Muthu Ram Kumar Avichi
Experimental Design of Steady Flight in Free-Fall at Indian Institute of Information Technology Design & Manufacturing Kancheepuram- Claim this Profile
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Bio
Credentials
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CS50
Harvard UniversityOct, 2022- Nov, 2024 -
Fluid Solid Interactions
CourseraSep, 2022- Nov, 2024 -
Wind Energy
CourseraJul, 2022- Nov, 2024 -
Embedded C
Indian Institute of Technology, BombayJul, 2021- Nov, 2024 -
Aircraft Structures - I
NPTELDec, 2020- Nov, 2024 -
Competitive Strategy
CourseraSep, 2020- Nov, 2024
Experience
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Indian Institute of Information Technology Design & Manufacturing Kancheepuram
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India
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Higher Education
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100 - 200 Employee
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Experimental Design of Steady Flight in Free-Fall
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May 2021 - Present
Designed an asymmetric object, capable of flight in free-fall with no initial velocity / propulsion. Conducted 120+ drop experiments from a maximum height of 32 metres to understand flight in free-fall.• Researched the effects of surface properties on flight and flight in nature. Identified the major parameters for flight.• Achieved repeatable and stable flight of 6 metres in cross-winds through continuous shape and weight optimization. Approximated the governing equation for this airfoil design (with aspect ratio of 1.2) based on trial data.
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Smart India Hackathon
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Education Administration Programs
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1 - 100 Employee
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Multiple Object Steady Flight in Free Fall (Mass Drop)
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Aug 2022 - Aug 2022
• Conceptualized multiple objects (filled with extinguisher) dropped from a height for Wildfire Fighting. Researched types of forests, fires and extinguisher materials.• Determined the drop point in a real-world scenario by identifying smoke and fire within recognisable geometric contours. The fire intensity-based selective drop algorithm increased drop accuracy by 22%.• Demonstrated feasibility of flight by remotely dropping the object from a 32 metres height via a control system. • Conceptualized multiple objects (filled with extinguisher) dropped from a height for Wildfire Fighting. Researched types of forests, fires and extinguisher materials.• Determined the drop point in a real-world scenario by identifying smoke and fire within recognisable geometric contours. The fire intensity-based selective drop algorithm increased drop accuracy by 22%.• Demonstrated feasibility of flight by remotely dropping the object from a 32 metres height via a control system.
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Education
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2018 - 2022
Indian Institute of Information Technology Design & Manufacturing Kancheepuram
B.Tech, Mechanical Engineering (Smart Manufacturing) -
2005 - 2018
The Schram Academy
Major, Science
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