Our department is a dynamic hub where innovation and precision converge to shape the future of engineering. We are committed to educating, inspiring, and empowering the next generation of mechanical engineers to excel in their careers, contribute to society, and lead advancements in technology and design. With a focus on excellence in education, cutting-edge research, state-of-the-art facilities, strong industry partnerships, and a global perspective, we provide students with a stimulating environment to explore, experiment, and innovate. Our diploma program combines foundational principles with hands-on projects and real-world applications, ensuring that our students are well-equipped for success in their careers. Join us in shaping the future of mechanical engineering!

Vision

To Impart Quality Education in Mechanical Engineering and Allied Domains by Inculcating Human Values for Social Transformation.

Mission

M1: To Provide Quality Education in the Field of Design, Development, Manufacturing, Testing, Maintenance and Research in Mechanical Engineering.

M2: To Keep Abreast with Technology and Improve Academic Standards through Innovative Teaching and Learning Processes.

M3: To Interact with Industries and other Reputed Scientific Organizations for Mutual Transfer of Knowledge and Technology in Mechanical Engineering and Allied Domains

PEOs

PEO 1: To Provide students with basic knowledge in Mathematics, Science and Engineering fundamentals.

PEO 2:  To prepare successful students in the field of collaborative manufacturing Solutions and research in Mechanical Engineering.

PEO 3: To develop engineering graduates with sound academic and technical know-how through student-centric approach.

PEO 4: To promote the awareness about professional and human values as well as ethical Responsibilities for social reformation.

PSOs

PSO1: Engineering Techniques – Familiar with Modern Engineering Software Tools and Equipments to Analyze Mechanical Engineering Problems.

PSO2: Mechanical Design – Design Mechanical Systems/Processes to meet Desired Specifications and Requirements within Realistic Constraints.

PSO3: Managing Efficiency – Develop Capabilities to address the Challenges in the Energy Sector and Develop Energy Efficient Systems.

PSO4: Industrial Application – Manage the Resources in an Organization more Effectively and Efficiently in the Dynamic Industrial Environment.

Syllabus

https://sitttrkerala.ac.in/index.php?r=site%2Fdiploma-syllabus-courses&prog=ME

Research Lab: Mechanical department encourages its faculty member to continuously improve their academic qualification and teaching skills. The department has a research lab with work stations of configurations capable of performing high speed computations. 

CNC lab: In this lab modern CNC machines are used. This lab will help to understand numerical computational techniques and programmed control units.  To produce any highly automated part that closely matches the original CAD model.

CAD/CAM lab: In this era of computerization, CAD CAM lab offers a platform with all the necessary infrastructure where students get an exposure to various software and programming tools applied in mechanical engineering. It also makes them proficient in areas such as computer aided drawing, simulation, modelling and computerized machine operation.

Metrology and Instrumentation Lab: This lab enables the students to get trained in Calibration and Use of different measuring instruments. By the completion of this lab , student will have a comprehensive knowledge of uncertainties involved in any measurement.

IC ENGINE Lab: This lab gives students an exposure to internal combustion engines and various tests that are conducted on I C engines in order to measure various performance indicators of an engine. The lab has miniature models of various types of internal combustion engines.

Fluid Mechanics Lab: In fluid mechanics lab, students get a chance to study the construction and working of miniature models of various machines that work with water power such as hydraulic turbines, hydraulic pumps, etc. By completing these experiments and study, the student gets a basic idea of controlling fluid flow and properties of a fluid in motion. In other words, students become adept in the subject of fluid mechanics.

Production Lab: In this lab, the students are given an exposure to various basic production processes taking place in the industry such as metal cutting and turning. They are given hands on training in the most commonly used machines and equipments in the production field. The students are also made acquainted with the latest production techniques and production machinery used in industries.

Thermal Engineering Lab: Mechanical engineers often deal with heat, which is an excellent working substance. Hence thermal lab is included in the curriculum. This lab makes the students understand the basics of heat transfer. It gives hands on training to students for handling various heat flow controlling and measuring devices

2022-23