Ololade Borisade
Senior Automation Design Engineer @Azenta Life Sciences
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WORK HISTORY
Senior Automation Design Engineer @Azenta Life Sciences
Currently playing a key role in early-stage system design, leading feasibility assessments, contributing to design reviews, and specifying motors and gearboxes for robotic systems to ensure performance, reliability, and scalability prior to design verification.• Building a centralised module database across product lines, improving engineering knowledge sharing and equipping commercial teams with accurate, technically validated product insights-• Developed a data-driven throughput calculator for BioArc Flex and Ultra systems, improving visibility of operational performance and enabling faster, data-led decision-making.• Led a full performance optimisation review of the BioArc Flex automated system, identifying enhancements (including increased axis speeds and motion parallelisation) that directly contributed to securing a multi-million-pound customer contract.• Secured innovation funding by initiating and leading a collaborative research project with a partner university, focused on improving reliability and efficiency of next-generation automation systems.
EDUCATION
The University of Manchester
Master of Science (MSc), Advanced Control and Systems Engineering
Queen Mary University of London
Doctor of Philosophy (PhD), Mechanical Engineering (Robotics)
University of Surrey
Bachelor of Engineering (BEng), Electronic Engineering
ABOUT OLOLADE BORISADE
I’m a Senior Automation Engineer specialising in robotics, motion control, and high-performance automation systems, with a focus on improving reliability, throughput, and operational efficiency in complex engineering environments.I design and optimise automation solutions for multi-million-pound projects, delivering measurable improvements in system performance and contributing directly to high-value commercial outcomes.My experience spans early-stage system design through to verification and optimisation, including feasibility studies, component specification, and performance engineering of robotic systems.I have led optimisation initiatives, developed engineering tools, and secured innovation funding through collaborative research programmes focused on advancing next-generation automation technologies. My work includes peer-reviewed publications and award-winning research in robotic control methods.With a strong foundation in ISO 9001 and ISO 13485, I bring a structured, quality-driven approach to engineering. I thrive in cross-functional environments and enjoy solving complex technical challenges using data-driven and practical solutions.I’m particularly interested in opportunities where automation, innovation, and performance optimisation intersect to deliver meaningful and scalable impact.
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