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Mohammed Mujeebur Rahman R

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A recent graduate in Aeronautical Engineering with a deep understanding of aerodynamics, propulsion, UAV and aircraft design. Highly experienced in using modern software for analysis and simulation. Keen to make a positive contribution to a growing aerospace engineering team, utilizing strong teamwork, communication, and problem-solving skills.

Projects

supercritical airfoil

  • computer-aided design (cad) and engineering software
  • ansys
  • catia v5
  • microsoft 360
  • Designed airfoil in Catia V5
  • Changed the SuperCritical airfoil’s Shape by making the tail portion of the airfoil into a crisp, flat surface on the bottom surface as well as the top surface
  • Used Ansys Fluent to design an airfoil’s geometry
  • Created a mapped mesh
  • After analysis at various turbulence intensities and Mach numbers, discovered that the shock's generation had been delayed by 5 to 6%
  • Submitted paper for approval
  • Designed airfoil in Catia V5 and changed the SuperCritical airfoil’s Shape by making the tail portion of the airfoil into a crisp, flat surface on the bottom surface as well as the top surface.
  • Used Ansys Fluent to design an airfoil’s geometry and created a mapped mesh.
  • Discovered that the shock's generation had been delayed by 5 to 6% after analysis at various turbulence intensities and Mach numbers.
  • The paper submitted for approval; after it has been granted, it will be published.
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flying wing

  • technical analysis and problem solving
  • catia v5
  • microsoft 360
  • Design
  • Used an interdisciplinary approach to examine the concept theoretically
  • Test
  • Conducted lift and drag measurements in our college wind tunnel
  • Compared the results theoretically and practically
  • Tools
  • Utilised Catia v5, MS Excel, Wind Tunnel, and 3D printing
  • Design and test a flying wing based on the elliptical lift distribution concept, resulting in aerodynamic stability comparable to conventional tail assemblies
  • Interdisciplinary approach used to examine the concept theoretically
  • Lift and drag were tested in a college wind tunnel, and results were compared theoretically and practically
  • Utilised Catia v5, MS Excel, Wind Tunnel, and 3D printing to complete this project
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quadcopter with metal detector

  • mechanical assembly
  • python
  • structural design

in detecting the explosive material

  • Designed and built a quadcopter using our diploma knowledge
  • Placed a metal detector so that it could be used for military applications by detecting the boom
  • Gained knowledge about structural stability and flying of an UAV
  • In the army, people were finding it difficult to find boom and were losing their lives, so this project will help them in detecting the explosive material

to detect boom in a better way

  • Designed and built a quadcopter which can detect boom with a metal detector for military applications
  • Gave knowledge about structural stability and flying of an UAV
  • Project would help people in the military to better detect boom, therefore reducing loss of lives
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