Welcome to the latest Frewer Engineering newsletter.

This month’s issue introduces our new graduate engineer, an insight into life at Frewer’s, our experience working on space technology, and why shock and vibration analysis is integral to engineering solutions.

We hope you enjoy the read!

Our New Graduate Engineer

We’re excited to welcome Benito Barker, the newest graduate engineer to join the Frewer Engineering team! Beni brings fresh perspectives and a passion for innovative design, making them a perfect fit for our collaborative and dynamic culture.

Graduating from the University of Nottingham with a MEng in Aerospace Engineering, Beni is already contributing to various projects across multiple industries including aerospace, renewables, and marine. Beni’s particularly excited to deepen his knowledge of cutting-edge simulation techniques and apply this to solve complex engineering challenges.

At Frewer Engineering, we believe in nurturing talent and fostering growth. Beni will be working alongside our experienced team, developing his skills and delivering high-quality solutions for our customers.

Please join us in giving Beni a warm welcome! We’re looking forward to seeing the great things he’ll achieve as part of the Frewer team.

A Day in the Life of Our Graduate Engineers

Ever wondered what it’s like to work at Frewer Engineering? Our graduate engineers are at the heart of our projects, driving solutions for industries such as aerospace, marine, and green technology. From contributing to cutting-edge designs to solving complex numerical challenges, no two days are ever the same.

We’ve captured a glimpse of their day-to-day experiences in a short video that highlights not only their technical work but also the supportive and dynamic culture that defines Frewer Engineering. See how they tackle challenges, share ideas, and contribute to projects that make a difference.

Whether you’re considering joining us or just curious about what makes Frewer unique, this is your chance to get an inside look at the exciting journey our graduate engineers embark on every day.

Driving Innovation in Space Propulsion Systems

Space propulsion is at the forefront of technological innovation, enabling satellites, spacecraft, and exploration missions to reach new frontiers. Developing these systems requires precision, reliability, and expertise to overcome the extreme conditions of space.

At Frewer Engineering, we are proud to bring our advanced design and analysis capabilities to the development of cutting-edge propulsion technologies. Our expertise in structural, thermal, and fluid dynamics analysis ensures that components can withstand intense forces, vibrations, and thermal loads during launch and operation.

From conceptual design to detailed analysis and testing support, our multidisciplinary team collaborates closely with clients to optimise performance and reduce risks. Whether it’s supporting electric propulsion systems, chemical thrusters, or hybrid designs, our solutions help drive the future of space exploration.

Contact us today to discuss your projects or learn more about our experience in this field.

Why Shock and Vibration Analysis Matters

Shock and vibration analysis is essential for ensuring the reliability and safety of critical components across industries like aerospace, marine, automotive, and renewables. By understanding how structures and systems respond to real-world conditions, our analysis helps prevent failures, extend lifespans, and optimise performance.

At Frewer Engineering, we specialise in delivering comprehensive shock and vibration analysis tailored to your project needs. Our expertise not only identifies potential risks but also provides actionable solutions, helping our customers reduce uncertainty and achieve their goals with confidence.

Contact us today for examples of our work or to discuss how we can support your emerging requirements

Service Offering Survey

At Frewer Engineering we’re proud to support our customers with the following range of core service offerings:

• Engineering Design
• Composites Design
• Structural Analysis
• Fluid Dynamics & Thermodynamics
• Rotordynamics
• Mathematical Modelling
• Design Programme Management
• Requirements Capture

Please help us improve our services by sharing your feedback through a quick 2-minute survey, sharing which of the above you know about and which, if any, that you use.

Thank you for helping us grow together!