Overview

     

    Applications for this course will open shortly. Please check back here for updates.

    If you have any questions, please contact our Course Enquiries Team via email, WhatsApp, or phone on 01227 928000. Our course teams will also be available to answer your questions at our upcoming open days.

    Advance your career in one of the world’s fastest-growing and most innovative industries. The MSc Advanced Manufacturing Systems & Technology is designed for ambitious engineers and technical professionals ready to lead the transformation of modern manufacturing.

    This course combines advanced engineering principles with cutting-edge technologies, giving you the expertise to optimise processes, design smarter systems, and drive innovation in high-value manufacturing environments.

    You’ll explore the latest developments in automation, laser material processing, product design, and sustainable manufacturing, learning directly from expert academics and industry partners. 

    What you’ll learn

    • Master advanced techniques in manufacturing systems, materials processing, and mechanical engineering.
    • Apply innovative technologies such as automation, laser processing, and smart production methods to solve real-world challenges.
    • Develop strategic management and problem-solving skills to enhance productivity and sustainability in manufacturing operations.
    • Collaborate with industry professionals and academics on projects that mirror real industrial practice and innovation.
    • Build a strong foundation for career progression, equipping yourself for high-demand roles in advanced manufacturing, design, and engineering leadership.

    Taught by experienced academics and industry experts, this MSc will equip you with the specialist knowledge, hands-on experience, and professional confidence to thrive in the evolving world of advanced manufacturing.

    This MSc empowers engineers to become leaders of innovation, bridging technology, creativity, and sustainability to shape the future of manufacturing.
    Dr Ghazal Sheikholeslami, Course Director

    Why study Advanced Manufacturing Systems & Technology at CCCU?

    Study in industry-spec facilities

    As a CCCU Engineering student, you'll have direct access to our state-of-the-art facilities in our STEM building, Verena Holmes.

    20% alumni discount

    If you're a CCCU alumni, then you may be able to benefit from a 20% discount on tuition fees. Find out more.

    Entry requirements

    You should be a digital and numerical literate graduate with a degree (2(ii) or higher) in:

    • Engineering, Physics, and Maths degree subjects
    • Science and Near STEM subjects include: Economics, Informatics, Accountancy) if not related to STEM, you will also need an A level in maths.

    For more information on the IELTS (International English language Testing System) requirements for this course, please click here to visit our dedicated IELTS web page.

    More information about entry requirements.

    Module information

    As well as the core modules, you may also have the opportunity to study a number of option modules. Option modules will not be pre-selected for you. We provide examples of option modules. The availability of specific option modules may vary from year to year. The offer of an option will be subject to a minimum number of students choosing the module to ensure the appropriate student experience. The offer of option modules may also be affected by staff availability. It means we cannot guarantee the availability of a particular optional module. However, we will ensure you have a choice of option modules.

    Core/optional modules

    *Modules subject to approval

    How you’ll learn

    Teaching on this MSc follows the internationally recognised Conceive–Design–Implement–Operate (CDIO) framework, which places strong emphasis on industrial relevance and practical learning. You’ll develop both technical expertise and employability skills through an active, project-based learning experience that mirrors real engineering practice.

    You’ll take part in interdisciplinary group projects and problem-based activities, often inspired by industry challenges and delivered with industrial involvement. This hands-on approach ensures that your learning is directly connected to the needs and expectations of the advanced manufacturing sector.

    Teaching is delivered through a blend of face-to-face and online sessions, including:

    • Lectures and seminars introducing advanced concepts and emerging technologies.

    • Practical workshops and computing labs focused on simulation, modelling, and system design.

    • Interactive group projects applying theory to real-world case studies.

    • Guest lectures and industrial workshops from practising engineers and researchers.

    • Tutorials and academic supervision sessions to support project and research work.

    Throughout the course, you will:

    • Use industrially recognised tools, technologies, and case studies wherever possible.

    • Engage directly with industry partners for guidance, feedback, and, where possible, input into assessment.

    • Build confidence and capability by tackling progressively complex problems and industry-driven projects.

    • Explore advanced manufacturing solutions in the context of ethics, inclusivity, health and safety, economics, and sustainability which is preparing you for responsible leadership in engineering practice.

    This blended and research-led approach ensures that you graduate with the knowledge, curiosity, and professional mindset to innovate and lead within the rapidly evolving field of advanced manufacturing.

    You can typically expect around 8–10 hours of scheduled contact time per week, with additional time dedicated to independent study, project development, and research. The exact number may vary depending on the module options and project focus. 

