Sustainable Engineering and Aerospace Systems
Developed a mixed fuel supply system integrating Sustainable Alternate Fuel (SAF) with traditional jet fuel to reduce greenhouse gas emissions. The system promotes sustainability in aviation without requiring modifications to aircraft or airport fueling systems.
Key Contributions
Developed the system layout, incorporating SAF and traditional jet fuel compatibility.
Fabricated and assembled components, including custom housing and piping systems.
Programmed an Arduino microcontroller for system automation and performance monitoring.
Conducted functional testing to optimize fuel flow rates, blending efficiency, and system reliability.
Project Objective
Conceptualizing a fuel system that integrates SAF with conventional jet fuels.
Developing detailed technical designs and specifications.
Fabricating, assembling, and testing a working prototype using Arduino-based automation for system control and monitoring.
Evaluating system performance and refining the design.
Skills Demonstrated
Engineering Design: Conceptualized and fabricated the system using sheet metal and Creo software.
Programming: Automated system operations using Arduino.
Sustainability Focus: Addressed aviation’s environmental challenges through innovative fuel solutions.
Team Leadership: Led task delegation, troubleshooting, and team collaboration for successful delivery.
Impact
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Contributed to the advancement of sustainable aviation practices, aligning with global goals to reduce carbon emissions in the aerospace industry.