Aakaar Jaiswal

• Designed sheet metal components for cellular panel antennas using SolidWorks; conducted FEA using ANSYS and applied Design for Manufacturing (DFM) and Design for Assembly (DFA) principles • Created detailed engineering drawings of sheet metal antenna mount components, incorporating exploded views and a bill of materials (BOM) in accordance with ISO standards for fabrication and assembly

• Utilized AutoCAD to digitally trace complex hand-drawn designs, then exported the files to SolidWorks to create 3D-printable stencil models • Fabricated reusable stencils using 3D printing, enabling the artist to efficiently replicate intricate patterns with a paint roller, significantly reducing time and improving productivity.

• Designed a steel skid for a 40,000-pound engine and generator in SolidWorks, performed modal and FEA analysis using ANSYS, created 2D drawings in AutoCAD, and optimized the design to achieve a factor of safety of 8 • Designed a 1.35 MW mobile power unit using SolidWorks and AutoCAD, integrating an engine and generator into a trailer-mounted structure enclosed with sheet metal panels, applying DFM (Design for Manufacturing) and DFA (Design for Assembly) principles • Developed the structural frame in SolidWorks, ensuring accessibility for maintenance and component replacement

• Designed a sheet metal-based robotic gate for robotic lawn mowers using SolidWorks • Created 2D drawings and bills of materials (BOMs) for parts and assemblies, ensuring accuracy and facilitating efficient manufacturing • Developed comprehensive exploded views using SolidWorks and documented the bill of materials for design validation, resulting in an 80% increase in design validation efficiency

• Assisted in selling IoT devices and robotic lawnmowers at events

• Collaborated with a team of 6 to engineer a sheet metal-based battery pack and battery charger using SolidWorks • Engineered an IP 54-rated sheet metal based electric vehicle (EV) battery charger using SolidWorks, prioritizing manufacturability and design efficiency, and ensuring compliance with UL 2202 standards for EV charging equipment • Championed the implementation of ANSYS as the primary thermal simulation tool, streamlining analysis processes and enhancing accuracy across the company • Conducted thermal simulations of battery systems using ANSYS and made design changes accordingly

• Developed a robotic emulator in CREO to simulate wave-loading on a scaled model of floating wind turbines, improving accuracy by 25% in replicating offshore wind turbine forces • Conducted Computational Fluid Dynamics (CFD) analysis on the model wind turbine using ANSYS, calculating drag forces and moments • Employed Finite Element Analysis (FEA) using ANSYS to scrutinize aluminum and steel components • Successfully built a 4 DOF robotic emulator which is 70%

Gained experience in sheet metal manufacturing and learned to design parts for sheet metal manufacturability.

Provided support to international students at the University of Texas at Dallas by offering guidance, addressing immigration inquiries, and organizing essential documents.

Graduate Level Course Work Control Systems: Linear Systems, Robust Control Systems, Dynamic Programming and Optimal Control, Non Linear Systems, and Modelling and Simulation Optimization: Engineering Optimization and Multidisciplinary Design Optimization Electives: Soft Robotics, Systems Engineering and Architecture, Additive Manufacturing, Computer Aided Design

Electives: Computational Fluid Dynamics, Modelling of Dynamic Systems, Circuit Analysis, Microelectromechanical Systems (MEMS), and Fundamentals of Electronics Packaging