Meet Katherine Healey, mechanical engineer at Ex-Tech Signalling
17 June 2025
In celebration of Women in Engineering Day, we would like to introduce Katherine Healey, Mechanical Engineer in our Technical Department, and learn more about her career path, current projects, and advice for the next generation of female engineers.
Katherine Healey’s role at Ex-Tech Signalling extends far beyond the typical job description. As a Mechanical Engineer in our Technical Department, she serves as the subject matter expert for our CAD (computer aided design) system whilst working alongside colleagues on product certification, new product design, and portfolio variations.
Her responsibilities span from creating and maintaining technical drawings and documentation to managing item master data and supporting other departments with improvements. She even finds time to water the office plant!
Finding engineering through diverse interests
Katherine’s path to engineering wasn’t predetermined by an early fascination with machines or technology. Instead, she approached her education with curiosity across multiple disciplines, studying a variety of subjects spanning both sciences and humanities for GCSE and A-Level.
“Engineering is a good synthesis of the creative and the technical,” Katherine explains. “You need an understanding of the underpinning principles and a methodical and analytical approach but also the ability to critically interpret information and think outside the box to find creative solutions.”
This balanced perspective on engineering as both an analytical and creative discipline challenges common misconceptions about the field and demonstrates how diverse academic interests can converge in engineering careers.
Building expertise through experience
Katherine’s entry into engineering began with an Advanced Apprenticeship at Gleason Cutting Tools Ltd following her A-levels. This practical introduction taught her valuable lessons that extended beyond technical skills.
“It taught me a great deal about engineering and a lot about working with people and how to adapt to new environments,” she reflects.
Currently, Katherine is tackling one of her most significant professional challenges: the complete re-engineering and recertification of an entire hazardous area product line. This complex project requires overhauling systems, documentation, and designs – work that will substantially improve the product line’s future state.
Practical advice for aspiring engineers
When asked what guidance she would offer young women considering engineering careers, Katherine emphasises the importance of seeking comprehensive support and taking ownership of professional development.
“If pursuing an apprenticeship or entering the workplace following university, ensure the company are providing a fully rounded training experience, and support in your career, and be prepared to advocate for your own career development,” she advises. “Take advantage of opportunities for training or expanding your subject knowledge whenever you are able.”
Her approach to career development reflects the collaborative nature of her work environment. Katherine acknowledges the skilled colleagues across various roles who have supported her throughout her journey, highlighting how mentorship and teamwork contribute to professional growth.
AI in engineering: Opportunity or risk?
As the engineering landscape continues to evolve, Katherine identifies artificial intelligence as a significant development to monitor. Her measured perspective reflects the analytical thinking that characterises her approach to engineering challenges.
“AI is a tool that holds great promise, but also great risks if applied inadvisably or without proper consideration,” she notes.
Engineering as a practical choice
Katherine’s decision to pursue engineering was driven by practical considerations alongside personal interests. The field allowed her to remain local whilst gaining qualifications without accumulating debt through an apprenticeship – factors that made engineering an accessible and logical career choice.
For young women considering a career in engineering, Katherine’s journey shows that success comes from combining analytical thinking with creativity, adaptability, and a curiosity to keep learning. Most importantly, it proves that engineering is not only possible, but powerful, for women ready to shape the future.
