ANNOUNCEMENTS
NIST UNIVERSITY
Institute Park, Berhampur, Odisha-761008, India
 (1)-Photoroom.png "For engineering and management programs")
Inside perhaps one of the greenest campuses in India, NIST academic buildings house most of the classrooms, science labs, and various faculty offices and all of them are well connected through fiber optics for uninterrupted network service. The academic buildings on the green campus are where faculty and students come together to exchange ideas, explore concepts and brainstorm. Each one of the buildings has individual faculty rooms related to particular departments and high end labs.
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.
GALLERIA is a four-storied architectural marvel of over 100,000 sq.ft. It is one of our new additions. Galleria is one of its kind with 12 lecture halls and a 250-seat auditorium. The prestigious High-performance computing lab and the IBM Centre for Excellence are housed in this building. The NIST Technology Consultancy Services (NTCS) - the one-stop-shop for all our technology related issues - occupies a pride of place in the building.
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.
ATRIUM is the latest addition to our building infrastructure. This building houses the maximum number of classrooms in the campus amounting to 25, 11 laboratories including the Chemistry, Physics, Engineering drawing, C-lab, Language lab, etc., and 13 faculty rooms. The Student Activities Center is also located here. The NIST Business School with its own well-equipped library is also nestled in this sprawling building is a reflection of our tastes and ideas in embracing ultramodern architecture and latest technologies in our own classrooms and laboratories to impart quality education.
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.
The core building is the center of research and excellence.This new five-story building has
state of the art Research labs and the best
equipment. Each room has data and power ports and most of the labs are outfitted with individual
workstations.
The campus also houses a Workshop, Advanced Research Center, Entrepreneurship Development Center,
Facility
Center, Generator Room, Transport Office, Yoga Center,
Gymnasium and other amenities such as book shop, photocopy center and an ATM counter. The 600-seated
in-campus boys hostel is replete with all modern amenities.
The on-campus girls hostel houses about 500 students. A semi-Olympic sized swimming pool has been
added to
the sports infrastructure. Work on an indoor stadium and a
Staff-cum-faculty residential complex is in the pipeline.
The laboratories of each and every department provide state-of-the-art facilities and are amongst the most up-to-date and best equipped. The laboratories house a wide range of facilities available for research, teaching and consultancy. It provides students the opportunity to gain hands-on experience with the knowledge they are learning in the classroom. Student involvement in research and the mentoring of individual students by members of the faculty are as important to our program as classroom teaching.
The Center of Research Excellence at NIST serves as a hub for advanced innovation, interdisciplinary research, and academic excellence. Equipped with cutting-edge tools and technologies, the center supports high-impact research, industry collaboration, and knowledge creation across diverse domains. It fosters a culture of curiosity and critical thinking, encouraging students and faculty to explore real-world challenges through research-driven solutions. Mentorship, collaborative projects, and access to expert resources make it a vital part of the institution’s academic and research ecosystem.
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.
A hub for innovation, the Renewable Energy Lab focuses on research, testing, and education in sustainable energy technologies-driving the shift from fossil fuels to clean, renewable sources. Core Focus Areas:
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:
Multimedia Lab specializes in 3D modeling, environment creation, animation, game development, AR, VR, Photoshop, and video editing, bringing creativity and technology together. We design detailed 3D assets and immersive environments for games, animations, and simulations. Our animation and video editing expertise helps create compelling visual narratives. Using Unreal Engine and Unity, we develop interactive games with engaging mechanics. In AR and VR, we craft immersive experiences for education, training, and entertainment. Additionally, we utilize Photoshop for graphic design and concept art. With innovation at our core, we strive to deliver high-quality digital content across various platforms.
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.
The Centre for Drone Applications is a dedicated research and development hub focused on the advancement of drone
technology and its wide-ranging applications. It aims to drive innovation in unmanned aerial systems by exploring
cutting-edge solutions across sectors such as Surveying, agriculture, surveillance, disaster management, environmental
monitoring, and logistics. Through interdisciplinary research, prototyping, and real-world testing, the centre fosters
technological progress and supports the integration of drones into various industry and societal domains.
At NIST, the Drone Lab serves as a hub for innovation in aerial technology and intelligent systems. Equipped with
advanced drones, vision sensors, and computing tools, the lab enables students to explore real-time image processing,
object tracking, autonomous navigation, and AI-powered vision applications.
This interdisciplinary space encourages hands-on learning, research, and experimentation-empowering students to design
future-ready solutions in surveillance, agriculture, mapping, and more.
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.
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:
The Internet of Things (IoT) Center for Research and Excellence (CRE) at NIST University serves as a dynamic hub for
innovation, interdisciplinary collaboration, and advanced research in the rapidly evolving field of IoT. Focused on
integrating smart technologies into real-world applications, the IoT CRE brings together faculty, students, and industry
partners to explore solutions in areas such as smart cities, healthcare, agriculture, manufacturing, and environmental
monitoring. With state-of-the-art laboratories, prototyping facilities, and data analytics capabilities, the center aims
to drive impactful discoveries while providing hands-on learning experiences for students. By fostering a culture of
research, entrepreneurship, and community engagement, the IoT CRE plays a pivotal role in preparing the next generation
of tech leaders and transforming tomorrow’s connected world.
