Mechanical and Industrial Engineering modules

Browse Mechanical and Industrial Engineering to find descriptions, what you will learn, how you will be taught, and how you will be assessed.

Level 1

  • Module

    Project I (Mechanical) module (DI11006)

    • Module code: DI11006
    • Credits: 7.5
    • Level: 1
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Mechanics module (DI12003)

    • Module code: DI12003
    • Credits: 10
    • Level: 1
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Thermodynamics I module (DI12008)

    • Module code: DI12008
    • Credits: 10
    • Level: 1
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Project Management module (EG11005)

    This module is designed as an exciting introduction to problem solving and critical thinking skills which can be applied to science and engineering projects.

    • Module code: EG11005
    • Credits: 20
    • Level: 1
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Electromagnetism and Circuits module (EG11006)

    You will learn the fundamental concepts to understand electric circuits and magnetic phenomena

    • Module code: EG11006
    • Credits: 10
    • Level: 1
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Mechanics module (EG12010)

    • Module code: EG12010
    • Credits: 10
    • Level: 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Thermodynamics module (EG12011)

    • Module code: EG12011
    • Credits: 10
    • Level: 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering

Level 2

  • Module

    Thermodynamics II module (DI21012)

    • Module code: DI21012
    • Credits: 10
    • Level: 2
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Geomechanics module (DI22006)

    • Module code: DI22006
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Manufacturing Project I module (DI22007)

    • Module code: DI22007
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Mechanics of Machinery module (DI22009)

    • Module code: DI22009
    • Credits: 10
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Solid Mechanics module (DI22012)

    • Module code: DI22012
    • Credits: 10
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Structures module (DI22014)

    • Module code: DI22014
    • Credits: 10
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Fluid Mechanics module (EG21006)

    You will understand the basic laws that govern fluid mechanics, identify and solve fluid mechanics problems and learn about the design of pipes and channels.

    • Module code: EG21006
    • Credits: 10
    • Level: 2
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Electronics and Instrumentation module (EG22009)

    Electronics and Instrumentation provides an introduction to digital, analogue electronics, and softwares commonly used in many engineering control systems.

    • Module code: EG22009
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Fundamentals of Solid Mechanics module (EG22010)

    Study the basic principles of loading and deformations in mechanical and structural parts. You will also look at their failure criteria

    • Module code: EG22010
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Software Applications for Engineering Design module (ME21001)

    Use the same software as industry engineers to create, test, and improve their designs using AutoCAD, SolidWorks and Programming using C language.

    • Module code: ME21001
    • Credits: 20
    • Level: 2
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Thermodynamics module (ME21002)

    You will learn about energy transfer involving heat, mechanical work, and advanced aspects of energy analysis

    • Module code: ME21002
    • Credits: 10
    • Level: 2
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Manufacturing Project module (ME22001)

    Discover how things are made and make them yourself using modern CAD software, hand tools, and industrial manufacturing tools.

    • Module code: ME22001
    • Credits: 20
    • Level: 2
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering

Level 3

  • Module

    Engineering Design I module (DI31013)

    • Module code: DI31013
    • Credits: 15
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Materials module (DI31014)

    • Module code: DI31014
    • Credits: 15
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Advanced Solid Mechanics module (DI32013)

    • Module code: DI32013
    • Credits: 15
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Design II module (DI32014)

    • Module code: DI32014
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Manufacturing Project II module (DI32015)

    • Module code: DI32015
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Control and Dynamical Systems module (EG32001)

    The Control and Dynamical Systems module provides students with knowledge of the way systems behave over time and how to design and implement control systems

    • Module code: EG32001
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Materials module (ME31001)

    Study a range of materials and their main properties. You will also look at how they are influenced by composition and processing, and their applications

    • Module code: ME31001
    • Credits: 20
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Advanced Solid Mechanics module (ME31002)

    This module provides students with knowledge of methods to find stresses generated in mechanical parts due to internal pressure, rotation, and torsion. 

    • Module code: ME31002
    • Credits: 20
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Design I module (ME31004)

    Learn how to design and analyse part and systems in order to turn ideas into tangible solutions to real-world problems.

    • Module code: ME31004
    • Credits: 20
    • Level: 3
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Thermofluids module (ME32001)

    Develop your understanding of the main principles of fluid mechanics and thermodynamics. You will also look into their applications

    • Module code: ME32001
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Design II module (ME32003)

    Further develop your knowledge as a mechanical engineer involved with the sustainable design and manufacture of products for industry.

    • Module code: ME32003
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Power Engineering and the Grid module (RE32002)

    Explore electrical power, renewable energy, and grid systems while gaining practical skills to be ready for the energy industry

    • Module code: RE32002
    • Credits: 15
    • Level: 3
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering

Level 4

  • Module

    Robotics and Mechatronics module (DI41017)

    • Module code: DI41017
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Advanced Fluid Mechanics module (DI41018)

    • Module code: DI41018
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Control and Dynamical Systems II module (EG40004)

    Explore advanced techniques in control engineering and dynamical systems. Learn linear, nonlinear and digital control design for real-world applications

    • Module code: EG40004
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Computer Aided Engineering module (ME40001)

    Work with advanced computer simulation software to solve real engineering problems in a virtual environment.

    • Module code: ME40001
    • Credits: 15
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Fluid Mechanics module (ME40002)

    Develop and expand your understanding of fluid mechanics principles and their application.

    • Module code: ME40002
    • Credits: 15
    • Level: 4
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Robotics and Mechatronics module (ME40003)

    This module will take you on a journey into the realm of robotics. What are they? What can they do? How are they made and controlled? Get ready to learn!

    • Module code: ME40003
    • Credits: 15
    • Level: 4
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Solid Mechanics and Materials module (ME40004)

    Gain essential knowledge and skills to address real-world engineering problems and to understand the properties of materials for engineering. 

    • Module code: ME40004
    • Credits: 15
    • Level: 4
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Mechanical Engineering Honours Project module (ME40005)

    The Honours Year Project module is an exciting opportunity for students to plan, organise, and undertake an independent practical project in engineering.

    • Module code: ME40005
    • Credits: 45
    • Level: 4
    • Semester: Both Semester 1 and 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Wind and Marine Energy module (RE42002)

    You will learn about renewables industries. There will be a focus on sustainable energy, wind turbine design and marine energy technologies

    • Module code: RE42002
    • Credits: 15
    • Level: 4
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering

Level 5

  • Module

    Advanced Robotics module (ME51013)

    Explore the latest advancements in robotics and how they impact our world and future

    • Module code: ME51013
    • Credits: 20
    • Level: 5
    • Semester: Semester 1
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Advanced Manufacturing module (ME52005)

    Learn about modern manufacturing techniques currently employed in industry

    • Module code: ME52005
    • Credits: 20
    • Level: 5
    • Semester: Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering
  • Module

    Engineering Project and Report (Industrial Placement) module (ME53001)

    Gain industrial experience in business development and industrial placement. Develop a commercial venture and secure valuable work experience with our support

    • Module code: ME53001
    • Credits: 60
    • Level: 5
    • Semester: Both Semester 1 and 2, Semester 2
    • School: School of Science and Engineering
    • Discipline: Mechanical and Industrial Engineering