MIT

Department of Mechanical and
Industrial Engineering

Overview

The Department of Mechanical and Industrial Engineering (MIE) was established in the year 1960 as the Department of Mechanical Engineering. Over the years, the department has become a centre of excellence, providing in-depth technical knowledge and opportunities for innovation and research.?

The department is recognized as a Quality Improvement Program (QIP) minor center by the MoE, Govt. of India, which has boosted the department's research activities.?Innovative teaching methods, industrial collaborations, and state-of-the-art infrastructural facilities are the strengths of the department.?

The department offers a minor specialization in "Design Engineering, Thermal Engineering, Materials Engineering, Manufacturing Engineering, Automation & Robotics, Quality Engineering, and Computer Techniques in Mechanical Engineering" to undergraduate students of B.Tech. Mechanical Engineering. Minor specialization in Electric Vehicle Technology is also offered in collaboration with L&T EduTech.?

Minor specialization in "Industrial Internet of Things (IIoT) and Computer Organization and Coding" is offered to undergraduate students of B.Tech. Industrial Engineering.?The programs offered by the department are accredited by national and international agencies including NBA and IET (UK). It is the largest department in the institute offering the following programs.

Programs

BTech - Mechanical Engineering

BTech Mechanical Engineering (ME) is a four-year undergraduate engineering degree course offered by the Department of Mechanical and Industrial Engineering. This course provides students with the knowledge and skills necessary to design, analyze, manufacture, and maintain mechanical systems. This course offers core subjects such as theory of machines, design of machine elements, materials engineering, manufacturing processes, additive manufacturing, fluid mechanics, thermal engineering, finite element method, etc. along with a wide range of program electives to strengthen the knowledge of the students. With access to state-of-the-art laboratories and high-end softwares, students are equipped to tackle real-world engineering challenges and stay abreast of the latest technological advancements.

BTech - Industrial Engineering

Industrial Engineering (IE) is a dynamic field focused on optimizing processes, improving productivity, and minimizing waste across various industries. With the rise of technologies such as AI, IoT, Industry 4.0, 3D printing, cybersecurity, quality engineering, and systems engineering, IE plays a critical role in enhancing decision-making. Industrial engineers use IoT to monitor systems, collect and analyze data, and identify inefficiencies, ultimately improving performance and reducing costs. They also leverage predictive analytics to forecast trends and recommend operational improvements. As industries adopt technological innovations and sustainable practices, industrial engineering continues to be highly relevant, with growing demand for professionals skilled in process optimization, supply chain management, and data-driven decision-making.

MIT - Deakin University Dual Degree BTech Program in Mechanical Engineering

The department offers a?dual degree program?that allows students to complete two undergraduate degrees in four years. Students begin by enrolling in and successfully completing the first two years of the Bachelor of Technology (BTech) program in the Mechanical stream at the 沙巴体育 Institute of Technology (MIT). Following this, they transfer to Deakin University to complete the remaining two years of the Bachelor of Engineering (Honours) program. Upon successful completion of the program, students graduate with two globally recognized degrees from two leading universities, MIT and Deakin University, enhancing their academic credentials and career prospects.?(Brochure)

MTech - Computer-Aided Analysis and Design

MTech in Computer-Aided Analysis and Design?(CAAD) is a two-year postgraduate specialisation degree course offered by the Department of Mechanical and Industrial Engineering. This program focuses on strengthening the theoretical and practical knowledge of the students in the core areas of design and analysis to address the needs of the real world. This? program aims to (a) Impart core concepts of Mechanical design to solve complex engineering problems of society and industry (b) Provide comprehensive theoretical and hands-on experience in computer-based modelling, design and analysis of mechanical components and systems and (c) Promote a culture of research and to publish research articles associated with CAAD.?(Brochure)

