Design
Hands-on Learning with Verilog HDL & Simulation Labs
Learn from Experienced Faculty & Industry Experts
Research-Oriented Curriculum with Dissertation Focus
Flexible Online Learning for Working Professionals
IIIT Sri City Alumni Status

Program Outcome:

Gain in-depth knowledge of semiconductor devices and their role in VLSI technology.
Develop proficiency in designing and simulating digital and analog circuits, a key focus of an online VLSI course.
Apply low-power design techniques to optimize system performance and efficiency.
Demonstrate the ability to test and ensure the reliability of VLSI systems.
Conduct independent research and contribute to advancements in VLSI design, reinforcing the expertise gained through the MTech in VLSI program.

Program Structure

Semiconductor Device Physics Semiconductor properties and Band structure Diode Modeling MOS Modeling Quantum Physics Aspects of Device Modeling Introduction to Quantum Effect Device Modeling Nanoscale Transistors	VLSI Technology Introduction to VLSI technology Oxidation Diffusion and ion-implantation Epitaxy and thin film deposition Etching Lithography
Digital VLSI Circuit Design Review of MOSFET operation CMOS inverter Combinational logic Sequential logic Memories and array structures Timing fundamentals	Verilog HDL Overview of Digital Design with Verilog HDL and Concepts Gate-Level Modeling Dataflow Modeling Behavioral Modeling Structural Modeling Timing Delays and Switch-Level Modeling

Analog VLSI Design Analog & Mixed-Signal VLSI Single stage amplifiers Current Mirrors and Biasing Techniques Frequency Response of Amplifiers Feedback Operational Amplifiers	Low Power VLSI Design Introduction Simulation Power Analysis Near-threshold digital CMOS circuits Low Power Design Circuit Level Low Power Architecture & Systems Low power Clock Distribution
System on Chip Introduction to System on Chip (SoC) Digital Logic & On-Chip Communication for SoCs Embedded Processors and Microcontroller Architectures in SoC Memory Systems and Storage Hardware/Software Co-design SoC Design Tools	VLSI System Design Minimization and Transformation of Sequential Machines Digital Design using PLD Introduction to Static Timing Analysis Introduction to Placement and Routing Memory Units Design Abstraction

Mixed Signal Circuit Design Signals, Filters and Tools Sampling and Aliasing Analog Filters Digital Filters Data Convertor SNR Data Converters	Nano Scale Devices Quantum Transport & Carrier Dynamics MOSFETs & Bipolar Devices Nanoscale MOSFETs & Ballistics MOSFETs with Scattering Effects Nanowire & Carbon Nanotube FETs Molecular & Single Electron Transistors
VLSI Testing and Testability Fundamentals of Testing & Faults Fault Modeling & Test Patterns Combinational Circuit Fault Diagnosis Sequential Circuit Testing & BIST Memory Faults & Testing Techniques PLA Design & Fault Testing	Seminar

Dissertation

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Tools

Logos	Name of the Tool/Hardware	Application
	Synopsys HSPICE	Used for digital/analog circuit simulation and verification of IC designs.
	Xilinx Vivado Design Suite	Applied for designing, synthesizing, and implementing digital systems on FPGAs.
	ZedBoard Zynq-7000 FPGA Development Board	Used for prototyping and developing ARM-based designs with FPGA integration.
	Cadence University Program Bundle	Utilized in VLSI design, simulation, and verification in full design flow.
	Sentaurus TCAD for Device Simulations	Used for simulating semiconductor devices, focusing on physical behavior and process technology analysis.

Exam & Assessment Structure

The M.Tech online program in VLSI follows a structured evaluation system with mid-semester and end-semester exams assessing theoretical concepts. Continuous assessments, including lab work, assignments, projects, and quizzes, ensure ongoing evaluation aligned with course requirements.

Exam Type	Focus Areas
Mid-Sem Exam	Basic VLSI concepts: Digital circuit design, semiconductor physics, logic design etc.
End-Sem Exam	Advanced topics: System-on-chip design, signal processing, analog VLSI circuits etc.
Continuous Assessments	Practical lab sessions, assignments, mini-projects, term paper, design-based tasks etc.

This proposed examination structure ensures that students are thoroughly assessed on both their theoretical knowledge and their ability to apply these concepts in real-world scenarios.

Exam Type	Focus Areas
Mid Semester Exam – 30%	(MCQs + Fill in the Blanks + Descriptive Questions)
End Semester Exam – 40%	(MCQs + Fill in the Blanks + Descriptive Questions)
Continuous Evaluation -30%	(To be decided by faculty course wise)

Fee Structure

Semester	Instalment 1	Instalment 2	Optional Campus Immersion	Optional Alumni Fee	Total
Sem 1	40000	25000+2000	–		67000
Sem 2	40000	25000	Actuals		65000
Sem 3	40000	25000		6000	65000
Sem 4	40000	25000	Actuals		65000
Total	160000	102000	–	6000	262000

Cancellation & Fee Refund Policy:

Application Fee – Rs 5000 (Non-refundable)

Course Fee Refund:

A refund of 80% of the paid course fee will be issued if a request is raised before the Batch commencement date.
No refund will be provided on or after the batch commencement date.

Admission Process

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Program Coordinator

Dr Ramesh Kumar

VLSI Faculty Coordinator

Dr. Venkataraman’s research interests encompass networking and communication aspects for smart cities, cellular to WiFi integration, small cells, cloud radio access networks (C-RAN), vehicular communication and networks, and analytics-based recommender systems. He leads the Smart Transportation Research Group at IIIT Sri City, focusing on areas such as multihop vehicular communication, advanced driver-assistance systems (ADAS), and underwater autonomous vehicles.
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Throughout his career, Dr. Venkataraman has held various academic and industry positions, including roles as a Technical Architect at Tech Mahindra’s CTO Office in Pune, Visiting Assistant Professor at IIT Indore, and Research Fellow at the RINCE Research Institute, Dublin City University, Ireland. He has also been a visiting professor at institutions such as TU Munich, DHBW Heidenheim, and the University of Applied Sciences in Bonn, Germany.

In addition to his academic and research contributions, Dr. Venkataraman has been actively involved in administrative roles at IIIT Sri City, including serving as the Faculty Co-in-Charge for Campus Placements in the Electronics and Communication Engineering (ECE) department.

Frequently Asked Questions(FAQ’s)

The MTech in VLSI program equips students with in-depth knowledge of VLSI design, semiconductor technologies, and system-on-chip architectures. It is designed for those looking to advance in microelectronics, chip design, and embedded systems.

Applicants need a relevant B.Tech/BE/BS/M.Tech/MSc/MCA/MS (4 semesters) or equivalent degree with at least 55% marks (50% for SC/ST/PwD). GATE is not mandatory, and work experience may be considered for those with lower scores. The selection process is online and based on seat availability. Refer to the full eligibility criteria for a smooth admission process.

Graduates from IIIT Sri City’s Executive MTech courses can pursue high-demand roles, such as:

VLSI Design Engineers
Chip Design & Verification Engineers
SoC Architects & Embedded Systems Engineers
Nanoelectronics & Semiconductor Specialists

This online VLSI course offers a flexible learning structure with live interactive sessions and recorded lectures, making it ideal for working professionals looking to upskill.

Yes, upon successful completion, students will receive a postgraduate degree in MTech in VLSI, certifying their expertise in VLSI design, semiconductor technologies, and system-on-chip architectures.

admission@iiitsricityonline.com

04049170726