Programme Overview
The BEng (Hons) Mechanical Engineering programme develops the scientific, analytical, and design expertise needed to create and improve mechanical systems for modern industries. It combines strong theoretical foundations in mathematics, materials, thermofluids, and dynamics with practical experience through laboratories, CAD/CAE, and design–build–test projects. Students gain hands-on experience in workshops, renewable energy systems, and computational environments. They will learn how to apply theory to real mechanical engineering challenges. The programme builds creativity, problem-solving ability, and professional competence for diverse engineering careers and supports future accreditation.
The programme is ideal for students who seek to develop analytical and technical competence for careers in mechanical and industrial sectors, as well as for those who aim to contribute to emerging areas such as renewable energy, automation, and advanced manufacturing. The programme also appeals to learners who value collaborative—project-based—learning and aspire to meet international professional engineering standards.
Learning takes place within modern facilities equipped for manufacturing, materials testing, renewable energy studies, and computational simulation. Instruction and mentoring are provided by experienced academics and professional engineers who support individual development and technical growth throughout the programme.
Accreditations
Berlin School of Business and Innovation, in partnership with the University of Chichester, offers the BEng (Hons) Mechanical Engineering programme. The University of Chichester is a highly regarded UK institution, recognised for its strong academic performance and teaching excellence.
- Overall ranking: 26th in the Guardian University Guide 2025, rising 12 places and consistently among the top 30 UK universities.
- Business & Management: Ranked 97th in the Guardian University Guide 2025; Marketing ranked 66th by the Complete University Guide 2025.
- Teaching Excellence: Named University of the Year for Teaching Excellence 2026 by the Daily Mail University Guide.
- Student Satisfaction: National Student Survey ranked Chichester 6th in the UK for teaching and 12th overall (out of 131 institutions).
The programme follows the professional standards of the Institution of Engineering and Technology (IET), supporting international recognition and professional development in engineering practice.
Top Reasons to Study this Programme
Aims and Outcomes
- Provide mechanical engineering graduates with the attributes needed to secure professional engineering roles in industry and the educational basis to apply for chartered engineer status.
- Produce graduates who can apply fundamental scientific, mathematical and computational techniques to analyse, design and implement innovative solutions to complex mechanical engineering problems.
- Develop the leadership and decision-making ability of students by offering opportunities for personal and professional development that are consistent with the Engineering Council’s requirements for chartered engineer status.
- Equip students with an awareness of engineering in the wider social, ethical, sustainable and economic context.
Programme Learning Outcomes:
The intended learning outcomes of the programme are to:
- Apply appropriate quantitative, scientific, mathematical and computational tools to produce/analyse complex mechanical engineering systems.
- Consider political, environmental, social, ethical and economic and commercial factors when analysing, designing and/or constructing mechanical engineering systems.
- Utilise practical mechanical engineering skills to successfully complete laboratory experiments and workshop activities, manage individual/group project tasks and attempt computer-aided engineering problems.
- Critically evaluate information from a variety of sources such as literature, websites, technical communications and data sheets etc.
The School’s admissions process is subject to the Consumer Contracts (Terms and Conditions).
Information on your Right of Withdrawal and our Refund Policy can be found in the BSBI study agreement.
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Career Progression
Graduates of the BEng (Hons) Mechanical Engineering programme are prepared for a wide range of professional opportunities across different industrial and technological sectors. Typical career paths include roles in design, manufacturing, energy systems, automotive, aerospace, and renewable technologies, as well as emerging areas such as automation and sustainable product development.
The programme also provides a strong academic foundation for further study at postgraduate level in advanced engineering disciplines.
Graduates are well prepared for employment across mechanical, manufacturing, and energy industries or to continue toward advanced studies and professional recognition through engineering institutions.
Graduate Profile; Key Competencies and Skills
Graduates of this programme will possess a balanced combination of technical expertise, analytical ability, and professional competence. They will be able to apply scientific and mathematical principles to solve complex engineering problems, use computational and experimental methods effectively, and approach design challenges with creativity and precision.