MTech - Manufacturing Technology & Automation

MTech in Manufacturing Technology & Automation?(MTA) is a two-year postgraduate specialization program offering comprehensive education encompassing manufacturing processes and automation. The PG program covers various subjects like advanced manufacturing processes, materials processing technologies, product design, production planning and control, computer-integrated manufacturing, intelligent manufacturing, and quality control. The program ensures all-round training in manufacturing technologies and automation, enhancing the technical expertise and proficiency to meet the demands of ever-evolving manufacturing processes and systems. The program aims to develop competent manufacturing professionals and future leaders with strong knowledge and creative problem-solving capabilities to usher innovation in the field of manufacturing and automation.?(Brochure)

MTech - Thermal Sciences and Energy Systems

M. Tech in Thermal Sciences & Energy Systems?offers a comprehensive blend of theoretical knowledge and practical expertise in thermal and fluid sciences. This two-year course emphasizes renewable energy systems, heat exchangers, and fluid dynamics research. Key areas include Computational Fluid Dynamics (CFD), refrigeration and cryogenics, new and renewable energy systems, and advanced thermal system design. Laboratory training focuses on stability, hybrid systems, energy, and exergy analyses, supported by high-end instruments. Multidisciplinary electives expand learning horizons, while projects and industrial training provide real-world exposure. The curriculum also incorporates research methodology and ethical practices. Graduates emerge as industry-ready experts, equipped for cutting-edge careers in sustainability, energy systems, and thermal research.(Brochure)

Doctoral Program- Full Time & Part Time

The Department of Mechanical and Industrial Engineering offers doctoral degree program in both Full Time and Part Time Modes under a wide-range research areas (but not limited to) such as Renewable and Future Energy Technologies, Non-Traditional Machining, Processing and Machining of Metals, Alloys, Composite Materials, Tribology, Computational Fluid Dynamics, Heat Treatment, Biomechanics, Thermal Sciences, Corrosion Engineering, and many more.

The Department has published more than 1000 research papers in reputed 沙巴体育 Journals and have filed for more than 50 patents in the last five years. The Department is well equipped with the state of the art research laboratories and licensed software for experimental, analytical , and computational research. The admission is undertaken as per MAHE PhD Guidelines.?(Brochure)

MIT – CIPLA Work Integrated Learning Program

A new approach for promoting higher education for working professionals, UNNATI, Work Integrated Learning Program (WILP) was inaugurated on 27 March 2023 under the initiative of Dept. of Mechanical & Industrial Engg. enabling CIPLA employees to pursue “Diploma in Mechanical Engineering” through MAHE 沙巴体育. It marked the culmination of a yearlong effort by both the teams from MIT 沙巴体育 and CIPLA. The diploma will be conferred upon employees upon the successful completion of six semesters, which includes a combination of onsite, online, and student directed learning.

MIT-Intel Unnati Certification Program

Intel Unnati – Artificial Intelligence Data Centric Labs (Brochure)

At 沙巴体育 Institute of Technology, we are dedicated to providing our students with the latest tools and resources to excel in the dynamic field of technology. We are thrilled to announce our collaboration with Intel? Unnati to establish state-of-the-art Artificial Intelligence (AI) Labs on our campus.

Intel? Unnati is a pioneering program aimed at fostering technology inclusion and enhancing students' skills in emerging technologies. With a focus on advancing students’ capabilities in data-centric skills, the program aligns perfectly with our commitment to preparing our students for the demands of the industry. Our AI Labs, powered by Intel? Unnati, are designed to provide students with industry-leading facilities and resources. Equipped with hardware and software stack recommendations from Intel experts, these labs offer a conducive environment for hands-on learning and experimentation in the field of Artificial Intelligence

Department Vision and Mission

Vision

"Excellence in Mechanical and Industrial Engineering Education through 沙巴体育, Innovation and Teamwork."

Mission

"Educate students professionally to face societal challenges by providing a healthy learning environment grounded well in the principles of Mechanical and Industrial Engineering, 沙巴体育, Creativity, and Teamwork."

