Dr Abhinav Priyadarshi
Academic Research Officer
School of Engineering, Computing and Mathematics
Role
As an Academic Research Officer at Oxford Brookes University, Dr. Abhinav Priyadarshi conducts innovative research in applied ultrasonics within the Faculty of Health Science and Technology. His work focuses on advancing materials science and developing sustainable technologies, particularly through ultrasonic processing and environmental remediation. Dr. Priyadarshi is engaged in knowledge exchange, collaborating with industry and academic partners to translate research into impactful solutions. He serves as the network lead and chair of the Research only Staff Network (ROSN) and as a steering group member of the Sustainable and Resilient Futures (SRF) research network, promoting a collaborative and interdisciplinary research environment. Additionally, he contributes to supporting grant writing applications for EPSRC, British Council, NFFA etc.
Teaching and supervision
Modules taught
- ENGR4003
- ENGR5003
- ENGR5055
- ENGR4010
- ENGR4008
Dr. Abhinav Priyadarshi is also an Associate Lecturer within the school of Engineering Computing and Mathematics, delivering practical laboratory sessions for undergraduate modules ENGR4003, ENGR5003, and ENGR5055, where he guides students in hands-on experimentation and technical skill development. He is also involved in tutorials and seminars for ENGR4010 and ENGR4008, helping students with subject matter. Dr. Priyadarshi provides technical supervision to final-year undergraduate and postgraduate students, as well as PhD candidates, offering expertise in research design, processing, and material characterization. He collaborates with postdoctoral research associates (PDRAs) to advance research projects at Cav-iT lab, creating a supportive mentoring ecosystem. His commitment to education has earned him an Associate Fellowship of the Higher Education Academy (AFHEA) from Advance HE in 2025.
Research
Dr. Abhinav Priyadarshi’s research interest is a dynamic blend of materials development, characterization and ultrasonic processing, reflecting over five years of multidisciplinary expertise spanning advanced materials processing, environmental remediation, and industrial applications. Based at the Cav-iT laboratory at Oxford Brookes University, he conducts investigations into ultrasonic cavitation, developing innovative reactors for diverse purposes ranging from the production of metal powders for additive manufacturing to the fragmentation and de-agglomeration of intermetallics and oxides in aluminium alloys. His current flagship project focuses on a hydrodynamic reactor to degrade PFAS ("forever chemicals") in wastewater, a breakthrough initiative recently awarded a £100k grant from the British Council (2024-26). This work builds on his extensive experience in sustainable technologies, aligning with global priorities in environmental protection.
Dr. Priyadarshi’s expertise extends beyond ultrasonics to encompass thin-film deposition, polymer grafting, and surface engineering, honed through prior research at prestigious organizations like IFW Dresden, National Aerospace Laboratories in Bangalore, NTU Singapore, Institute for Plasma Research in Gandhinagar and IIT Roorkee. His proficiency in advanced characterization techniques including SEM, XRD, DSC, nanoindentation, high-speed X-ray and optical imaging, and acoustic emission analysis enables him to unravel complex material behaviours across meso, micro and nano scales. His interdisciplinary approach integrates fundamental science with practical innovation and solutions. With over 25 peer-reviewed publications in prestigious journals and international conferences, Dr. Priyadarshi’s work bridges academia and industry, devising solutions for advanced material processing focussed towards environmental remediation and sustainability.
Dr. Priyadarshi’s expertise extends beyond ultrasonics to encompass thin-film deposition, polymer grafting, and surface engineering, honed through prior research at prestigious organizations like IFW Dresden, National Aerospace Laboratories in Bangalore, NTU Singapore, Institute for Plasma Research in Gandhinagar and IIT Roorkee. His proficiency in advanced characterization techniques including SEM, XRD, DSC, nanoindentation, high-speed X-ray and optical imaging, and acoustic emission analysis enables him to unravel complex material behaviours across meso, micro and nano scales. His interdisciplinary approach integrates fundamental science with practical innovation and solutions. With over 25 peer-reviewed publications in prestigious journals and international conferences, Dr. Priyadarshi’s work bridges academia and industry, devising solutions for advanced material processing focussed towards environmental remediation and sustainability.
Groups
Further details
Dr. Abhinav Priyadarshi’s career began at CSIR-National Aerospace Laboratories (2013-2014), where he developed wear-resistant nickel alloy coatings for aerospace tools. He later contributed to the LIGO India project as a Project Engineer at the Institute for Plasma Research (2014-2016), analysing cryogenic systems. His academic journey includes a Master’s in Metallurgical and Materials Engineering from IIT Roorkee (2016-2018), supported by an MHRD scholarship, and international research at NTU Singapore (2017) and TU Dresden (DAAD fellowship, 2017-18). His PhD from Oxford Brookes University (2018-2022) focused on ultrasonic processing of aluminium alloys, conducted with industry collaboration. Recognized with awards like the British Council International Science Partnership Fund grant (2024-26) and Horizon 2020 NFFA Europe grant (2020-21), Dr. Priyadarshi brings a wealth of expertise to his current role.
Media
Dr. Abhinav Priyadarshi’s work on PFAS removal from wastewater has been featured on BBC and ITV, spotlighting its potential to tackle a critical environmental challenge. This media coverage reflects the societal relevance of his research and its contribution to sustainable innovation.
Media
Dr. Abhinav Priyadarshi’s work on PFAS removal from wastewater has been featured on BBC and ITV, spotlighting its potential to tackle a critical environmental challenge. This media coverage reflects the societal relevance of his research and its contribution to sustainable innovation.