LECTURE Hall Complex (LHC)

LECTURE Hall Complex (LHC) is a five-floored building of over 60,000 sq.ft. Furnished with all modern amenities, it houses a lot of our classrooms and our electronics, machines and computer science laboratories. It also houses the server room and the administrative section.

OCTAGON

OCTAGON is a multi-storeyed, multipurpose masterpiece. The structure echoes our strife to meet corporate standards in every little thing we do. Octagon houses a modern Computer Center, an Internet Room, a computerized Library, 2 faculty rooms, 5 classrooms, and a Cafeteria that can seat over 150 people at a time.

TIFAC

TIFAC The National Institute of Science and technology has been selected on 22 December, 2009, by TIFAC to set up a Centre of Excellence in 3G/4G Communication Technologies, sponsored by the Department of Science and Technology, Govt. of India. TIFAC CORE building, therefore, is the most prestigious feather in our cap. With specialized laboratories equipped with the state-of-the-art equipment and facilities, the building is home to labs like VLSI, Antenna Fabrication, Device Fabrication, Embedded Systems, Nano-technology, Optical communication, and NI Lab View. Apart from these, the building also has 2 seminar halls, 4 classrooms, a conference room, a JRF room and a trainers' room.

ELECTRIC VEHICLE LAB

To support India’s growing EV sector and address the skill gap, the Department of Mechanical Engineering at NIST University has established a state-of-the-art Electric Vehicle Laboratory. This initiative aims to equip students and professionals with hands-on skills aligned with industry needs, promoting green mobility and better job opportunities. The lab features a custom-built 6-seater electric vehicle powered by a 1500W, 48V DC motor, 15-AMP fast charger, and lead-acid battery. It has a direct-drive transmission, 550 kg load capacity, 70 km mileage (on track), and a top speed of 25 kmph. Designed using CREO Parametric and tested with ANSYS for structural safety, the EV includes key assemblies like the conventional frame, drive motor, transmission, suspension, steering, and braking systems. Electrical components such as LED lights, digital meter, DC-DC converter, and indicators are also integrated. This hands-on project reflects NIST’s commitment to innovation, sustainability, and industry-ready training.

ROBOTICS LAB

From a simple command to a button press-robots are reshaping our world. At NIST, the Robotics Lab is at the forefront of this transformation, blending innovation with intelligence to elevate learning through technology. It is an inter-departmental student club comprising 25 members from Electronics, Mechanical, Computer Science, and Design, guided by Dr. Aswini Kumar Khuntia (Mechanical Engineering). We foster hands-on learning, innovation, and collaboration-shaping the tech leaders of tomorrow. Recent Innovations from the Lab:

• Wi-Fi Controlled Wireless Robot
• Line Follower Robot
• Voice-Activated Robot
• Human-Following Robot
• Obstacle-Avoiding Robot
• Gesture-Controlled Robot
• Fully Autonomous Robot

DATA ANALYTICS (AI/ML) LAB

The Data Analytics Lab at NIST University is a hub for innovation in Artificial Intelligence and Machine Learning. Designed to empower students with cutting-edge skills, the lab supports hands-on learning in data analysis, predictive modelling, deep learning, and AI-driven solutions. Equipped with modern tools and guided by expert faculty, the lab fosters research, real-world project development, and interdisciplinary collaboration-preparing students for the future of data-driven decision-making.

COMPUTER VISION LAB

The Computer Vision Lab is a cutting-edge research facility dedicated to developing intelligent systems that can interpret and understand visual data. Positioned at the intersection of computer science and engineering, the lab focuses on creating advanced computer vision algorithms using techniques like image processing, object detection, 3D reconstruction, motion tracking, and semantic segmentation. Through deep learning and neural networks, the lab enables machines to replicate and enhance human visual perception. Equipped with high-speed cameras, depth sensors, and GPU clusters, the lab supports real-time visual computing for applications across healthcare, automation, surveillance, and augmented reality. From facial recognition to real-time object tracking, the lab's research contributes to innovations in AI-powered visual intelligence. It also promotes collaborative research involving students, faculty, and industry partners, translating academic insights into impactful real-world solutions.

