M.Tech VLSI – Adichunchanagiri University

Adichunchanagiri University

M.Tech VLSI Design &
Embedded Systems

Specialised postgraduate programme in chip design, SoC architecture, and embedded system development for next-generation hardware innovation.

◆About the Programme

VLSI Circuit DesignFull-custom and semi-custom IC design using industry-standard EDA tools

Embedded SystemsARM/RISC-V microcontroller programming and real-time operating systems

Signal ProcessingDSP algorithms, image processing, and adaptive filter design

SoC ArchitectureSystem-on-Chip design, FPGA prototyping, and hardware-software co-design

ASIC VerificationFunctional verification using SystemVerilog, UVM, and formal methods

Expert FacultyPhD-qualified faculty with VLSI industry and research experience

Industry LabsCadence, Xilinx, and Mentor Graphics EDA tool suites on campus

Research OutputConference papers, journal publications, and patent filings in VLSI

◆Course Details & Eligibility

ProgrammeM.Tech VLSI Design & Embedded Systems

Duration2 Years (4 Semesters)

Annual Intake18 Students

EligibilityB.E./B.Tech ECE/EEE/CSE · 50%

AccreditationNAAC A+ · AICTE Approved

ModeFull-time · Regular

Eligibility Criteria

B.E./B.Tech in ECE, EEE, CSE, or allied branches from a recognised university with minimum 50% aggregate
45% aggregate for SC/ST/OBC candidates as per regulatory norms
Valid GATE score preferred; university entrance test for non-GATE candidates
Final-year UG students may apply provisionally

◆Research Areas

VLSI Circuit Design

Full-custom and semi-custom IC design, layout optimisation, and low-power design methodologies.

CMOSLayoutLow-Power

FPGA & SoC Architecture

Reconfigurable computing on Xilinx/Altera FPGAs, System-on-Chip prototyping, and IP core integration.

FPGASoCIP Cores

Embedded Systems

ARM/RISC-V microcontroller programming, RTOS development, and IoT-embedded applications.

ARMRTOSIoT

Digital Signal Processing

Adaptive filtering, image/video processing, speech recognition, and DSP algorithm hardware implementation.

DSPImage Proc.Filters

ASIC Design & Verification

RTL design, synthesis, physical design, and functional verification using UVM/SystemVerilog.

RTLUVMSynthesis

Wireless Communication

RF circuit design, antenna systems, 5G/LTE protocols, and wireless sensor network architectures.

RF5GAntenna

From silicon to system — our VLSI programme bridges the gap between chip-level innovation and real-world embedded applications.

Department of Electronics & Communication Engineering, BGSIT

◆Vision & Mission

Vision

To be a premier centre for VLSI and embedded systems education, producing innovators who drive semiconductor technology advancement.

Mission

Deliver advanced VLSI education through hands-on design and fabrication experience
Foster industry partnerships with semiconductor companies for collaborative research
Develop competent engineers capable of contributing to the global chip design ecosystem

Programme Educational Objectives

1Develop expertise in VLSI design methodologies and embedded system architectures for complex IC development.

2Enable research contributions through publications and patents in semiconductor and embedded system domains.

3Prepare professionals for leadership roles in the global semiconductor industry and VLSI research organisations.

4Instil professional ethics and commitment to sustainable technological innovation.

◆Faculty Roster

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◆Curriculum & Syllabus

M.Tech VLSI SchemeACU Scheme · 4 SemestersDownload PDF

Elective CoursesSpecialisation · Sem 3–4Download PDF

Dissertation GuideResearch Project · Sem 4Download PDF

◆Career Opportunities

VLSI Design Engineer

Embedded Systems Engineer

ASIC Verification Engineer

FPGA Developer

Chip Architect

Signal Processing Engineer

Hardware Engineer

SoC Designer

Test Engineer

IoT Solutions Architect

RF Engineer

PhD Scholar

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