• Developed Blue Origin Lunar Lander’s Environmental Control and Life Support (ECLS) and their subsystems to enable crewed astronauts to reach the lunar surface safely and successfully• Designed assemblies and subcomponents for Lunar Crew Module such as electromechanical systems, fluid systems, structures, and mechanical interfaces with emphasis on reliability and lightweight optimization• Performed analysis and research on material properties, fluid dynamics, effects of zero/low gravity, normoxic atmospheric conditions, and mission CONOPS to meet engineering challenges of spaceflight• Collaborated closely with multi-functional teams to meet performance goals and to ensure design specifications were successfully met and proper integration into space vehicle• Evaluated system and mechanical designs and participated in technical reviews to troubleshoot, propose solutions, and discover ways to mitigate risks and tackle engineering challenge

• Engineered next-generation Environmental Control Systems (ECS) for Tier-1 military, commercial, and space aerospace platforms to tackle evolving thermal challenges• Conceptualized and developed novel engineering solutions leveraging the latest in manufacturing processes and advanced materials to maximize performance in a lightweight, space-efficient package• Designed ECS assemblies, subassemblies, and components using first principles physics utilizing finite element analysis (FEA) to inform engineering decisions and optimize design• Managed the development and implementation of new designs through design analysis, risk mitigation, review of safety factors, schedule, and technical design reviews• Utilized SolidWorks to generate 3D CAD models, assemblies, engineering drawings, and bill of materials using ASME-Y14.100 (Engineering Drawing Practices) and Y14.5 (GD&T) standards

• Engineered state-of-the-art space avionics used in various spacecrafts, satellites, exploratory vehicles, and spacesuits by major space agencies• Designed mechanical components such as chassis enclosures, PCB interface, EMI shielding, and thermal solutions for various form factors including CubeSat, SmallSat, and SpaceVPX with emphasis on optimizing for SWaP-C2 (Size, Weight, Power, Cost, and Cooling)• Collaborated with Electrical and RF engineers to provide mechanical assessment and guidance for PCB layout to ensure proper assembly of parts, optimize heat dissipation, and to address EMI concerns• Conducted decompression venting, mass property, and tolerance stack-up analyses for avionic assemblies to ensure flight mission survivability and seamless mechanical integration

• Developed complex mechanical modules and components of automated robotic pick-and-place test equipment (ATE) used to thermal stress test and handle semiconductor devices• Performed kinematic analysis of dynamic mechanisms utilizing servo motors and pneumatic actuators to achieve target performance specifications and maximize device-under-test (DUT) throughput• Designed CNC machined and sheet metal parts using SolidWorks with attentiveness to manufacturability and ease of assembly (DFMA) while implementing cost saving practices without compromising quality• Researched and conducted trade studies on automation components such as motors, actuators, sensors, pulleys, bearings, linear guideways, seals, and pneumatics to attain optimal performance of the system• Mentored junior engineers with general engineering practices, tolerance analysis, and drawing standards

• Developed mechanical design of Ground Control Systems and their subcomponents used for piloting MQ-1 Predator/MQ-9 Reaper Unmanned Aerial Vehicles at all stages of product developmental life cycles• Received recognition from the company for developing a brand-new platform in a highly accelerated schedule by effectively coordinating a team of designers and collaborating with multidisciplinary functions• Utilized Creo CAD software to design mechanical components and large assemblies leveraging analysis and data to attain optimized performance and exceptional reliability• Conducted structural, thermal, shock and vibration, and tolerance analysis using finite element analysis (FEA) software and hand calculations supported with testing procedures to document verification that design parameters were successfully met• Packaged electronics using MIL-STD-810 Environmental Standards and engineered supporting components such as mechanical and I/O interfaces, passive and active thermal cooling, bracketry, and wire routing• Produced and managed, 3D models, engineering drawings, bill of materials, change notices, source control drawings, and technical review packages using Windchill PLM software to provide traceability and maintain compliance for an ISO 9001 based company• Created engineering tool and processes for checking engineering drawings and bill of materials which the team adopted to improve the process efficiency by 80% with a significant increase in accuracy

• Designed new products for commercial transportation and military intermodal solutions for a leading trailer manufacturer• Engaged in brainstorm sessions and research to generate concepts that were novel to the company• Performed analysis on deflection and energy absorption to design rear impact guard for semi-truck trailers to successfully meet and exceed USDOT and Federal Motor Vehicle Safety Standards• Generated 3D computer aided design (CAD) models and drawings using SolidWorks and AutoCAD• Created and maintained high level design structure and bill of materials through SAP system

• Spearheaded the design and development of a rotating pick-and-place device handling shuttle for Delta MATRiX machine and was awarded first place for UCSD senior sponsored design project showcase of 2013• Utilized SolidWorks for 3D design and to produce simulation of heat transfer during thermal loading of semiconductor chips and to assess fatigue strength of components affected by high cyclic stress• Produced analysis through hand calculations and MATLAB to evaluate and support technical decisions • Facilitated presentations and weekly meetings with sponsor to communicate project’s progress