The project proposes the renovation of Room G-14, currently a classroom with a seating capacity of over 200 students, into a state-of-the-art seminar hall cum auditorium. This renovated space will support a variety of academic activities, including workshops, lectures, conferences, and interactive sessions, creating an inclusive and dynamic learning environment. This transformation will involve key […]
Upgrading Two Classrooms (NCR 1 and 2) to Smart Classrooms
This proposal seeks to upgrade two large classrooms, each with a seating capacity of over 150 students, into state-of-the-art smart classrooms. The classrooms are already in good condition with proper soundproofing, false ceilings, adequate lighting, and air conditioning. The upgrade will focus on the integration of advanced audio-visual equipment and interactive teaching tools to facilitate […]
Upgrading Furniture in Upgrading NCR-1 and NCR-2 Classrooms to meet students’ requirements.
This proposal focuses on upgrading the furniture and infrastructure in two large classrooms, each with a seating capacity of over 150 students, to ensure enhanced comfort and modern functionality. The proposed upgrades will include: Comfortable chairs with lumbar support, paired with spacious desks designed for long-duration use, and Installation of power plugs at every desk […]
Upgrading the equipment and infrastructure in undergraduate Device Lab
This proposal seeks to transform the existing device lab into a modern Electronic Device and Circuit Laboratory. The upgraded facility will be equipped modern instruments to support experiments and innovation in devices and circuits. It will cater to mainly undergraduate students, facilitating practical, hands-on experience in modern electronic technologies. This is one of the most […]
Establishment of a Cyber-physical Systems Laboratory
The project aims to establish a Cyber-Physical Systems Laboratory to equip students with practical skills in emerging technologies. The lab will feature modules on robotics and automation, AI and big data, cloud computing and cybersecurity, IoT, virtual and augmented reality, blockchain, smart greenhouses, and Industry 4.0. These modules will provide hands-on experience and training in […]
Establishment of a Wireless Networks Simulator
The proposal aims to establish a Wireless Networks Laboratory that allows UG and PG students to design, simulate, analyze, and verify the performance of different wireless network protocols. The laboratory will provide the following several functions including: a) Network modelling – Students can model networks using devices like switches, routers, and nodes, and connect them […]
Establishment of Integrated Testbed for 5G and Beyond
This project aims to design and validate an integrated testbed for advanced wireless communication systems, focusing on 5G and beyond. The testbed will utilize state-of-the-art equipment, including Software-Defined Radios (SDRs), RF units, waveform generators, 5G emulators, and protocol testers, to enable the development and analysis of next-generation communication technologies. The testbed will support end-to-end wireless […]
Establishment of Electrical Characterization Facility for Neuromorphic Devices
This proposal aims to establish an electrical characterization facility to support the experimental validation of a ferroelectric spiking neural network (FSNN) based on Ferroelectric-FETs (Fe-FETs) devices for neuromorphic computing applications. Our team is currently designing normally-on ferroelectric FinFET/MOSFET devices using TCAD tools, with the necessary licenses already in place at the institute. Further, we are […]
Procurement of a Semiconductor Parameter Analyser for Advanced Device Characterization
This project aims to procure a state-of-the-art Semiconductor Parameter Analyser (SPA) equipped with 4 High-Resolution Source Measurement Units (HR-SMUs), 2 Capacitance Measurement Units (CMUs), and 2 Pulse Measure Units (PMUs) to support the growing research needs of the department. The new SPA will enable precise electrical measurements of semiconductor devices, critical for ongoing research in […]
Procurement of Proposal for a Fully Automated 300-mm Wafer Electrical Probe Station
This proposal aims to acquire a fully automated 300-mm wafer electrical probe station to enhance the testing and characterization capabilities of the department. The proposed probe station will include advanced features such as: Compatibility with 300-mm wafers, High-resolution motorized stages for precise positioning and alignment, Integrated thermal chuck for temperature-dependent measurements ranging from -60°C to […]