Accelerating ambition: How Amelie Rohan engineered her future at Cranfield

In the world of high-performance automotive engineering, the gap between being a “fan” and being a professional is measured in more than just miles. It is measured in technical precision, hands-on grit, and a powerful professional network.

For Amelie Rohan, that journey began at Durham University, where she completed a BSc in Mathematics. While this degree provided a rigorous analytical foundation and strong problem-solving skills, Amelie knew that breaking into the elite world of motorsport and automotive consultancy required a more applied, engineering-focused “turbocharge.” Acting on the advice of mentors and inspired by the energy she felt at a Cranfield Open Day, Amelie realised that if she wanted to translate her mathematical background into real-world engineering impact, Cranfield University was the ideal next step to studying a postgraduate degree in Automotive Engineering.

The power of focus: Immersion over everything

At Cranfield, the learning environment doesn’t just teach the industry, it mirrors it. Amelie found herself immersed in the university’s signature intensive two-week teaching blocks. From 9am to 5pm, every distraction was stripped away, leaving only the student and a singular engineering challenge.

While the pace was demanding, the results were transformative. This structure allowed Amelie to truly “live” a subject—breathing in technical nuances and deconstructing complex systems before shifting gears to the next module. It was a rhythm that built the mental stamina and focus required for the fast-paced professional world.

Real-world simulations:

While lectures provided the blueprint, Amelie found that the “real magic” happened when the books were closed and the projects began. The MSc course utilised two major pillars to prepare her for the workplace:

• The Group Design Project (GDP): This served as a masterclass in collaboration. Working on multi-faceted systems with a diverse team, Amelie learned that engineering is as much about communication and shared problem-solving as it is about complex calculations.
• The Individual Research Project (IRP): This was Amelie’s ultimate highlight. Granted the freedom to pursue a topic she was “genuinely obsessed with,” she transformed her research into a passion project. The thrill of discovering something new in a field she loved was the moment she transitioned from a student to a specialist.

A seamless shift to MAHLE Powertrain

Today, Amelie is putting that academic preparation to the test every single day. Now working as a Graduate Engineer at MAHLE Powertrain, she describes the transition from the lecture hall to the consultancy as “seamless.”

Cranfield provided Amelie with more than just a diploma; it gave her a professional toolkit that she opens daily. At MAHLE, a leading name in engineering consultancy, she draws on three key pillars from her master’s:

1. Technical expertise: Applying core physics to solve real-world powertrain challenges.
2. Software proficiency: Navigating the exact digital platforms used by industry leaders.
3. Project management: Managing the shifting deadlines and varied scopes of high-level consultancy work.

The Group Design Project proved to be the perfect rehearsal for her career. The collaborative problem-solving she practiced on campus is exactly what she does now, the only difference is that her results are now heading directly to the global market.

Life in a “world of its own”

Even as a British student familiar with the UK system, Amelie found Cranfield to be a unique ecosystem. During the project phases, the rigid schedule gave way to a professional level of flexibility.

Success for Amelie wasn’t just about crunching numbers or perfecting CAD models; it was about learning to manage her own time and find a personal rhythm. She discovered the importance of balancing high-stakes engineering with the social connections and “fun” that make the postgraduate journey a life-changing experience.

Looking ahead

With a clear goal to stay hands-on and continue solving the problems that move the world, Amelie has entered the industry not just as a graduate, but as a confident peer. Her story serves as an inspiring roadmap for any aspiring engineer: when you choose a path fuelled by genuine curiosity, the work doesn’t feel like a chore, it feels like a pursuit.