I have done my Master in Mechanical Engineering at the Th-Nuremberg and completed my master's thesis at HEIG-VD, Switzerland. During my thesis, I designed and developed a "Nanostructured Pressure Sensor (NPS)" and test bench, in order to test NPS. The aim was this project, was to design and fabrication a small-scale pressure sensor using nanostructured thin film, using nanotechnology techniques mastered in the lab. A test bench will be developed to characterize this sensor, which will be integrated into a technology demonstrator by 3D print techniques.
Microtechniques, nanotechnology, sensors, 3D print. Industry 4.0
The architecture of the project, Benchmark, Development, and production of a pressure sensor and CAD models Planning and costing, and Research program depend on Industry 4.0
Task:
Editing CAD models in Creo, Developed 3D models for prototypical applications and preparation for 3D printers, Documentation of measurement results, Sensors installed for the heating process of magnetic stirrer, Data analysis of the project.
Empowered and supported the team to follow the Scrum framework, organize themselves, give their 100%in their roles, take responsibility for their actions, and update the burn-up chart. Designed Migration from Auto CAD to CATIA. Fixture assembly with AutoCAD 3D. IC engine assembly with CATIA software. Documentation for Best practices, Design Methodology, and manufacturing.
Focus areas:
New product design and development, Modern tools in construction Additive manufacturing and reverse engineering, Integrated product development, Areas of specialization in automation technology, Product development CAD design and ANSYS FEM CFD simulation, E-mobility and project management, Nanotechnology, Matlab/Simulink, and LabVIEW modeling.
Focus areas:
Quality Management, CAD Software, Project Management, Lightweight construction, Material science and strength, Electrical engineering and electronics, Industrial management
Topic:
Study & Analysis of Natural Fibre Reinforced Composite - Making Fibre from Banana Peels
Task:
• Study and analyse of the production of fibres from banana peels
• The research has it’s an application in the development of lightweight and eco-friendly fibre for use in automotive parts, artificial limbs, etc.
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Feel free to get in touch with me. I am always open to discussing new projects, creative ideas, or opportunities to be part of your visions.
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