* Led and scaled a cross-functional team of 40+ developers across multiple time zones, delivering 5+ software products including desktop applications, websites, and cloud-based automations.* Spearheaded the architecture, development, and maintenance of all software products, ensuring seamless integration and optimal performance.* Achieved ~35% cost reduction per patient through innovative software automation and workflow optimization. Architected several software products for COGS reduction.* Optimized AWS infrastructure, reducing monthly spend by 60%+ while enhancing computational capabilities and response times.

* Architected and implemented 2D and 3D CAD/CAM applications for automated design and manufacturing of Inbrace lingual braces, using Python and C++.* Introduced Delaunay-like meshing for in-house digital design, significantly improving product quality and manufacturing efficiency.* Collaborated with hardware research teams, providing critical data and derivatives to support R&D initiatives.

* Led product engineering teams across US and Vietnam, establishing a robust internal product development process.* Instrumental in bringing to market Arevo's flagship products: Superstrata (world's first 3D printed Carbon E-bike, $7M+ on Indiegogo) and Scotsman (elegant personal transportation, $300K+ on Indiegogo).

* Developed 2D/3D CAD modules for Arevo's printer software using ACIS/OpenCASCADE in C++.* Conceived and led the development of the flagship "True 3D" slicer, including test-suite and CI pipeline (Jenkins).* Collaborated with executives and SMEs to refine Arevo's software/hardware roadmap, aligning technical capabilities with business objectives.

* Led a team of software developers in delivering an in-house geometric modeler for cutting-edge airplane design.* Architected and spearheaded the implementation of a solid modeler, complete with a comprehensive test suite and CI pipeline.* Served as the software solutions architect for complex geometric problems in the airplane design process, enhancing efficiency and accuracy.* Collaborated cross-functionally to integrate geometric modeling solutions with broader airplane design workflows.

* Developed CAD/CAM software for the proprietary IBitS design software, a Siemens NX plug-in.* Unified and updated various modeling, analysis, and simulation tools for steel and matrix drill bits design.* Improved design process efficiency through innovative software solutions, contributing to enhanced product performance.

Conducted advanced research in mechanical engineering with a focus on manufacturing and computer science applications.Thesis topic: Improving energy efficiency in CNC machiningKey Achievements and Responsibilities:Research:• Led research projects in applying advanced computer science techniques and algorithms to manufacturing. • Published 7 peer-reviewed papers in top-tier journals and conferences• Collaborated with industry partners (Audi AG, DTL Mori) on CNC toolpath optimization for energy use• Developed novel algorithms for "optimizing toolpath energy use", "improving energy efficiency" and applying principles from computational art.Teaching:• Served as an student-instructor for undergraduate courses in Mechanical Engineering Design and Graphics, Computer-Aided Manufacturing, and Engineering Mechanics.• Mentored undergraduate students on research projects and senior design teams• Developed and updated course materials, including lectures, labs, and assignmentsTechnical Skills:• Utilized and improved proficiency in using C++, Solidworks, and AutoCAD• Designed and conducted experiments using 3D printers and 3D CAD software, CAMAwards and Recognition:• [List any awards, grants, or recognitions received during your time at UC Berkeley]Professional Development:• Organized [any workshops, seminars, or conferences you helped arrange]• Participated in [any relevant professional development activities]

Graduate student instructor for Basic Engineering Design Graphics course through Spring 2012.

* Conducted research and development projects in solid modeling and meshing.* Conceived and initiated development of a new CAD kernel-based solid modeling library for internal use across multiple Intel departments.* Contributed to path-finding initiatives related to advanced geometric algorithms and computational geometry.

Worked with the simulation team in Manufacturing Automation.

Research assistant in CAM lab.