Dr. Abhishek Sanoria

- Global lead for styling and premium shaving portfolio for Braun, delivering two Global initiatives (10 MM$+) - Acting as the bridge between the consumer needs, the product, the technology and the Business to create value for the consumers and the company - Defining the product, portfolio and consumer marketing strategy by understanding deep consumer insights - Selected as one of the best 20 Ph.D. candidates across Europe (2016)

- Consulting expertise to several industrial clients (chemicals/ polyolefins, pharma, renewable energy) for enhancing their product quality using Analytical Chemistry- Spectroscopic and Chromatographic techniques

- Developed micro-robot coatings, for non-invasive eye surgery and targeted drug delivery applications, being one of the next breakthroughs in medical surgery. - Published a novel method for developing new materials for polymer doping, having various applications in microfluidic devices for biomedical applications.

- Worked on developing carbon fiber/epoxy resin composites, which led to fabricating stronger (10% increase in strength) and lightweight composites for aerospace applications.

- Analyzed and modelled the adhesion of carbon nanotube sheet-composites, foreseen as the prospect material for creating the ambitious ‘Elevator to space’. - Student organizer for 2 conferences, NT’11 (Materials dept.) and TVC’11 (Judge Business School) as a member of the marketing and logistics teams.

- Formulated high strength, antistatic additives for the automobile industry. - Developed ‘intelligent curing additives’ for making the curing of rubber less environmentally hazardous. - Proposed a new product line, based on natural fibers/rubber composites, including a comprehensive market analysis determining the scope and profit margins with the new ‘Green line of products’.

- Developed novel methods for enhancing the durability and performance of everyday plastic products using expertise in several branches of analytical chemistry, with a major focus on Raman spectroscopy

- Developed a method to control the surface properties of electrodeposited polymers, aimed at lab on a chip application for medical diagnostics such as faster transfer and controlled release in the human body.