Oxford Engineering Online Summer Course

Course Description: Oxford Engineering Online Summer Course

Our online programmes deliver an academically rigorous curriculum led by tutors from leading universities. We provide a structured, live learning environment where students can interact in real-time with their peers and tutors. Families can feel confident in a trusted organisation known for high teaching standards, small class sizes (maximum 15 students), and a supportive digital community.

Curious about a career as an engineer? The Online Engineering Academy offers the perfect opportunity to explore core concepts in the field of engineering from anywhere in the world.

Through live, interactive tutorials (not pre-recorded), you will explore cutting-edge technologies, refine your technical skills, and solve real-world problems. Guided by expert tutors from leading universities such as Oxford and Cambridge, you will create engineering drawings, apply mechanics principles, and design your own hydraulic mechanisms.

Course Content & Learning Objectives

1. Introduction & Aerodynamics

• Understand what to expect from the course curriculum, set group norms, and understand the overall task for the course.

• Aerodynamics: Identify the origins of lift and drag and discuss how these forces impact aerodynamic design across wings, aircraft, and automotive engineering.

2. Maths Behind Engineering and Computing

• Recognise key mathematical concepts essential to engineering, including basic calculus, resolving forces using trigonometry, vectors, and matrices.

• Applied Mechanics: Apply these mathematical ideas to basic engineering scenarios and calculate key mechanics equations used by professionals.

3. Electronics

• Identify the fundamental principles of electricity and electromagnetism and learn the main components of electrical circuits.

• Analysis: Apply these principles to identify how specific machines work and outline the typical lifecycle of an engineering project.

4. Thermodynamics

• Outline thermodynamic cycles and study the fundamental laws of thermodynamics.

• Engines: Explain how thermodynamic principles are applied in the design and operation of modern engines.

5. Hydraulics and Pneumatics Systems

• Investigate the theory behind hydraulic and pneumatic systems and outline how they function in industrial applications.

• Problem Solving: Identify and solve issues in the design of specific systems and determine when it is appropriate to apply each technology to an engineering problem.

6. Human Centred Engineering

• Discover the principles of human-centred design and engineering, focusing on how products can be elevated through better user-focused ergonomics.

• Design Solution: Research and design a mechanism that applies these principles to solve a specific design challenge.

7. Technical Drawings

• Understand the vital purpose and importance of engineering drawings in the design and manufacturing process.

• Visual Communication: Develop basic skills in creating and reading technical drawings, ensuring accurate dimensions and relevant technical information.

8. Biomedical Engineering

• Understand the interdisciplinary nature of biomedical engineering and its life-saving applications in modern healthcare.

• Specialisations: Identify key areas such as medical imaging, prosthetics, tissue engineering, and medical robotics.

9. Technologies of the Future

• Explore emerging technologies that have the potential to shape the future, such as Artificial Intelligence, nanotechnology, and quantum computing.

• Implications: Discuss the ethical, social, and environmental implications of these technologies and explore future career pathways in the field.

10. Hands-on Design Project and Presentation

• Put your skills to the final test by presenting your original design project to your peers and tutor.

• Feedback: Receive detailed feedback on your project and participate in reflections and a formal closing to celebrate your achievements.

Meet Your Tutor 👩‍🏫

Liam Obuobie MEng Hons, EngTech MIMechE MIET

Liam holds a Master of Engineering with Honours in Mechanical Engineering from Newcastle University and is currently a Fire Safety Engineer at Arup. He became EngTech registered during his university industrial placement—a rare achievement among UK students. Liam has extensive industrial experience in aerospace engineering, automotive engineering, and data analytics, and has a passion for inspiring the next generation of scientists and engineers.

Please note, our faculty members may be subject to change.

Develop Your Engineering Skills

Immerse yourself in the fascinating world of engineering by tackling real-world challenges, participating in masterclasses, and learning from an inspirational tutor.

Master Fundamental Engineering Concepts

• Master key concepts such as lift and drag, thermodynamics, and electromagnetism – all under the guidance of our expert tutors from leading universities like Oxford and Cambridge.

Be Mentored by an Expert Academic

• Work closely with an academic mentor on real-world engineering challenges. Whether resolving forces using trigonometry, outlining the lifecycle of an engineering project, or solving design flaws, you’ll gain invaluable experience, working through problems just like the experts.

Connect with Future Engineers

• Join our weekly video socials to meet fellow students from around the world. These casual, fun events feature games, quizzes, and group activities, offering a chance to unwind, socialise, and make lasting connections with others passionate about engineering.

Hear From a Graduate 💬

Ophelia Ridgwell - Oxford Graduate

“This program has taught me to actively seek out opportunities, rather than waiting for them to come to me. The Experience Academy was an action-packed two weeks, with seemingly endless possibilities inside and outside the classroom.”

Practical Information

• Format: Live tutorials (Zoom or similar platform)

• Timings: Tutorials take place from 1pm – 3pm UK Time

• Dates: June – August (1 or 2-week programmes available)

• Class Size: Maximum 15 students to ensure personalised attention

• Requirements: Ages 15-18; Laptop with camera/mic; English level B2/C1

• Tuition Fee: £595 (1 week) or £995 (2 weeks)

What’s Included in Your Tuition Fee

Academics

• 20 Hours of live teaching (over two weeks)

• 4 Hours of Masterclass sessions

• Preparatory reading list & independent study assignments

• Detailed, personalised feedback on your engineering projects

Graduation & Beyond

• Formal Online Graduation Ceremony

• Personalised Letter of Recommendation from your tutor

• Official Certificate of Achievement

• Invitation to the Ambassador Programme

• Ongoing academic advice and support