Ravi Mosurkal

Ravi Mosurkal serves as Adjunct Professor at the University of Massachusetts Lowell's Center for Advanced Materials and Research Chemist/Co-Director at the US Army Combat Capabilities Development Command (CCDC) Soldier Center. His dual military-academic role since 2009/2010 focuses on translating fundamental materials research into soldier protection systems.

His educational foundation includes:

• Ph.D. in Chemistry, University of Hyderabad, India (1992-1997)
• MPhil in Chemistry, University of Hyderabad, India (1991-1992)
• MSc in Chemistry, Osmania University, India (1989-1991) - Gold Medal for University Rank I
• BSc in Chemistry/Physics/Mathematics, Osmania University, India (1986-1989)

Dr. Mosurkal's research integrates enzymatic synthesis with advanced materials engineering to solve military challenges. His work on structure-property relationships enables development of eco-safe flame retardants, antimicrobial polymers, and organic solar cells through quantum chemical modeling and spectroscopic validation. This interdisciplinary approach spans nanomaterials, biomimetics, and renewable energy conversion, uniquely addressing both soldier protection needs and environmental sustainability requirements.

His distinguished recognition includes:

• US Army Research and Development Achievement Award (2011)
• National Research Council Senior Research Associateship (2004-present)
• Royal Society of Chemistry Chartered Chemist (2002)
• Indian National Research Fellowships (1992-1997)

As Co-Director of HEROES at CCDC Soldier Center, Dr. Mosurkal leads Army-funded projects developing next-generation protective materials. His adjunct role at UMass Lowell facilitates academic collaboration, particularly in sustainable synthesis methods. While maintaining active defense research leadership, he contributes to materials science education through specialized mentorship in military-critical applications. His laboratory work focuses on bio-catalytic processing for flame retardant systems, antimicrobial textiles, and energy-harvesting materials, directly impacting soldier survivability and operational effectiveness.