Dr. Manoj K. Choudhary
Regarded as a foremost international expert in application of physical and chemical sciences, engineering analysis, materials science, and advanced computational modeling for process and product innovation. Successfully and cost-effectively resolve process and product performance issues and enhance productivity, process efficiency, and customer satisfaction by drawing on extensive experience and world-renowned expertise in engineering, materials science, modeling and simulation, and project management. Drive R&D teams and professional organizations to excellence through strategic planning, initiatives, coaching, mentoring, and proficient leveraging of resources.
Professional Spotlight
Manoj Choudhary is no stranger to the spotlight. His legacy in the glass and ceramics worlds glows with transformative achievements, countless keynote addresses, and prestigious honors recognized globally. Dr. Choudhary is a staple at Ohio State by serving as an adjunct professor and guest lecturer in MSE classes. The Department of Materials Science and Engineering celebrated Manoj in June after he won the International Congress on Glass (ICG) President's Award, which is presented to the individual who has made 'outstanding lifetime contributions to the international glass community in areas such as scientific discoveries, engineering developments, artistic accomplishments, leadership, and communications'. Four months later, Choudhary added another notable accomplishment by being invited to deliver the Atma Ram Memorial Lecture at the Central Glass and Ceramic Research Institute (CGCRI) in Kolkata, India. CGCRI is a national research institute under the Council of Scientific and Industrial Research (CSIR) in India. His lecture was titled, 'Materials Innovation through Modeling and Simulation'.
Areas of Expertise
It will be my pleasure to collaborate on projects and teaching / training in any of the areas mentioned above. I have also taught courses throughout the world in diverse areas including thermodynamics, flow, heat transfer, and mass transfer.
Please feel free to contact me at [email protected]
Photo Gallery
In reverse chronological order.
