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Within the Advanced Powertrain and Fuels research domain, our team excels at enhancing engine performance while minimizing environmental impact. We achieve this by pioneering innovative combustion techniques, control systems, and boosting solutions. Our facilities house cutting-edge camless and direct injection research engines, complemented by sophisticated laser and optical instrumentation for comprehensive fuel and engine analysis - specifically through the integration of experimental and computational approaches using advanced laser diagnostics in transparent engine prototypes. Our work on regenerative braking systems significantly contributes to our technology transfer initiatives. We're particularly focused on establishing sustainable bio-fuel production networks, alongside pioneering methods for converting industrial waste into bio-fuels and creating combustion systems specifically designed for bio-fuel applications.
Career development opportunities
Throughout your PhD studies and for three years post-graduation from Brunel, you'll benefit from personalized career guidance. We advocate for proactive career planning and skill development from your first research day, particularly valuable if you're still exploring professional directions. Our career services encompass digital resources, individual advising sessions, and diverse professional development events. The Professional Development Center organizes an annual schedule of career-building activities including industry presentations, job fairs, employer networking events, and skill-building seminars. Additionally, when opportunities arise, you may engage in compensated academic work, as we value teaching and research assistant roles as vital components of professional growth.
MPhil pathway offered