R&D Manager | Innovation Leader | Magnetic Braking Systems Specialist
Dedicated R&D Manager with extensive expertise in mechanical engineering, product design, and innovation management. Leading research at Indian Inovatix Limited, focusing on advanced mechanical systems, safety devices, and creating solutions that enhance safety and efficiency.
Professional Profile
I am a dedicated R&D Manager with extensive expertise in mechanical engineering, product design, and innovation management. Currently leading research and development initiatives at Indian Inovatix Limited, focusing on advanced mechanical systems and safety devices. With a Ph.D. in Mechanical Engineering and a strong publication record, I bridge academic excellence with industrial innovation to create solutions that enhance safety and efficiency.
My research track record includes SCI/SCIE publications, a granted design patent, multiple funded projects, and extensive experience in composite materials, impact dynamics, and safety systems. I am passionate about driving innovation in mechanical engineering and open to collaborations, consulting opportunities, and knowledge sharing with industry professionals.
Key Highlights
Technical Capabilities
Specialized in design, optimization, and torque modeling of magnetic braking systems for safety applications and industrial use.
Expert in designing descent mechanisms, gate systems, safety devices, and complex mechanical assemblies.
Proficient in 3D visualization, FEA, and simulation using industry-standard software for design validation.
Advanced research in laminated composites, damage mechanics, and failure analysis under various loading conditions.
Comprehensive experience in product development, technical specifications, documentation, and compliance standards.
Continuous learning in AI implementation, automation structures, and emerging technologies in mechanical engineering.
Career Trajectory
Leading R&D activities and product development for magnetic braking systems, emergency escape devices, and fall-arrest solutions for high-risk industrial environments.
Designed and developed magnetic braking systems using Samarium-Cobalt permanent magnets for safety applications.
Academic Contributions
Strong publication record in mechanical engineering research with expertise in SCI paper writing. Active presenter at international conferences with ongoing research collaborations in composite materials and impact dynamics.
Journal of The Institution of Engineers (India) Series D, 103, 889–897 (2022)
Annals of the Bhandarkar Oriental Research Institute, 104(7), 45–62 (2023)
Composite Structures (SCI)
Recent Advances in Manufacturing, Automation, Design and Energy Technologies, pp. 693–703. Springer (2022)
Innovation Portfolio
Led development of Top Man Emergency Escape Device (Magnetic Brake) featuring innovative descent mechanism with magnetic braking system for high-risk industrial environments.
Design patent granted (Application No: 356784-001). Engineered cost-effective grinding solution with improved efficiency and portability for industrial applications.
Dynamic compressive loading analysis and damage evolution mechanisms using ANSYS/ABAQUS. Core component of Ph.D. thesis work on advanced composites.
Contributed to multiple mechanical system optimization projects including torque transmission analysis, load optimization, and component failure analysis for industrial applications.
Developed prototype with waste segregation and processing capabilities. Sponsored by National Institute of Design (NID), Ministry of Education, Government of India.
International collaborative project with Gyeongsang National University, South Korea. Explored novel laminate geometries for improved structural performance.
Living History
A dynamic record of my research, patents, engineering projects, and professional engagements.
Top Man Emergency Escape Device with magnetic braking for high-risk industrial environments. Leading innovation in descent mechanism design and safety systems.
Portable Ball Milling Machine — Application No: 356784-001. Cost-effective grinding solution with improved efficiency and portability for industrial applications.
Published 6+ peer-reviewed journal articles in international SCI/SCIE indexed journals on composite materials, impact dynamics, and mechanical engineering innovation.
Leading R&D initiatives at Indian Inovatix Limited. Managing cross-functional teams for product development, innovation, and technical excellence in mechanical engineering projects.
Let's Connect
Open to collaborations, consulting opportunities, and knowledge sharing with industry professionals in mechanical engineering, composite materials, and safety systems design.
Latest Work