Department Areas of Expertise

Materials Engineering

Materials?Engineering?is a multidisciplinary field that develops newer?materials?and improves the functioning of existing?materials. The discipline offers an interdisciplinary approach, focusing on synthesizing and characterizing advanced?materials?like polymers, ceramics, composites, nano, and smart?materials. The curriculum is curated to equip the graduates with skillsets in material synthesis, development, and characterization to cater to the demands of the fast-paced world. Additionally, the theoretical knowledge is reinforced with experiential learning from working in state-of-the-art facilities dealing with computational modeling, development, and characterization of?materials. The graduates can look forward to gaining employment in the energy, biotechnology, health care, aerospace, defense, and automobile sectors.

Design Engineering

Design engineering plays a key role in successfully developing any product or system in real-life applications. The department supports the faculty, scholars, and students with well-equipped hardware and computerized laboratories to constantly engage in design-related research activities to address real world problems. The research expertise of the Design area faculty include Fluid Film Bearings, Ocular Tribology, Tribology of Polymers, Fluid-Structure Interaction, Computational Fluid Dynamics, Finite Element Methods, Vibration, Viscoelasticity, Magnetorheological Smart Devices, Experimental Modal Analysis, Passive Magnetic Bearings, Rotor Dynamics, Bearing Diagnostics, Vibration Signal Processing and Analysis, Application of Soft Computing Techniques to Engineering, Design for Manufacturing, and Fatigue & Fracture of Materials.

Thermal Engineering

Thermal engineering is integral to advancements in fields like space exploration, defence, marine applications, and renewable energy. The discipline offers dynamic career opportunities at undergraduate, postgraduate, and PhD levels, fostering expertise in areas such as Solar Energy Conversion, Heat Exchanger Design, Turbomachinery, Biofuels, Microfluidics, and Computational Fluid Dynamics (CFD). State-of-the-art facilities, including simulation laboratories and thermal instrumentation setups, support both experimental and computational research. Graduates and researchers are well-positioned to drive innovation in energy efficiency, sustainability, and performance. The interdisciplinary nature of thermal engineering makes it a versatile and impactful field, ideal for aspiring engineers and innovators.

Manufacturing Engineering

Manufacturing Engineering is vital in bridging the gap between the production and design streams. It involves working with advanced technologies where product design and manufacturing processes are integrated to produce quality products cost-effectively. Manufacturing engineering plays a key role in supporting the Government initiatives like Make in India and Aatmanirbhar Bharat. ?The department houses state-of-the-art facilities comprising conventional, non-conventional, and advanced manufacturing and material processing tools. The CAD/CAM laboratories aim to provide a stimulating learning experience with a focus on simulation tools, giving exposure to the creation of digital designs, manufacturing automation, and production planning and control. With the advent of Industry 4.0, in addition to developing artifacts, machine tools, tooling, and quality control, the discipline offers career opportunities in digital and smart manufacturing.

Industrial & Systems Engineering

Industrial Engineering focusses on continuously improving the productivity and efficiency of all kinds of processes irrespective of the type of industry. The prominent areas of application are optimization of manufacturing processes, supply chain and logistics, decision support systems, System design, Operations management, simulation and analysis of discrete event systems and other major industrial operations. The inherent flavor of the faculty expertise in the department along with well-equipped computerized laboratory facility ensures industry readiness of students who undergo extensive training in the area of automation, data analytics, Operations research, Industry internet of things, 3D printing and design and other aspects of industry 4.0.

External Collaborations

(Know More)

Specialized Labs

The department provides dedicated lab facilities for running lab-associated courses to undergraduate/postgraduate/research programs in the following areas of Materials, Design, Thermal, Manufacturing & Industrial Engineering. (Know More)

Placement Details

The department is well supported by the Institute placement team. The?placement?team is headed by Associate Director (Industrial Liaison, Placement & Practice School) and oversees the entire placement process in the institution with the help of department coordinators. Students are provided with opportunities for Internships, Placements, Pre-placement offers (PPO) in core companies and ITES. Our students from Mechanical and Industrial Engineering get recruited by a wide range of companies.?(Know more)

Faculty

Dr. Arunachala U. Chandavar

Professor and Head