This Machine Design article tells the story of Christine Rice, who made a bold leap from culinary arts to engineering. Christine Rice spent two decades working in food styling and commercial photography after earning a degree in photography from Ohio University. The COVID-19 pandemic disrupted her freelance trajectory, prompting a reflection on her long-term career path. She realized the physical demands of professional kitchens were unsustainable over time and spotted parallels between her creative work and engineering problem-solving.
Inspired by conversations with family engineers and a chance LinkedIn interaction, Rice entered the engineering field by enrolling at The Ohio State University (OSU) in January 2025. She targeted the Integrated Systems Engineering program and began working in OSU’s Center for Design and Manufacturing Excellence’s Additive Manufacturing Division.
Rice notes that her experience in the kitchen, i.e., iterative recipes, tight timelines, and creative adjustments, is surprisingly useful in engineering: whether failing fast with a 3D-printed part or retrying a build, the mindset is similar. She moved from food-styling deadlines to 3D-printing titanium and nickel parts in lab settings.
One of the biggest hurdles: returning to math and technical coursework after years in non-technical roles. But mentorship and a hands-on environment helped her overcome imposter syndrome and build confidence. In contrast to high-stress cook-kitchens, she found engineering labs more supportive of experimentation.
Rice shifted from civil engineering to integrated systems engineering as her academic home; it allows her to span additive manufacturing, infrastructure design, and broader systems thinking. Her journey amplifies two core messages for engineers and tech creatives: diverse backgrounds bring fresh perspective; and success often rests on the willingness to fail, iterate, and persist.
Rice’s story is a strong example of cross-disciplinary reinvention: the tools of visual composition, material sense, and problem-solving she built in culinary and photography are now driving innovation in engineering.