Use Case: Water Quality Monitoring system using LoRa, 4G and ThingSpwak Cloud
The Global Innovation Center at NIST is a hub for creativity, entrepreneurship, and cutting-edge research. Designed to nurture breakthrough ideas, it offers world-class infrastructure and resources to students and faculty across disciplines. The center fosters a culture of innovation by encouraging collaboration, experimentation, and problem-solving. From developing prototypes to launching start-ups, it provides a dynamic environment where academic learning meets real-world application. Faculty mentorship, interdisciplinary projects, and global exposure empower students to become future-ready innovators and leaders.
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.
This is a state-of-the-art research facility dedicated to the design, fabrication, and analysis of next-generation
electronic and optoelectronic devices. Equipped with advanced tools such as RF sputtering, metallization units, solar
simulators, device characterization systems, and scanning tunneling microscopy (STM), the lab supports cutting-edge
research in semiconductor and materials science.
Key focus areas include the development of MOS and MIM capacitors, photovoltaic cells, polymer-based sensors, and other
innovative material-based devices. The lab enables complete end-to-end prototyping-from thin film deposition and device
fabrication to electrical and optical characterization.
Research outcomes from the lab have led to numerous publications in reputed journals, conference presentations, and
filed patents. Many students mentored in this lab have successfully secured fully funded MS and PhD positions in top
global universities, highlighting the lab’s strong emphasis on academic excellence and global research engagement.
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:
The Biotechnology Global Innovation Center (GIC) has a special focus on Marine Biotechnology to leverage the marine biodiversity of 414 km of Odisha coastal belt. In addition to state of art laboratories in Molecular Biotechnology, the Biotechnology GIC is expected to leverage diverse resources and expertise of various labs, research, and innovation at NIST University (e.g., Bio-Informatics, Sensor Technology, IoT, AI in the medical vertical). The GIC eventually will enable and support biotechnology firms along the eastern corridor of India. The Biotechnology GIC is involved in:
The campus boasts multiple well-constructed hostel blocks for both boys and girls, with a combined capacity
to accommodate 2,000 students. Each hostel is equipped with a dedicated mess, an administrative office, a
hostel superintendent, and individual caretakers to ensure smooth management and student welfare. The
hostels offer fully furnished rooms complemented by modern facilities, including free high-speed Wi-Fi, A/C,
Washing Machine, a medical center, and amenities for sports, recreation, and entertainment.
The hostel mess provides fresh, hygienic meals, catering to diverse dietary preferences. Beyond
accommodation, the hostels foster a vibrant community by organizing various extracurricular and cultural
activities, ensuring a well-rounded experience for students.
Here are the names of the hostels on campus:
NISTians do freak out! Sports and entertainment are a major part of the curriculum at NIST. We lay special focus on the students' overall progress and growth with a strong emphasis on sports and extra-curricular activities. The college organizes various inter-college competitions. Cultural events are held during college festivals. The NIST-ISTE chapter holds a three-day All-India event called "SANKALP" each year comprising more than 25 technical and cultural programs. A special event called WAVE, held every year, highlights the cultural talent of our incoming batch. "Waves" is a smash-hit with students. It is replete with dances, debates, skits, mono-acting, just-a-minute sessions, painting, cartooning, tattoo-making, dumb charades, antakshari, rapid-fire quiz and multi-cultural fashion parade. Students also put up their own food and games stalls. "Waves", therefore, is total fun.
NIST offers a robust transport system to ensure seamless connectivity for students and staff.
With a fleet of 18 well-maintained buses, 6 Cars and a dedicated team of approximately 50
transport staff, the service is designed to provide safe, reliable, and convenient travel
options. The transport services cover key areas, including Berhampur, Gopalpur, Chikiti and
other nearby localities. Buses operate round the clock and at regular intervals, accommodating
academic schedules, extracurricular activities, and personal commuting needs.
Additionally, the university transport department ensures punctuality and safety, with
experienced drivers and support staff overseeing operations. Regular maintenance and safety
checks are conducted to uphold high standards of service. This facility underscores the
university's commitment to fostering a connected and accessible campus environment.
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.
The university provides comprehensive 24-hour medical services through a well-equipped
dispensary located on campus. Staffed by experienced healthcare professionals, the facility
ensures prompt medical assistance at any time, day or night. The dispensary is equipped to
handle routine health concerns as well as emergencies, with services such as general
consultations, basic diagnostic tests, and first aid readily available. In addition, the
dispensary is supported by a fully functional ambulance service for swift transportation in
critical situations, ensuring that students and staff receive timely care.
Regular health check-ups, vaccination drives, and wellness programs are also organized to
promote a healthy campus environment. With a focus on accessibility and care, the on-campus
medical facility is a vital support system, ensuring the well-being and safety of the university
community.