HIGH-PERFORMANCE COMPUTING LAB

The High-Performance Computing (HPC) Facility is a cutting-edge research environment designed to empower advanced simulations, data-intensive research, and academic innovation. Equipped with a powerful cluster of Dell PowerEdge servers and 20 high-end desktop workstations, the lab enables high-speed parallel and distributed computing for researchers, faculty, and students alike.
The HPC infrastructure is optimized using CentOS-based cluster management and supports GPU-accelerated computing powered by the Kepler architecture. It integrates robust technologies such as Message Passing Interface (MPI) to efficiently handle complex computational tasks across multiple nodes.
Core Capabilities:

• Efficient parallel and distributed computing
• GPU-accelerated simulation capabilities
• Wide-ranging applications in AI, bioinformatics, computational fluid dynamics (CFD), big data analytics, and cybersecurity

Key Projects & Applications:

• AI-driven solutions for medical diagnosis
• Advanced DNA sequencing and genomic data analysis
• Simulation models for weather forecasting and disaster management
• Intelligent systems for real-time traffic monitoring and surveillance

5G AND FUTURE COMMUNICATION

The NIST University’s 5G and Future Communication Global Innovation Centre (GIC) aims to foster technological research and innovation in the areas of 5G/6G and future communication with global collaboration leading to productization and deployment in actual field in solving customer business issue and challenges. The key is applied research and solutions to customer problems in the communication domain using advanced and future-proof technology. It stands as a stimulus of creativity, collaboration, and technological advancement in the interconnected world.
As we navigate an era defined by rapid technological changes and complex global challenges, the NIST University’s “5G and Future Communication GIC” is dedicated to multiple dimensions of innovation like Private Wireless Network (PWN) using 5G/6G, Softwarisation of Networks leveraging Open Sources, Open Radio Access Networks (ORAN), , Networking software and systems architecture, Network of networks, Cyber security for Communication and associate Future Services (ecommerce, Multi Access Edge Compute (MEC), AI, IoT, Cloud and distributed compute etc.), It aims to leverage spectrum innovation to drive improved throughput, availability and reliability with greater reach. The 5G Global Innovation Center (GIC) is expected to be a pioneering hub dedicated to advancing 5G/6G technology and fostering innovation in next-generation wireless communication. It is established to bridge the gap between research, industry, and academia with solutions to real-world problems shaping the future of connectivity.

ARTIFICIAL INTELLIGENCE

The use of Artificial Intelligence (AI) is integrated into the work-life culture at NIST University. AI has been extensively used now at the University from content creation, AI chatbots, translation service, advertising, and marketing to social media branding. NIST University has private cloud infrastructure, hardware, and software tools in support of state-of-the-art laboratories for research and innovation in AI and ML. We are now working with multiple industries (e.g., www.saclit.in) collaboratively in this area to transform innovation into commercialization/productization. The key objective is to bring innovation in various focus areas to real-life products in collaboration with various industries. The areas of focus are:

• Healthcare (Predictive health care)
• Industries (Manufacturing focused)
• Transportation (Autonomous vehicles)
• Warfare (Defense applications)
• Education

The work at NIST University in collaboration with companies has the potential for having niche AI companies/startups developing products at NISTU incubation centers and moving to a large-scale product center in Odisha.

AMBULANCE

The university is equipped with a dedicated ambulance service to ensure the safety and well-being of its community, especially during emergencies. With two fully functional ambulances available 24/7, the campus is prepared to handle urgent medical situations promptly and efficiently. Each ambulance is staffed by trained drivers who work on a shift basis, ensuring round-the-clock availability. The vehicles are equipped with essential medical supplies and are ready to transport patients to nearby hospitals or advanced care centers if required.

This reliable service underscores the university's commitment to prioritizing the health and safety of its students, faculty, and staff, offering peace of mind and rapid response during critical times.