• Engineering Practices Laboratory
  • Computer Aided Drafting and Modeling Laboratory
  • Manufacturing Technology Laboratory-I
  • Fluid Mechanics and Machinery Laboratory
  • Strength of Material Laboratory
  • Computer Aided Machine Drawing laboratory
  • Manufacturing Technology Laboratory II
  • Thermal Engineering Laboratory-I
  • Dynamics Laboratory
  • Metrology and Measurements Laboratory
  • CAD/CAM Laboratory
  • Heat Power Laboratory
  • Computer Aided Simulation and Analysis Laboratory
  • Mechatronics Laboratory

Learning Outcomes

  • Application of knowledge in informatics, mathematics, science, and engineering;
  • Knowledge to design and conduct experiments and numerical simulations, analyze, and interpret general scientific and engineering information;
  • An ability to solve multidisciplinary problems;
  • To communicate effectively;
  • Efficiency to use the techniques, skills, and software tools that are necessary for engineering practice;
  • A working knowledge of the principles of Mechanics and Thermodynamics and how these principles evolve into other disciplines such as Heat and Mass Transfer, Vibration and Controls, CFD, Mechanical Design, etc;
  • An ability to incorporate interdisciplinary concepts from mathematics, physics, biology, chemistry and other disciplines into engineering solutions and vice-versa.