College Code : SCM

Mechanical Engineering

Mechanical Mastery, Turning Ideas into Motion
Dive into the world of Mechanical Engineering (ME) at SCMS School of Engineering & Technology, a realm where innovation meets tradition. Often hailed as “The Mother of All Engineering Disciplines”, Mechanical Engineering is not just a course; it’s a journey through the rich tapestry of analysis, design, and machinery operation. As the backbone of modern civilization, this field has its imprints everywhere, from the cars we drive to the machines that build them, and from the renewable energy sources powering our homes to the advanced robotics revolutionizing industries.
At SCMS, we don’t just teach Mechanical Engineering; we live it. Established in 2001, our department has been a beacon of excellence, blending foundational principles with cutting-edge technological advancements. Our students are not merely learners; they are the future innovators and problem solvers. With a curriculum that’s both deep-rooted in core principles and forward-looking in its approach, we prepare our students for a world of endless possibilities. Join us, and embark on a transformative journey where every lecture is a celebration, every project a new discovery and every challenge an opportunity.
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Placement Records


  • To be a centre of excellence in Mechanical Engineering recognized for its quality education, innovative research and social outreach programs


M1- Provide excellent student-centric education generating high calibre graduates to face global challenges

M2- Maintain state-of-art facilities for faculty and students to learn, research and disseminate knowledge

M3- Emphasize on collaborative technology-transfer encouraging innovations for the benefit of society

Programmes Section


Students in the B. Tech in Mechanical Engineering program learn a wide range of subjects and skills throughout their education, combining theoretical knowledge with practical applications. Our Bachelor of Technology program is designed to provide students with a comprehensive education in engineering, preparing them for a successful career in the field of Mechanical Engineering. 

A mechanical engineering student undertakes a comprehensive education that combines theoretical knowledge with practical applications. The curriculum includes core subjects such as mathematics, physics, materials science, engineering mechanics, thermodynamics, heat transfer, and fluid mechanics. Design and manufacturing, control systems, mechatronics, learning to use computational methods like numerical analysis, finite element analysis (FEA), and computational fluid dynamics (CFD) are also part of the curriculum. Specialized and elective courses cover fields like automotive engineering, aerospace engineering, renewable energy, and advanced manufacturing techniques. Practical skills are imparted through workshops, laboratories, and various projects. Additionally, students develop professional skills in engineering ethics, communication and project management, and gain proficiency in software tools such as CAD (e.g., SolidWorks, AutoCAD), simulation software (e.g., ANSYS, MATLAB), and programming languages (e.g., Python, C/C++). Students of mechanical engineering and introduced to machine learning techniques and fundamentals artificial intelligence as part of their curriculum.  Real-world experience is acquired through internships, industrial training, add on and value added courses and cooperative education programs, ensuring that graduates are well-prepared to tackle engineering challenges across diverse industries.


Master the art of optimizing production processes and industrial systems with our M.Tech in Production and Industrial Engineering program.

This intensive program equips you with the knowledge and practical skills to excel in a dynamic manufacturing environment. You'll gain a comprehensive understanding of:

  • Production Planning and Control: Master scheduling, forecasting, inventory management, and lean manufacturing principles.
  • Industrial Engineering Fundamentals: Work design, ergonomics, quality control, and operations research.
  • Advanced Manufacturing Techniques: Explore the future of production with courses in additive manufacturing (3D printing).


Industry-Standard Facilities:

  • Additive Manufacturing Precision Lab: Learn cutting-edge 3D printing technologies for rapid prototyping and production.
  • Machine Tool Lab: Gain hands-on experience with CNC machining, turning, milling, and other essential processes.
  • Ansys Software Suite: Utilize industry-leading simulation software for product design and analysis.
  • Robotic Kits Lab: Explore robotics integration and automation in manufacturing.
  • Meteorology Lab: Understand the environmental factors impacting production processes.
  • Computer-Aided Design (CAD) Lab: Develop your proficiency in 3D modeling and design software.
  • Advanced Computational Lab: Leverage high-performance computing for complex simulations and data analysis.
  • Statistical Software Packages: Master data analysis tools for process improvement and decision-making.
  • CNC Machine Shop: Gain practical experience with state-of-the-art CNC machining equipment.


