Aniz Ali

•Modelled Aerial Fixed wing drones & Quadcopters for 3D Mapping & Geospatial Services;
reducing the weight of Quadcopters by 20% and increasing endurance by 10 minutes i.e. 25%.
• Applied DFM techniques to design double axis Inclinometers for area surveillance & ground
movement analysis, affecting manufacturing cost reduction by 45%.
• Prototyped casings & load carrying structures for all electro-mechanical devices.
• Overlooked manufacturing/assembly through CNC machining & sheet metal fabrication.
• Drafted engineering drawings using GD&T according to ASME Y14.5-2009 & ISO Standards.
• Simulated stress & displacement analysis using Solid Edge Simulation.
• Developed PCBs of electro-mechanical devices using KiCAD & rendered using Keyshot.

• Designed artificial intelligence enabled underwater drones for ocean mapping & exploration.
• Improved upon the O-Ring and waterproofing design to make IP68 sensor casings.
• 3D printed prototypes & created parts for mass production of drones using injection moulding.

Developed a universal welding fixture for all models of tipper subframes on manufacturing line;
replacing individual fixtures for each tipper; increasing productivity by 50%.
• Designed fixture assembly in SolidWorks & performed successful stress analysis in ANSYS.