• Craft highly precise and detailed 3D models, assemblies, and drawings using SolidWorks, Fusion 360, and CATIAsoftware.• Collaborate closely with design engineers to understand project requirements, specifications, and constraints,ensuring effective communication and comprehension.• Translate 2D sketches, conceptual drawings, and verbal instructions into intricate 3D models and assemblies,prepared for 3D printing.• Ensure that all designs adhered to industry standards, company guidelines, and manufacturing prerequisites.• Conduct thorough design analysis and validation, including tolerance analysis and finite element analysis (FEA) toguarantee the structural integrity of designs.• Collaborate effectively with cross-functional teams, including mechanical engineers and manufacturing experts, toresolve design challenges and ensure manufacturability.• Play a pivotal role in prototyping, testing, and troubleshooting various design iterations.

• Project Lead for ZenaDrone 2000 (Successor of ZenaDrone1000).• Preparation of Work Plan & Execution to meet deadlines.• Mechanism Synthesis according to problem statements followed by concept designs followed by final detaileddesign & testing.• Coordination between Mechanical, Electrical, Embedded, Electronics & Software teams to maintain centralizedstrategic planning.• Generative Designs by using the Topological Optimization technique.• Application of DFM for each component to ensure Lower manufacturing costs with precise machining• Supervision of fabrication of prototypes & Zenadrone production line.

• Collaborate with cross-functional teams to understand product requirements and specifications.• Develop mechanical designs using computer-aided design (CAD) software.• Conduct design and structural analysis using simulation tools such as finite element analysis (FEA).• Create engineering drawings, assembly instructions, and technical documents.• Prototyping, testing, and validating designs to ensure product performance and reliability.• Participate in continuous improvement initiatives to enhance product design and manufacturing processes.• Interact with suppliers, contractors, and customers to ensure smooth product development and delivery.

• Led project planning and managed teams in the development of electric and hybrid vehicles, warehouse/logisticsautomation, industrial and agricultural electric vehicles, textile robotics, and solar thermal industrial systems.• Conducted research on existing 2-wheel electric vehicles to inform product development.• Prepared various concept designs, including gear trains for hybrid electric bikes, and conducted preliminarysimulations to verify feasibility for different modes of operation.• Optimized hybrid power trains based on simulation results.• Analyzed space requirements for the accommodation of hybrid power assembly.• Utilized CAD modeling to design and prepare engineering drawings.• Facilitated the fabrication and procurement of components according to the finalized power train architecture.

Working As Research Assistant at University of Lahore with the GLISTAR Team of Researchers on Hybrid Electric/Electric Vehicles