Rahul Mandal, winner of The Great British Bake Off 2018, combines his passion for baking with a career as a research scientist, inspiring others in both fields.
Rahul is represented by Yellow Poppy Media, an agency for talent management. The website promotes him as the winner of The Great British Bake Off 2018.
Rahul Mandal is listed as a talent on LetsEngage, described as a culinary guru in baking. The platform highlights his journey discovering new styles of cooking after moving to the UK.
Rahul Mandal, along with Chuen-Yan Tsou, was featured in an article titled 'The sourdough loaves that led two scientists to fame on The Great British Bake Off,' discussing how their scientific backgrounds relate to baking.
Rahul Mandal teamed up with other Great British Bake Off stars to create an edible, working clock cake for National Engineering Day, highlighting the connection between baking and engineering.
Rahul Mandal was born in India and later moved to the United Kingdom, where he began his baking journey out of necessity around eight years prior to 2018. He started cooking daily after relocating, and baked his first cake in 2016, which he shared with colleagues at work. This early exposure to British baking through feedback from his co-workers shaped his initial development as a baker. He had no prior experience using an oven in India and learned to operate one from his housemates in the UK.
In 2018, Rahul Mandal gained public recognition as a contestant on the ninth series of The Great British Bake Off, also known as The Great British Baking Show in the US and Canada. Throughout the competition, he consistently demonstrated skill and precision, earning three Hollywood Handshakes and being awarded Star Baker twice. His journey culminated in him being crowned the winner of the series on October 30, 2018. Following his win, he continued to be involved in baking, including winning the New Year’s Bake Off in 2021.
Professionally, Rahul Mandal is a research scientist. He holds a PhD in Optical Engineering from Loughborough University, where his thesis focused on the ‘Calibration and adjustment of coherence scanning interferometry’. After graduation, he joined the Nuclear Advanced Manufacturing Research Centre (AMRC) at the University of Sheffield as a Research Associate. His work at the Nuclear AMRC involves developing automated inspection techniques for large nuclear components and investigating the cleanliness of nuclear components to identify potential flaws. He is also a volunteer STEM Ambassador, working to inspire young students in science and engineering.
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