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Introduction

Home > Introduction > Five Departments and one Institute > Department of Mechanical Engineering

Department of Mechanical Engineering

Introduction

The Department of Mechanical Engineering is aware of the important role of mechanical engineering needs to play in areas such as energy and environmental systems, materials, transportation, robotics, manufacturing, information technology, biomechanics, and health care - many of which are national priorities.

The Departments of Mechanical Engineering and Production Systems Engineering have recently merged to better respond to the needs of society. The integration produced a rich portfolio of research and academic activities in areas ranging from nano-scale processing to health-care robotics up to supply chain management. As such, the new department offers a diverse range of academic programs in 4 basic areas of specialization: Mechanical Systems Design, Materials and Manufacturing, Systems Control and Robotics, and Energy and Environment.

The mission of the Department of Mechanical Engineering at TUT is to prepare students with the knowledge and ability to improve, evaluate, design and control safe, sustainable, and cost-effective technologies in order to make innovative and useful contributions to humanity. With this in mind, we seek to enhance both research and education and inspire new generations to create breakthrough solutions to serve all people.

Courses

Mechanical Systems Design Course

The Mechanical Systems Design Course comprises Material and Structural Mechanics Laboratory, Machine Dynamics Laboratory, Frontier Forming System Laboratory, and MEMS/NEMS Processing Laboratory, and deals with solid mechanics, machine dynamics, machine design, manufacturing processes, micro/nanomachining, biomechanics, etc.

Materials and Manufacturing Course

The Materials and Manufacturing Course comprises Materials Function Control Laboratory, Development and Evaluation of High Strength Materials, Thin Film Laboratory, and Interface and Surface Fabrication Laboratory, and deals with metallic materials, non-metallic materials, evaluation and failure prevention of materials, joining processes, etc.

System Control and Robotics Course

The System Control and Robotics Course comprises Robotics and Mechatronics Laboratory, Instrumentation System Laboratory, System and Control Engineering Laboratory, and Systems Engineering Laboratory, and deals with control engineering, measurement and instrumentation engineering, production systems engineering, mechatronics engineering, robotics engineering, etc.

Environment and Energy Course

The Environment and Energy Course comprises Energy Conversion Engineering Laboratory, Thermo-Fluid Engineering Laboratory, Natural Energy Conversion Science Laboratory, and Energy Conservation Engineering Laboratory, and deals with thermodynamics, fluid mechanics, heat transfer, fluid power systems, multi-phase flow, combustion engineering, etc.

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