Manufacturing engineering is more than just creating products—it’s about shaping the world we live in; it’s about solving complex problems and shaping a sustainable future.
For Dr. Ben Britton, a professor of materials engineering and a leading figure in the UBC Manufacturing Engineering (MANU) program, manufacturing lies at the heart of tackling some of the world’s most pressing challenges. Dr. Britton inspires students to think bigger and bolder about their impact as engineers through his research, transformative teaching, and advocacy for equity, diversity, and inclusion (EDI).
Dr. Britton’s research focuses on the micromechanics of materials—studying how metallic alloys and ceramic composites behave under extreme conditions. These materials, critical for industries such as aerospace, nuclear power, and clean energy, are the backbone of high-performance engineering. Through his Experimental Micromechanical Characterization Research Group, which operates at both UBC and Imperial College London, Dr. Britton develops innovative techniques to better understand the strength and performance of these materials.
What makes his research particularly impactful is its connection to sustainability. By improving material efficiency and durability, his work directly contributes to reducing waste, optimizing resource use, and enabling cleaner technologies. “Sustainability in manufacturing isn’t just about efficiency,” Dr. Britton explains. “It’s about rethinking what we make and why, ensuring that every decision aligns with a better future.”
Bridging Research and Teaching
In the classroom, Dr. Britton’s passion for innovation and sustainability comes to life. Teaching courses like MANU 480: Advanced Manufacturing Processes II and MANU 458: Manufacturing for Clean Energy, he challenges students to explore the intersection of advanced manufacturing techniques and global challenges.
His teaching goes beyond technical skills. Students learn to critically assess the societal and environmental impacts of their work. “Engineering decisions don’t happen in a vacuum,” he says. “Understanding the broader context of what we create is just as important as mastering the tools to create it.”
Through hands-on projects and real-world examples, Dr. Britton ensures his students leave the program equipped not only with cutting-edge knowledge but also with the critical thinking skills needed to innovate responsibly. His courses often link directly to his research, offering students a front-row seat to the latest advancements in clean energy and materials science.
Creating Inclusive Spaces in Engineering
Beyond his research and teaching, Dr. Britton is a strong advocate for equity, diversity, and inclusion in engineering. As Chair of the MANU EDI Committee, he works to build a community where every voice is valued. Through workshops, mentorship, and policy initiatives, Dr. Britton aims to dismantle barriers and create an environment where students from all backgrounds can thrive.
“Diversity isn’t just about fairness,” he says. “It’s essential for innovation. The more perspectives we bring to the table, the better we can solve the problems of tomorrow.”
His efforts to instill EDI principles across the program have had a lasting impact, fostering a culture where inclusivity and collaboration are prioritized. By leading with empathy and fairness, Dr. Britton is helping shape a new generation of engineers who are not only technically proficient but also socially conscious.
Lessons for MANU Students
For students, Dr. Britton’s advice is simple but profound: embrace adaptability, collaboration, and curiosity. “Engineering is a marathon, not a sprint,” he reflects. “Celebrate the small wins, support your peers, and recognize that your classmates today will become your collaborators tomorrow.”
He also urges students to think big. Manufacturing engineers have the power to address global challenges, from advancing clean energy to scaling sustainable technologies. “The question isn’t just how we make things—it’s why we make them and the impact they’ll have on the world,” he says.
Shaping the Future of Manufacturing
As the field of manufacturing evolves, Dr. Britton’s work exemplifies the integration of technical excellence, sustainability, and inclusivity. His contributions inspire students to lead with purpose and think critically about their role in creating a better future. Whether it’s through groundbreaking research, engaging teaching, or fostering diverse communities, Dr. Britton continues to raise the bar for what manufacturing engineering can achieve.
For UBC MANU students, the takeaway is clear: stay curious, collaborate effectively, and never lose sight of the bigger picture.
In Dr. Britton’s words, “Engineering isn’t just a career—it’s a chance to change the world.”