• Military and rental power generation products

• Graduate Student Instructor (GSI) for Aerospace Engineering Department• GSI for Senior level Aerospace Engineering Course (AEROSP 405) and Sophomore level Aerospace Engineering Design-Build-Test Course (AEROSP 205)• Responsible for effectively instructing students during three-hour lab section, holding office hours, and preparing lab environment• Ensure students learn fundamental Aerospace experimental techniques and theory in a safe lab environment• Instructed students how to use properly use CATIA v5, perform CFD (Star-CCM+, ANSYS Fluent) and FEA (ANSYS and SimDesigner)• Instructed students how to use fundamental aerospace laboratory equipment (laser cutter, CNC router, 3D printer, wind tunnels, power electronics, sensor systems, wing-beam structures, instrumentation and acquisition systems) and apply fundamental aerospace experimental methods (uncertainty analysis, statistics, similarity scaling, calibration and correction requirements)

• Developed multiple Designs of Experiments (DOE) to identify key factors and robust levels for computationally expensive CFD models • Conducted traffic jam reduction modeling using Higher-Order Total Variation Diminishing (TVD) method• Implemented multidisciplinary design optimization (MDO) of GA aircraft wing using Design for Six Sigma (DFSS)

• Performed analytical support and analysis-led-design including structural and dynamic modeling for 2.8L-15L diesel engine platforms with focus on cylinder block, head, turbo, and exhaust manifold using ANSYS and Creo• Optimized designs for cost and structural integrity using topology based optimization tools• Conducted testing and analyzed experimental data for diesel engine programs including fatigue, leak, bolt load, temperature, and high-speed data acquisition of strain, vibration, and NVH on running engines• Delivered re-design guidance on high impact warranty failures based on root cause analysis and field test results

• Coordinated the development of autonomous agricultural surveillance drone and its flight software• Designed and optimized the airframe of the UAV using CATIA to achieve 10% reduction in weight• Integrated flight sensors including IMU and GPS to UAV to achieve autonomous flight operation using C++• Developed automatic flight pattern generator that maximize area covered per flight using Python

• Used CAD software(NX) to design the aerodynamic body of 2013 World Solar Challenge race car “Generation”• Optimized canopy aerodynamic design of Solar Car with CFD software (STAR-CCM+ and ANSYS FLUENT)• Performed thermal analysis on battery system to validate coolant air manifold design (STAR-CCM+)