Full Name: Jyeshtharaj Bhalchandra Joshi
Nickname: J. B. Joshi
Country/State: India
Date of Birth:
Languages Known: English, Hindi, Marathi
Zodiac Sign:
Food Habit: Not Public
Religion: Not Public
Hobbies: Scientific research, reading, mentoring engineers, academic writing
School: Not publicly disclosed
College: Institute of Chemical Technology (ICT), Mumbai Advanced research training in India and abroad
Degrees Obtained: Bachelor’s degree in Chemical Engineering PhD in Chemical Engineering
Height: 175 cm
Weight: 74 kg
Parents: Not Public
Siblings: Not Public
Marital Status: married
Wife: Not Public
Children: 0
Current Position: Chemical Engineer Senior Scientist and Academic Researcher Expert in Nuclear and Reactor Engineering
Skills:
Net Worth: Not Public
Awards & Achievements: One of India’s most respected chemical engineers in reactor and process design Major contributor to nuclear and chemical reactor engineering in India Fellow of leading Indian science and engineering academies Recipient of multiple national awards for excellence in chemical engineering research Highly cited researcher with landmark contributions to multiphase reactor design Played a key advisory role in national energy and nuclear engineering initiatives
J. B. Joshi is widely regarded as one of India’s leading chemical engineers, with a career spanning several decades in reactor engineering and applied chemical science. His research has significantly influenced the design and scale-up of chemical and nuclear reactors, particularly in multiphase flow systems and high-efficiency reactor configurations.
Based at the Institute of Chemical Technology in Mumbai, he has played a crucial role in strengthening India’s capabilities in chemical process engineering and reactor technology. His work has been closely aligned with national priorities in energy, nuclear technology, and industrial process optimization.
In addition to research, Prof. Joshi is a highly respected educator and mentor. He has guided numerous doctoral students and collaborated with national laboratories and industry, contributing both fundamental insights and practical engineering solutions.
In 2025, Prof. J. B. Joshi continued to be referenced extensively in advanced reactor engineering research and textbooks.
His work remained influential in national discussions on energy efficiency, nuclear reactor safety, and process intensification.
He participated in expert panels, technical reviews, and academic events related to chemical and nuclear engineering education.
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