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    Facilities and Resources



    The MIE department boasts world-class teaching and research facilities. We have a state-of-the-art engineering workshop that allows many parts and components for student projects and research to be manufactured. With the added hands-on training workshop, senior students can even use the equipment and facilities to undertake their projects.

    The MIE workshop has many modern machines including the basic lathes, drilling, milling, grinding and shaping machines. We also have modern machining equipment like a 5-axis CNC machine, CNC Lathe, Injection Moulding, and Polymer and Metal 3D Printers amongst many others. 

    The Department also has state-of-the-art teaching laboratories. We have 15 well-equipped labs that cater for our undergraduate students' hands-on learning. Students are usually given some pre-laboratory reading material in preparation for their experiments and during their lab activities, they are guided by an experienced instructor on how to conduct experiments and record important and relevant data. Our laboratories cover the whole spectrum of the typical undergraduate Mechanical and Industrial Engineering curriculum including, ergonomics, materials and metallurgy, thermodynamics, fluids, vibration and control, measurements and more. For details of the equipment in individual labs please browse the links below.

    MIE department is following the QU health and safety SOPs in order to maintain the highest possible level of safety and accident-free environments for students and researchers involved with lab equipment and experimental activities. For details of Lab Safety Regulations and Guides, refer to the links below:

     

    Workshop 

     

     

    Engineering Workshop

     

    Automation and Mechanical Control Systems

    Flexible Manufacturing Systems

     

     

     

     

    Fluid Mechanics

     

    Air Conditioning and Refrigeration

     

    Turbo Machines

     

     

     

     

    Thermodynamics

     

    Renewable Energy


     

    Heat Transfer 

     

     Computer Simulation

    Ergonomics 

     

     

     

     

     

    Heat Engines


     

    Metallurgy

     

    Wind Tunnel

     

     

     

     

    Material Testing

    Mechanical Vibrations

     

    Work Methods