ANNOUNCEMENTS
NIST UNIVERSITY
Institute Park, Berhampur, Odisha-761008, India
The Department of Mechanical Engineering was established in 2012 with an initial intake of 60 students, with the aim of contributing a skilled workforce of mechanical engineers to meet national demands. Admissions are conducted through a merit-based counseling process, considering the national-level JEE rankings of applicants. Currently, the department accommodates 30 students. The department boasts a dedicated team of 12 faculty members, the majority of whom are alumni of prestigious institutions such as IITs, NITs, and other renowned universities across India.
The Department of Mechanical Engineering aspires to achieve national recognition for excellence in education and research. Our goal is to provide a robust learning environment grounded in core mechanical engineering principles while addressing critical societal challenges. We are committed to preparing students for diverse and rewarding careers by equipping them with the skills and knowledge needed to navigate future challenges.
M1:To deliver high-quality education that enhances students’ technical competencies and practical knowledge in mechanical engineering applications.
M2:To foster active collaboration in academic research and consultancy with industry partners, promoting innovation and real-world problem-solving.
M3:To establish and maintain state-of-the-art research facilities that facilitate knowledge creation and dissemination, engaging both students and faculty in cutting-edge advancements.
PEO-1: Technical Knowledge and Competency
Graduates of Mechanical Engineering will possess a solid foundation in technical knowledge, enabling them to build core competencies in specialized fields such as Design, Thermal Engineering, Production, Industrial Engineering, and related domains. They will effectively apply modern software tools to enhance their expertise and remain committed to continuous learning throughout their careers.
PEO-2: Skill Development
Mechanical Engineering graduates will demonstrate strong communication, leadership, teamwork, and decision-making abilities. They will develop problem-solving, software proficiency, and creative thinking skills, equipping them to address contemporary challenges and contribute meaningfully to their professional and personal growth.
PEO-3: Holistic Personality Development
Graduates will cultivate a well-rounded personality, enhanced by their technical and interpersonal skills. Their ability to apply engineering knowledge to develop innovative solutions for societal needs will distinguish them as responsible and resourceful professionals, ready to excel in diverse fields.
The department enhances learning through additional lab sessions and supports extracurricular activities such as:
Students participate in workshops and national-level competitions to expand their knowledge and skills.
The department offers summer training programs focusing on:
The Structural Engineering Laboratory The Mechanical Measurement Lab equips students with the knowledge of accurate and precise measurement techniques. Through practical sessions, students measure various physical quantities such as mass, temperature, pressure, stress, and strain using advanced instruments. This expertise is vital for engineers involved in precision equipment manufacturing and maintenance, ensuring accurate calibration and control of machinery like industrial cranes and robotic systems.
From thermos flasks that maintain beverage temperature to cryo-chambers used in organ transplants, the principles of heat transfer are essential in everyday applications. The Heat Transfer Lab provides hands-on experience in analyzing heat transfer through conduction, convection, and radiation. Students explore insulation materials, conduct heat transfer experiments, and develop innovative solutions for minimizing energy loss in practical scenarios.
The Refrigeration & Air Conditioning (RAC) Lab offers students practical knowledge of maintaining controlled temperatures and ensuring air quality. Through experiments, they calculate cooling loads, select appropriate refrigeration systems, and design efficient air conditioning systems. Emphasis is also placed on energy conservation, refrigerant properties, and exploring research opportunities in the field of refrigeration and air conditioning.
The Engineering Thermodynamics Lab provides students with exposure to fundamental concepts applied in steam power plants, automobile engines, and refrigeration systems. Practical experiments involve using refrigeration test rigs, steam power plant models, gear pumps, and air compressors. This foundational knowledge supports advanced studies in gas turbines, internal combustion engines, and thermal systems.
The IC Engines Lab offers comprehensive insight into the working of internal combustion engines, ranging from small 50cc engines to larger 1800cc engines and gas turbines. The lab features both operational and cut-section engines, enabling students to explore engine components and operational dynamics. This hands-on experience prepares them for careers in the automotive and energy sectors.
In the Fluid Mechanics and Hydraulic Machines Lab, students explore fluid properties and analyze fluid motion through continuity, Euler’s, Bernoulli’s, energy, and momentum equations. Practical applications include studying boundary layer behavior and evaluating the performance of hydraulic machines such as pumps and turbines. These concepts are fundamental to industries like water management, energy production, and aerodynamics.
The Basic Manufacturing Process Lab introduces students to conventional manufacturing techniques and processes. They gain hands-on experience in machining, casting, welding, and rolling of ferrous materials. By understanding how raw materials are transformed into final products, students develop essential production skills applicable to various industries.
This lab focuses on understanding the motion and mechanical behavior of machines. Students apply theoretical concepts to analyze mechanisms and study the dynamics of kinematic links. Through practical experiments, they learn to design and evaluate machine components for specific motion requirements, preparing them for roles in machine design and automation.
The Mechanism and Machines Lab offers insights into the dynamic behavior of mechanical control devices. Students work with balancing machines and various mechanical systems to understand the movement and forces within machine components. This practical exposure aids in mastering concepts related to mechanical vibrations, balancing, and stability.
The Strength of Materials Lab provides students with hands-on experience in testing the mechanical properties of ferrous and non-ferrous materials. They conduct experiments to determine material strength, elasticity, and deformation under stress. This understanding is crucial for material selection and structural analysis in engineering applications.
The Research Lab serves as a platform for students and faculty to engage in
innovative research and
explore emerging technologies. Equipped with advanced instruments and tools, the lab supports
interdisciplinary projects that address societal challenges. Through scientific experimentation and
analysis, students contribute to advancements in engineering research and gain practical exposure
to real-world problem-solving.
These well-equipped laboratories ensure that Mechanical Engineering students receive a
comprehensive learning experience, preparing them to excel in academia, research, and industry.
Wind Tunnel Research Laboratory for advanced research and hands-on projects.
Taguchi Approach for optimization and efficient experimentation.
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Research is being given equal importance in addition to academics, in the Department of Mechanical engineering, NIST. The Faculty members of the department carry out both core and interdisciplinary research with other departments of the institute. Broadly there are three research groups in the department which are detailed below:-
Design and Material Characterization Group
Any branch of engineering cannot sustain without proper application of the principles of various
physical sciences.
This is particularly true of Mechanical Engineering. It’s a discipline of engineering that applies not
only the principles
of engineering but also of Physics and Materials Science for the study, analysis, design, development,
construction and maintenance
of mechanical systems and devices manufactured by using heat and mechanical power.
One of the oldest disciplines of Engineering, this branch requires a thorough understanding of core
concepts like Mechanics,
Thermodynamics, Materials Science, Electricity and Structural Analysis. With the help of computer-aided
engineering, mechanical
engineers design and analyze manufacturing plants, medical devices, robotics, industrial equipment and
machinery, transporting systems, heating and cooling systems, etc., which aid in the progression of the
society besides making the lives of people better.
Thanks to their vast knowledge in areas like mechatronics, robotics, nanotechnology and composites,
Mechanical Engineers can dream to pursue careers in a gamut of fields including aeronautics, metallurgy,
petroleum, chemical, electrical, manufacturing, biomedical and biomechanics.
