Manu Krishnakumar
Lead Engineer @ GE Aerospace
About
I'm a seasoned mechanical engineer with over six years of experience in tackling challenging design and development projects. My expertise lies in building complex and robust mechanical subsystems - from high-accuracy machinery and fixtures to power distribution systems - taking them from conception to realization, driven by the goal of performance optimization while reducing cost and lead times. From designing critical equipment for semiconductor production and spacecraft activities to monitoring and overseeing system integration campaigns and test implementations, I thrive in roles that blend creative technical innovation and practical execution. Outside of work, you can find me pursuing one of my interests or learning something new. I enjoy watching arthouse cinema, discovering music from around the world, amateur astronomy, and climbing mountains. In 2019, I reached my highest climb of 20,000 feet - one of the most physically challenging experiences of my life. Despite sub-zero temperatures, mental and physical exhaustion, and watching others abandon the climb, I pushed through. I believe this reflects who I truly am.
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Czechia
Aviation & Aerospace
Structure Integration, 3D Printing, Satellite Ground Systems, Spacecraft AIT, AIT, 3DEXPERIENCE, System Integration, System Testing, Electro-Mechanical Design, Costing, Fixture Design, Computer-Aided Engineering (CAE), SOLIDWORKS, Siemens NX, AutoCAD, MATLAB, Computer-Aided Design (CAD), Hypermesh, Nastran, Engineering
Experience

Mechanical Engineer - Spacecraft Integration
Bengaluru, Karnataka, India
Mechanical Design and Measurement Division. - Involved in the mechanical design of ground based support equipment for various spacecraft activities. - Creation, reiteration and management of all project related CAD data. - Data acquisition and estimation of the physical parameters of satellites. - Ensuring readiness and coordinating across departments during spacecraft containerization and transportation.
Education

Mechanical Engineering
Final Year Project - Design, development and testing of mechanical structure of StudSat -2, twin-nano-satellite. - Mechanical Structure design and analysis of the satellite. - Mass optimization of the satellite. - Design of inter-satellite separation mechanism. - Design of solar panel deployment mechanism.
Manu Krishnakumar's Contact Information
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