Key competencies include critical thinking, systems understanding, and the integration of engineering, environmental, and ethical considerations in decision-making. Graduates will also demonstrate leadership, project coordination, and effective communication skills that support collaboration across multidisciplinary and international engineering contexts.
Key facts
- Delivery: On campus
- Location: Berlin, Germany
- Duration: 3 years / 4 years with the Integrated Foundation Year
- Intakes:
- February and October
- Degree: BEng (Hons)
- Price: International/EU/Expat students: € 9,925/year
Fees & Offers
International & EU students Price: €9,925/year
*Terms and conditions apply. Find out more here.
Programme Structure
Modules
- Foundations of Learning and Professional Skills for Engineering
- Foundations of Engineering
- Project
- Mathematical Principles I (20 credits)
- Mechanical Principles (20 credits)
- Electrical Principles (20 credits)
- Professional Digital Engineering Skills (20 credits)
- 1st Year Engineering Projects (20 credits)
- 1st Year Engineering Labs (20 credits)
- Control & Instrumentation (20 credits)
- Mathematical Principles II (20 credits)
- 2nd Year Engineering Projects (20 credits)
- 2nd Year Mechanical Labs (20 credits)
- Dynamic Systems (20 credits)
- Statics and Materials (20 credits)
- Thermo-fluids (20 credits)
- Manufacturing Processes (20 credits)
- Individual Engineering Projects (20 credits)
- Renewable Energy and Sustainability (20 credits)
- The Professional Engineer and Society (20 credits)
Minimum age: 18 years old
Academic qualifications:
- A levels: BBC (including Mathematics)
- BTEC: DDM (including Engineering, Maths or Science)
- GCSEs: English & Mathematics at grade C or better
- Bachelor’s Degrees
- Passes in at least two A Levels or equivalent (e.g. Pearson BTEC National Diploma *12 Units* – Pass; Access to HE Diploma- Pass).
- A good pass in Mathematics and/or Physics is required.
- Four-Year Bachelor’s Degrees with Integrated Foundation Year
- Pass in at least one A Level or equivalent *e.g. Pearson BTEC National Extended Certificate – Pass; Access to HE Diploma – Pass)
English language requirements:
6.0 overall (minimum 5.5 in each band) or equivalent. TOEFL iBT: 80. Pearson Test of English (PTE): 59. Duolingo English Test: 105.
Exemption Conditions from Language Requirements:
- Applicant has completed a bachelor’s degree in one of the majority English-speaking countries within the last two years.
- Applicant has achieved a bachelor’s degree from a recognised university (according to NARIC), where the Method of Instruction was entirely in English (teaching and assessment).
- Applicant has completed a qualification equivalent to a UK degree in:
- Antigua and Barbuda
- Australia
- The Bahamas
- Barbados
- Belize
- Canada
- Dominica
- Grenada
- Guyana
- Ireland
- Jamaica
- Malta
- New Zealand
- St Kitts and Nevis
- St Lucia
- St Vincent and the Grenadines
- Trinidad and Tobago
- UK
- USA
You can apply now to study with BSBI! It’s quick and easy, here’s how it works:
Our Admissions Team will liaise with you with regards to next steps
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Select the programme and intake you want to apply for
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Edge Student Hub
Finding the perfect place to live while you study is crucial. BSBI has partnered with Edge Student Hub, to provide an accommodation package that ensures you have a comfortable from day one in Germany. Located just 45 minutes from central Berlin, the accommodation provides convenience and ease. Shared rooms start at €599 per month, with single rooms and shared apartments also available. Secure your ideal living arrangement and focus on your studies without any worries.
Bring a Friend and save €500!
If you have a friend who is also planning to study in Berlin, let your Accommodation Advisor know. You can receive a €500 discount on your final month’s rent for a Shared Room*. Please note that your friend must be enrolled at Gisma, BSBI, UE Germany, or Arden Berlin to qualify for this offer.
