Played a vital role in a project that involved the design and development of a tilt-rotor UAV that combines the versatility of a helicopter with the flight dynamics of an airplane.I was responsible for> Research into existing aircraft tilt rotor mechanisms and helicopter flight dynamics> Study the existing programming support for tilt rotor UAVs> Study the requirements for optimum tilt-rotor flight performance> Design an airframe that satisfies the requirements on Fusion360> Determine the powerplant requirements and source the components> Design the load bearing components and fuselage on Fusion360 and 3D print them> Machine the airframe on CNC and assemble the components> Program the Flight Controller to configure it for tilt rotor operation> Flight Test> Troubleshoot> Document the data and the results in an Engineering Report formatted appropriately

Devised a complex project management plan for the 'Emirates Technic' project that involves the following phases: > Initiation> Planning > Execution> Monitoring and Controlling > Closing which will be carefully managed through forty two processes that extensively cover the following areas: > Integration Management > Scope Management > Time Management > Cost Management > Quality Management > Human Resources Management > Communications Management > Risk Management > Procurement Management

Played a vital role in a project that involved the design and development of a Complex Gear & Wing Mechanism for a SmartBird. I was responsible for > Research into the flight dynamics of an Ornithopter> Study the existing gear systems extensively> Study the wing movement of a Peregrine falcon> Calculate gear ratio and design the wing mechanism for optimum flight performance, based on the study> Design the gear assembly and wing joints in AutoCAD and Fusion360 for 3d printing > Design a test rig to measure the performance of the gear & wing mechanism> Document the findings in an Engineering Report formatted appropriately

Played a vital role in a project that involved the design and development of a highly versatile 3D-mapping UAV. With a payload capacity of more than 6kg, this UAV can be easily configured for a wide variety of other operations with minor modifications.I was responsible for > Research into existing UAV technology, Configurations and 3D mapping technology> Study the technical requirements of the project> Design of the frame on AutoCAD and Fusion360 that satisfies/exceeds the project requirements> Decision on the powerplant and other components based on the study of technical requirements> Machine the frame based on the Fusion 360 model and fabricate joints by MIG welding> Assemble the components > Flight Test> Trouble shoot> 3D map a control area> Document the data and the results in an Engineering Report formatted appropriately

Played a vital role in a project that involved human survey, research, design and development of an ‘UMBRELLA DRYER’ with specifications that were based on the survey data. It could dry 4 medium/small sized umbrellas in under 90 seconds