    The online and on campus practical learning in the MSc will use open source, student licensed software (which we have invested in) and cloud-based software resources, for example computer programming using MS Visual Studio Live.

    The programme will also utilise Blackboard Virtual Learning Environment to support on-line asynchronous and synchronous on-line video learning, discussion board, chats, in conjunction with digital learning tools like Padlet, Mentimeter, Socrative, Kahoot, YouTube, Padlet, MS Whiteboard, MS Teams, GitHUb, MS Visual Studio Live, Autodesk, Matlab, Simulink, COMSOL, ANSYS etc.

    Our teaching is built around the CDIO framework - learning by doing, designing, and creating. Students and staff work side by side to turn ideas into real engineering solutions.
    Dr Ghazal SheikholeslamiCourse Director

    How you’ll be assessed

    You will be assessed by both coursework and computer based assessments, essentially the programme is 100% coursework assessment. The coursework assessments will enable you to demonstrate the development of your key scientific and transferable skills.

    The course typically consists of coursework assessments submissions of (but not exclusive): computer scientific lab, logbooks, on-line quizzes, written reports, written scientific papers, discursive essays, stand-alone video presentations, walkthroughs, digital artefacts and poster presentations, professional portfolio.

    Feedback

    Assessment feedback will be provided through use of (but not exclusive) assessment rubric, written, audio recording, self/peer, one to one face to face, group face to face, tutorial, video conference, dragon den, panel interview, video, screencast, and computer generated feedback.

    Your future career

    MSc Advanced Manufacturing Systems & Technology has the potential to support postgraduate career opportunities. After graduating from this programme, the job profile of the students will be diversified over several engineering fields such as:

    • Bringing new products and technologies to market, which is increasing the focus on business development skills among senior managers.
    • Research and Development (R&D) section, which is stimulating demand for highly skilled graduates and increasing collaboration between advanced manufacturing research centres and industry.
    • Taking advantage of potentially transformative enabling technologies, such as 3D visualisation, analysis and printing, composites, which could potentially transform the manufacturing sector in near future.
    • Government and environmental agencies value advanced manufacturing to identify the opportunities to meet low carbon policies and legislation, which is increasing investment in energy efficient technologies and driving research in lightweight materials.
    • Sales and marketing engineering products as export opportunities, which is considered a major growth opportunity for UK manufacturers.
    • Leading and managing the efficient and effective management of the manufacturing team, commission, implementing, operating and servicing advanced automated manufacturing solutions.
    The CDIO framework is acknowledged by WBCL as being effective in both education and the design of real-world products and systems… in due course hopes to benefit from the investment through recruitment of CCCU graduates.
    WirebeltUK business

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    Fees

    Government loans are available for some postgraduate Master’s courses for students starting their course. Loans are subject to both personal and course eligibility criteria.

    The rules around course eligibility mean that in some cases it may depend on how you are studying (full-time or part-time) as to whether you can apply for a postgraduate loan. To check whether your course is eligible, you can email the Student Fees Team or call 01227 923 456.

    Tuition Fees for 2026/27 have not yet been finalised. These course web pages will be updated with Tuition Fee information once they have been agreed.

    Industry links

    This MSc has been developed in close collaboration with industry partners to ensure what you learn reflects the latest practices and technologies used across advanced manufacturing and engineering sector.

    You’ll benefit from our strong network of industrial and professional partners, including:
    Pfizer, Discovery Park, Amphenol, BAE Systems, Cummins, JT Group, Hypoint, Church & Dwight, AMC Ltd, Tensei, Barton Marine, eXroid, Cactus Graphics, Algae cytes, The Able Label, Aptus Tackle, and the Canterbury Brewers & Distillers, among others.

    Through these active partnerships, you’ll have opportunities to:

    • Work on live industrial briefs, collaborative projects, or research placements addressing real manufacturing challenges.

    • Attend guest lectures, technical workshops, and industry field visits delivered by practising engineers and innovators.

    • Engage with Discovery Park’s Community Lab and other innovation hubs to explore the intersection of science, engineering, and enterprise.

    • Build professional networks through alumni mentoring and industry engagement, learning from graduates now employed in leading organisations.

    • Gain insight from academics with strong industrial and research backgrounds, working collaboratively with regional and national manufacturing businesses.

    These partnerships ensure your learning stays practical, current, and industry-focused, helping you develop the technical expertise, innovation mindset, and professional connections to excel in your engineering career.

    Apply now

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    Duration:

    1 year

    Location(s):

    Canterbury