Graduate with the skills and knowledge to:

  • Design, optimize, and manage production systems.
  • Implement lean manufacturing principles for improved efficiency.
  • Integrate advanced technologies like additive manufacturing and robotics.
  • Lead process improvement initiatives and ensure quality control.


Become an industry leader in the ever-evolving field of Production and Industrial Engineering.

  • Ph D in Mechanical Engineering


Department of mechanical engineering at SSET is a recognized research center of APJ Abdul Kalam Technological University with 7 research supervisors and 20 research scholar positions.

Research Expertise

The Department of Mechanical Engineering features a research center that offers supervision in various cutting-edge domains including advanced and sustainable manufacturing, nanoscience and technology, development of composite materials, industrial engineering and safety, computational heat transfer and computational fluid dynamics, and renewable energy.

These research groups are involved in funded scientific projects with agencies including those from government sector as well as consultancy projects from various industries.  



PO1Apply knowledge of mathematics, science and engineering to arrive solutions
PO2Identify, formulate and analyze engineering problems through technical literature.
PO3Design a component, a process and a system to meet desired needs considering economic, environmental, social, ethical, health and safety, manufacturability and sustainability
PO4Use research based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions
PO5Use the techniques, skills, and modern engineering tools for modeling and prediction of problems by understanding the limitations
PO6Recognize the importance of health and safety, societal, cultural responsibility in the design and implementation of engineering projects.
PO7Know and apply societal and environmental context to engineering solutions for sustainable development
PO8Apply the standards and professional ethics in engineering practice.
PO9Function effectively as a member or leader of a team
PO10Express effectively, comprehend and write reports on the engineering activities
PO11Apply engineering and management principles to manage projects in multidisciplinary environments.
PO12Engage themselves in life-long learning by recognizing the need and technological changes.

  • Apply the knowledge of mathematics, physics, basics of other engineering disciplines, mechanics, thermal sciences, fluid mechanics and management principles for solving complex and diverse problems in the field of mechanical engineering.
  • Implement the principles of design, analysis and interpretation of data to the mechanical systems and processes
  • Use modern tools such as CAD/CAM/ CIM/CFD, IT, IOT and 3D printing techniques in the mechanical engineering practice.
  • Apply their engineering knowledge and skills in professional engineering practice and also in non-engineering fields to identify and address technical and societal problems.
  • Compliment their intellectual development by pursuing graduate education or other professional development programs.
  • Evolve as responsible engineers capable of conducting sustainable innovative research and development in diversified domains.
  • Honed to work as team builders, working professionally and ethically to accomplish organizational goals.


Akhil P Saji 2022-23

Alfin Martin 2021-22

Neil Jollly K 2021-22

Alibin Tomy 2021-22

Rohith M 2021-22

Deepak Menon 2021-22

Joemon Jose 2021-22

Placement summary

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Explore ME

Sl No.Name of FacilityArea of EnhancementRelevance to POs/PSOs
13D desktop printer and 3D ScannerAdditive manufacturingPO5, PSO3
2Flexible Manufacturing SystemAutomation in Machines & Material HandlingPO5, PSO3
3Tool maker’s microscopeManufacturing Quality ControlPO5, PSO3
4Metallurgical Microscope with Polishing MachineMetallurgical Study & InspectionPO5, PSO3
5High Performance Computing DevicePerform complex computational fluid dynamics simulationsPO5, PSO3
6Fine Marine Software by NUMECA International, Brussels, BelgiumCFD toolPO5, PSO3
7Muffle FurnaceMicrostructure EvolutionPO5, PSO3

Know more


Alumini Testimonials

Aravind Uday

Class of 2019
SCMS School Of Engineering & Technology

Fahad P M

Class of 2020
SCMS School Of Engineering & Technology

Gautam C Sekhar

Class of 2020
SCMS School Of Engineering & Technology

Jerin James

Class of 2012
SCMS School Of Engineering & Technology

Jibin Joy T

Class of 2012
SCMS School Of Engineering & Technology

Turn your mechanical dreams into reality. Craft your future, one design at a time.