BEng Software Engineering with Foundation Year

at Canterbury Christ Church University

• The programme begins by building a strong foundation in core manufacturing systems concepts like computer-integrated manufacturing, automation, production planning and control, and manufacturing simulation.
•  It then delves into specialised robotics topics, including robot kinematics, dynamics, control systems, programming, and vision systems. 
• Students get extensive hands-on training working with industrial robotic systems in practical lab sessions. Related emerging areas like additive manufacturing, smart sensors, and sustainable manufacturing principles are also covered. 
• The curriculum equips graduates with technical expertise to integrate robotic solutions and optimise manufacturing processes across various industries.

Course Modules

• Working with Software
• Working with Computer Hardware
• Programming Design & Development
• Computational Thinking
• Ethics & Employability

Important Dates

Applicants should frequently visit Canterbury Christ Church University's website in advance. Apply four to six months before the intake to ensure you are on the list of early applicants as soon as the dates are announced. Use a checklist to ensure all documents are in order. For additional support, contact UniScholars.

• The A-Level grades are DDE, while the BTEC grades are MPP, and for Access, a pass with 45 credits is required. 
• The International Baccalaureate requirement is yet to be confirmed. Various qualifications can be combined to achieve a minimum of 64 UCAS points.
• Achieve an IELTS score of 6.0 overall, with no section below 5.5, to apply for the standard undergraduate programme.

Students are advised to regularly check the university's official website for updates on any possible changes to programme fees that are between between £ 14,500/Yr to £ 16,800/yr, as these fees are subject to annual review. The fees may vary depending on factors such as the student's residency status, whether they are local or from out-of-state, and whether they are enrolled as full-time or part-time students.

Graduates of this programme are well-positioned for a wide range of technical roles across manufacturing sectors, rapidly adopting advanced technologies like robotics and automation. Potential career paths include robotics integration engineer, manufacturing process engineer, automation systems designer, production planning and control analyst, and manufacturing operations manager.