INDEPENDENT THINKING. ENGINEERED OUTCOMES.
Preparing the portfolio0%
Kennesaw State University
Aspiring Motorsports EngineerAerodynamics · Vehicle dynamics · Race engineering.
I study mechanical engineering at Kennesaw State University. With Kennesaw Motorsports, I work in aerodynamics and vehicle dynamics—designing aero elements with STAR-CCM+ / SolidWorks and analyzing vehicle data to characterize vehicle performance.
A custom helicopter developed for national-level competition, with elliptical blade outlines, balsa construction, Mylar covering, and carbon fiber rotor spars. I handled the design, testing, and optimization.
MY ROLEDesign, testing & optimization
A robot that uses two stepper motors to follow a programmed route through a maze, pass through gates, and push water bottles into bonus areas. I handled all CAD design, programming, and testing.
MY ROLECAD, programming & testing
A narrow vehicle built to balance distance accuracy, a timing constraint, and clearance between scoring cans. I completed all CAD design and programming, with my partner helping with vehicle testing.
MY ROLECAD & programming
Developed for fast, accurate straight-line runs. A lightweight triangular V1 frame evolved into a longer, wider V2 to reduce veering, while retaining the same components and control code.
MY ROLECAD & vehicle testing
Experience, education, and skills.
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Divjyot Singh U.S. Citizen • 678-908-1448 • Atlanta, GA • Divjyotsingh099@gmail.com • Portfolio EDUCATION KENNESAW ST ATE UNIVERSITY Expected Graduation August 2028 Sophomore B.S. Mechanical Engineering • 4.0 GPA | Relevant Coursework: Calculus III, Programming and Problem Solving I, Probability and Data Analysis EXPERIENCE Kennesaw Motorsports FSAE Aerodynamics/Vehicle Dynamics Engineer May 2026 – Present • Designed side-tunnel and side skirt geometries using STAR-CCM+ and SolidWorks to meet aerodynamic and manufacturing requirements which resulted in ~30lb increase in downforce at 15 m/s • Developed MATLAB scripts to calculate suspension force loads and process Foxglove telemetry data, cutting vehicle-behavior analysis time by 80%, giving the team faster setup decisions during frame design • Executed vehicle maintenance and technical inspections across 11 test/competition events, achieving zero mechanical DNFs and 15-minute average turnaround between sessions • Tuned damper stiffness, toe, camber, and ride height across setup iterations, improving lap-time consistency by 14% and reducing setup time by 30 minutes Home Depot Merchandising Execution Associate May 2026 – August 2026 • Collaborated with a 10-person team to reset product bays at a >75% pack-down rate, earning 5-star vendor ratings on 3 seasonal resets • Restocked and flat-stacked 1000+ lumber boards per shift while maintaining safety and space-utilization standards across the lumber department • Identified and corrected 150+ planogram/out-of-stock discrepancies per week, keeping shelf displays ready for vendor walkthroughs Kennesaw State University Aero Lab Student Researcher May 2025 – October 2025 • Designed and fabricated 3 UAV payload sub-systems (delivery, agricultural spray, heavy payload) for the Aurelia X8/X6 MAX platforms, supporting 4 successful flight demonstrations • Documented payload designs and presented live demonstrations at the KSU Pumpkin Launch SKILLS 3D Modeling & CAD: Siemens NX, SolidWorks, Fusion 360, AutoCAD, SolidWorks PDM, SolidWorks Simulation Programming & Development: Python, R Studio, MATLAB, SLURM, C++, Foxglove Computational Fluid Dynamics (CFD): Siemens Star-CCM+ Software Proficiency: Microsoft Excel, Microsoft Word, Microsoft PowerPoint, Microsoft Office Suite Manufacturing: Machining, 3D Printing, Soldering
