Ajesh Daniel
- Cyberjaya, Selangor, Malaysia
- ajesh.daniel@gmail.com
- 1128287275
I am Ajesh Daniel, an aerospace engineer with a Master's degree from Warsaw University of Technology and around 3 years of professional experience. My academic background, combined with practical exposure, has cultivated a deep passion for aerospace engineering and a strong desire to contribute meaningfully to the industry's progress.
Experience
Manager
• Supervising colleagues and increasing company success.
• Business planning, development, control and management.
• Manage day-to-day operations of my unit.
• Liaise with the senior
Administrative Officer
• Management of staffs and departments: Ensuring this aspect runs smoothly, creating and enforcing policies, hiring and training staffs and providing feedback and guidance.
• Project Management of New Hospital Building construction: Planning, budget
Research Assistant
• Creating a 3D analysis of hydrophobic microchannels and their corresponding flow behaviour.
• Studying the behaviour of effective slip under different hydrophobic texture conditions.
• Drawing the conclusion based on the results obtained
Projects
experimental flow analysis of hydrophobic surfaces and hydrophobic microchannels
- catia v5
- solidworks
- ansys fem
- cfd
- ms office
- Design and Experimental Flow Analysis
- Hydrophobic Surfaces
- Hydrophobic micro channels
- Time dependence
- Effective slip
- Textured hydrophobic surfaces
- Design:
- Hydrophobic surfaces
- Hydrophobic micro channels
- Experimental Flow Analysis:
- Time dependence of effective slip on textured hydrophobic surfaces
design and analysis of turbine blade of aircraft engine
- cfd
- solidworks
- catia v5
- mathlab
- ms office
- Design and stress analyze a turbine blade of a jet engine
- Investigate the usage of new materials
- Carry out a thermal analysis to investigate the direction of temperature flow
- Carry out a structural analysis to investigate stresses, shear stresses, and displacements
- Suggest the best material for a turbine blade
- **Compare the results of two materials (Inconel 718 & Titanium T6) and choose
- Design and stress analyze a turbine blade of a jet engine
- Investigate usage of new materials
- Carry out thermal analysis to investigate the direction of the temperature flow
- Carry out structural analysis to investigate the stresses, shear stress and displacements
- Suggest best material for a turbine blade by comparing results from Inconel 718 and Titanium T-6
- **Inconel 718 considerd to be