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Robotics Engineering with Industrial Experience MEng

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Robotics Engineering with Industrial Experience MEng

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    Key Information

    • Study Level:

      Master

    • Duration:

      5 Years

    • Study Mode:

      Full Time

    • Start Date:

      01 September 2019

    • Tuition Fees EU/EEA:

      £ 9,250 Per Year

      These fees apply to students from the EU/EEA

    • Tuition Fees International :

      £ 20,850

      These fees apply to students from outside the EU/EEA

    institution

    Queen Mary University of London

    Queen Mary ‘s historical roots are nearly 1000 years old, beginning with St Bartholomew’s Hospital Medical College in 1123, in the time of Henry the First. London’s Queen Mary University itself began as the London Hospital Medical College in 1785. It was founded to provide medical care to the poor people of London. This organisation […]

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    Course Summary

    Queen Mary University’s Robotic Engineering MEng is the first of its kind in the UK. It includes content from the School of Engineering and Materials Science as well as that from the School of Electronic Engineering and Computer Science, and covers a wide range of topics closely related to robotics. Depending on your elective module choices, you can take this as a generalised MEng in Robotics, or a more specialised degree focusing on Soft Robotics, Cognitive Robotics, Medical Robotics or Industrial / Manufacturing Robotics.

    You will also benefit from a year in industrial placement, working with highly specialised robotics systems and learning from experienced experts. This will be a huge boost to your CV and your employment prospects.

    If you are changing direction after starting in another career area, you will possess valuable work experience and professional awareness. Many employers actively seek candidates with these benefits. Our network of contacts, a dedicated employability service and a reputation in the legal profession mean we also have an outstanding track-record of finding students legal employment.Many employers favour GDL students in an increasingly competitive legal job market. Through studying another degree subject, you will have gained many transferable skills. By taking the conversion route into law, you are showing motivation and determination by choosing law at a later stage than some others. This looks good to employers.

    If you are changing direction after starting in another career area, you will possess valuable work experience and professional awareness. Many employers actively seek candidates with these benefits. Our network of contacts, a dedicated employability service and a reputation in the legal profession mean we also have an outstanding track-record of finding students legal employment.Many employers favour GDL students in an increasingly competitive legal job market. Through studying another degree subject, you will have gained many transferable skills. By taking the conversion route into law, you are showing motivation and determination by choosing law at a later stage than some others. This looks good to employers.

    Course Outline

    From your first year, you will study not just basic engineering principles but also specialist course content on robotics.  

    Year 1 Modules:

    • Analogue Electronic Systems
    • Aspects of Robotics (Robotics I)
    • Digital Circuit Design
    • Engineering Mechanics: Dynamics
    • Mathematics and Computing for Engineers 1
    • Mathematics and Computing for Engineers 2
    • Procedural Programming
    • Signals and Information
    • Skills for Robotics Engineering
    • Skills for Robotics Engineering

    Year 2 Modules:

    • C Programming
    • Control Systems Analysis and Design
    • Design and Build Project in Robotics Engineering (Robotics II)
    • Design for Manufacture
    • Engineering Instrumentation
    • Engineering Materials for Design
    • Engineering Mechanics: Statics
    • Microprocessor Systems Design

    Year 3 Modules:

    • Advanced Robotics Systems (Robotics III)
    • Artificial Intelligence
    • Computer Aided Engineering for Solids and Fluids
    • Digital Signal Processing
    • Industrial Robotics and Mechatronics
    • Interactive System Design
    • Medical Robotics Techniques
    • Modelling and Control of Robotic Systems
    • Neuromuscular Bioelectricity and Biomechanics
    • Power Electronics
    • Third Year Undergraduate Research Project
    • Third Year Undergraduate Research Project

    Year 4 (Placement Year):

    This can be arranged with the university’s Careers Services department. You’ll spend a year working at one of the university’s industrial partners, and earning a substantial salary.

     

    Year 5 Modules:

    • Advanced Spacecraft Design: Manoeuvring and Orbital Mechanics
    • Advanced Transform Methods
    • Clinical Measurements
    • Cognitive Robotics (Robotics IV)
    • Computational Engineering
    • Computer Vision and Neural Networks
    • Data Mining
    • Embedded Systems
    • Machine Learning
    • Numerical Optimisation in Engineering Design
    • Principles and Application of Medical Imaging
    • Real-Time and Critical Systems
    • Real-Time DSP
    • Research and Design Team Project
    • Research and Design Team Project
    • Surgical Techniques & Safety
    • Techniques for Computer Vision

    Learning & Teaching

    Queen Mary’s School of Engineering and Materials Science ensures that you receive a practical as well as theoretical education using lectures, seminars and problem solving classes, as will extensive laboratory and computer sessions.

    Career Possiblities

    This program is designed to produce graduates who have the kind of specialised robotics skills that until now have only come from years of working experience. Between that specialised expertise and your year in industrial placement, you will be extremely well placed compared to other engineering graduates.

    Entry Credit

    Entry Requirements for UK and EU-nationals

    Potential students must have achieved 3 A Levels at AAA or better, including Mathematics and either Chemistry, Electronics, Computing or Physics. Note that neither Critical Thinking nor General Studies A Levels may be applied. 

    Other academic certifications at a similar level can also be accepted.

    Entry Requirements for overseas (non-EU) students

    Overseas students must have achieved an equivalent level of academic accreditation to EU and UK students. A list of the overseas accreditations accepted can be found here.

    You must also prove your fluency in the English language. Details on that requirement can be found here.

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