Research & Development
VLSI research drives the heart of modern technology, enabling smarter, faster, and more efficient semiconductor innovations.
VLSI Research Areas
VLSI research creates efficient chips for AI, IoT, and electronics, advancing low-power design, 3D ICs, and quantum computing.
VLSI research focuses on optimizing chip design and manufacturing processes, enhancing performance, reducing power consumption, and increasing integration density. These advancements power critical applications in artificial intelligence, IoT, and high-performance computing.
Custom VLSI Hardware for Secure Processing
Security in semiconductor design is reinforced with custom-built VLSI circuits. Techniques such as hardware-based encryption, trusted execution environments, and fault-tolerant architectures safeguard critical data from cyber threats.
AI-Driven Semiconductor Manufacturing
Artificial intelligence and machine learning optimize semiconductor fabrication processes, improving yield rates and defect detection. These intelligent automation techniques enable precise chip design and validation.
Embedded Systems Research Areas
Research in embedded systems bridges hardware and software, enabling intelligent, efficient devices for everything from healthcare to autonomous vehicles
The AI-powered Entry and Exit Management System is designed to regulate and streamline access to libraries, ensuring secure, automated, and efficient authentication of users. The system integrates facial recognition, QR code scanning, and RFID (Radio Frequency Identification) for identity verification.
Secure & Efficient Library Access Through Embedded
Efficient access control with FPGA & ASIC accelerators, secure encryption, scalable solutions, and IoT & edge integration for real-time control.
Custom VLSI Hardware for Embedded Security
Efficient access control with FPGA ASIC accelerators, secure encryption, scalable solutions, and IoT edge integration for real-time control.
