LNMIIT Centre for VLSI and Embedded System Design (C-VESD) - The LNM Institute of Information Technology

Centre for VLSI and Embedded System Design (C-VESD)

About C-VESD

VLSI and Embedded systems are paramount as the global demand for smarter, faster, and more efficient technologies continues to grow with the VLSI technology advancement. These technologies power many modern innovations, such as smartphones, IoT devices, medical equipment, and autonomous systems, to name a few. The electronics and computing industries are rapidly evolving, with VLSI and embedded systems at the core of developing next-generation devices and solutions that drive technological advancements.

Establishing the LNMIIT Centre for VLSI and Embedded System Design (C-VESD) is a strategic initiative that aligns closely with LNMIIT’s academic and research objectives. By focusing on cutting-edge research, skill development, and industry collaboration in these critical fields, the Centre aims to position LNMIIT as a leading semiconductor and embedded systems Centre. Furthermore, the Centre will provide students and researchers with hands-on experience and foster innovation, ensuring that LNMIIT contributes significantly to India’s growing semiconductor and electronics sector.

Vision and Mission

Vision

To be a global leader in fostering innovation, research, and education in the fields of Very-Large-Scale Integration (VLSI) and embedded systems, aligning with the India Semiconductor Mission, and empowering individuals and industries to shape the future of semiconductor technology in India.

Mission

To develop energy-efficient and scalable VLSI and embedded system solutions that address global challenges such as sustainability, health, and environmental monitoring.
To provide hands-on training to students and researchers, equipping them with industry-relevant skills and knowledge in semiconductor technology and embedded system design.
To establish strong partnerships with industry to facilitate the development and commercialization of innovative solutions, bridging the gap between academic research and real-world applications.

Objectives

To provide state-of-the-art training and hands-on experience in VLSI and embedded systems domain.
To conduct research and development activities in collaboration with leading academic institutions, research organizations, and industry.
To promote innovation and entrepreneurship in the field of VLSI and embedded system design to students and faculty members.
To develop skilled professionals ready to contribute to the semiconductor and embedded systems industry in the alignment of India Semiconductor Mission (ISM).
To offer consulting services to industry partners in the areas of VLSI and embedded system design.
To promote research publications and generate intellectual property.

Strategic Importance

Contribution to national and international projects, driving innovation and technological advancements in VLSI and embedded systems.
Potential to attract substantial government and industry funding, fostering growth and expansion in cutting-edge research and development.
Supporting India’s initiatives for semiconductor self-reliance, aligning with the India Semiconductor Mission (ISM), and contributing to the country’s global leadership in the semiconductor and embedded systems industries.

Research Focus Areas

Low-Power VLSI Design
Analog and Mixed-Signal VLSI Design
Digital VLSI Design and Architectures
Reconfigurable Computing and FPGA Design
System-on-Chip (SoC) Design
VLSI Testing and Verification
Emerging Semiconductor Technologies in VLSI such as wide bandgap semiconductors (e.g., GaN, SiC), Tunnel FETs, and FinFETs
Memory Design, Physical Design and EDA Tools
Neuromorphic Computing and VLSI for AI/ML
Security in VLSI Design

IoT applications
Embedded AI
Biomedical device development
PCB prototyping/ fabrication
Computational devices design using CPLDs, FPGAs, SoCs, Microcontroller etc.

Flexible electronics
RFIC design
Photonics
MEMS
Sensors
Robotics
Battery Management Systems

Infrastructure and Labs

Software: Equipped with industry-standard tools like CADENCE, Vivado, Vivado (AI/ML), Mentor Graphics.
Hardware: NEXYS 4 DDR Board, FPGA Development kit, Zybo Board, Xillinx Kintex Ultrascale FPGA Board, PYNQ Z2 Board, BASYS 3 FPGA Board, PYNQ -ZU FPGA Board

8085 Microprocessor Trainer Kit, 8155 Simple Programmable Interface, Analog System Design Kit, Embedded Artists LPC 4088 Experiment Base with Quick Start Board, PIC Microcontroller Kit with GLCD 128X64, BASYS-3 Artix-7 FPGA Board, 8051 Development Board with USB Programmer, Segger 8.08.09 J-Link-EDU, Intel Galileo Kit, Zed Board, Raspberry Pi 400 Kit, BBC Micro Bit V2 Go Kit, DC Power Supply Make HTC DC 3003-II