Dr Kiran Gullia

PI, University of Wolverhampton

Dr Gullia has extensive experience in additive manufacturing, nanotechnology, materials science and AI. She has developed novel additive manufacturing techniques, such as composite reactive metals manufacturing and lattice structures. She has also developed novel nanotechnology applications, such as biomedical nanodevices and nano printing. In addition, she has a deep understanding of materials science and has developed novel materials, such as composite reactive metals and nanomaterials. Dr. Gulia’s career began with a focus on semiconductor technology, initiating research into epitaxial deposition of GaAs and GaN using Metal-Organic Chemical Vapor Deposition (MOCVD) and Molecular Beam Epitaxy (MBE). Her proficiency was developed in wafer fabrication, IV characterization, and dicing, establishing a solid foundation in materials science and manufacturing.

After completing a PhD in Optoelectronics at Heriot-Watt University, the professional expanded expertise in the U.S. and advanced additive manufacturing at the University of Birmingham, securing patents in collaboration with BAE-MBDA. A growing interest in sustainable energy led to a German collaboration and culminated in receiving a British Council Springboard award for a project exploring the feasibility of using extracted materials, such as silicon and copper, for next-generation solar cells. Her career portfolio is developed through Knowledge Exchange, Collaborations, Outreach and Research. In addition to her technical expertise, Dr Gulia is a natural team player and a leader at collaborating and working with various partners. She is also an entrepreneur and has a strong track record of innovation. She is passionate about promoting sustainable technologies and is sure to make a significant contribution to Project Green Loops.