Executive technologist and visionary leader building the operating system for the physical world, with a rare blend of hardware, robotics, AI, and software systems expertise developed across top-tier technology and industrial organizations.
Experience
2025 — Now
2025 — Now
We solve one of the biggest inefficiencies in aviation, defense, infrastructure, and environmental operations: manual inspections that are slow, inconsistent, and costly. Our symbiotic-AI edge platform turns these processes into real-time, scalable, and compliance-ready workflows, creating living digital twins of physical assets
Our platform is hardware-agnostic and deployable without retraining, enabling real-time anomaly detection and 3D digital twin generation across aircraft, VTOL/eVTOLs, naval vessels, urban infrastructure, and environmental sites. Early pilots with business, charter/private operators and MROs have shown 10x faster, safer inspection saving up to 93% cost while improving safety and operational intelligence.
2024 — 2025
2023 — 2024
2023 — 2024
San Jose, California, United States
• Collaborate with Industrial Design on 3-4 accessory band designs, integrate assemblies, designing components for Fitbit Products utilizing technical knowledge to deliver high quality and reliable components
• Liaison with overseas vendors through the design, development, and manufacturing process, ensuring all products pass reliability and cosmetic requirements
• Assist in planning and managing CAD-related tasks within project timelines. Monitor progress, adjust designs as necessary, and ensure that project milestones are met
• Create mechanical drawings and define acceptable tolerances to maintain clear organization on Bills of Materials
• Experience in overseeing the design and implementation of complex systems. Expert in creating detailed 3D and 2D CAD models and technical drawings using SolidWorks and Siemens NX.
• Review DFM & FAI from supplier, provide feedback on tooling design and have thorough documentation on design work
• Skilled in conducting comprehensive packaging studies, performing preliminary thermal analysis, and generating high-quality visual renderings. Proven ability to lead cross- functional teams in optimizing product design and ensuring alignment with project specifications and performance requirements.
• Develop and analyze REL plans and test results. Perform failure analysis and improve design on any failures
• Utilize advanced CAD software tools, such as SolidWorks, AutoCAD, or Siemens NX, to create precise and detailed designs. Stay current with software updates and industry best practices.
• Cradle to grave in Product Design Engineering lifecycle, including DFM, tolerance analysis, tooling, and manufacturing at scale using Siemens UG NX.
• Experience in designing products with soft goods (plastics, silicone, leather, and textile materials.) with exceptional attention to detail and experience with cosmetic parts.
• Participate in continuous improvement initiatives by suggesting enhancements to design
processes, tools, and methodologies.
2022 — 2023
Fremont, California, United States
Engineering group lead for Optomechanical development including 3D& 2D CAD files
using Solidworks/NX, packaging studies, rough thermal analysis, drawings, and visual
renderings.
• Worked closely with BD/Marketing to support new product demonstrations that
ultimately lead to new customer wins through open communication and by supporting
decision-making responsibilities.
• Utilize advanced CAD software tools, such as SolidWorks, AutoCAD, or Siemens NX, to
create precise and detailed designs. Stay current with software updates and industry best
practices.
• Lead development of Optomechanical products for various applications, Automotive
(Rivian, Ferrari, General Motors), Aviation (SpectoLabs - Boeing), Military (Japan
Military) & Consumer (Stadium/Fields, Construction, Fire & Rescue Lifeline, etc.)
• Experience designing and deploying high precision assembly tools, concepts, and
processes for optical/imaging devices such as GD&T, tolerance analysis, and associated
metrology using Siemens UG NX
• Ensure that all CAD outputs are accurate and of high quality. Implement best practices
for design and drafting to minimize errors and enhance product reliability.
• Optical design experience with general understanding of optical principles and packaging
scope of entire system design integration by collaborating with in-house and vendor
2021 — 2022
San Francisco Bay Area
Reported directly to Chief Engineer of Body Engineering, CTO and SVP of Engineering, work with various engineering partners and component suppliers to lead the Body Exterior Team
• Lead Body Exterior Systems including Washer, Wiper, Outside Mirrors, Bumper incl. ADAS/Radar, and Front & Rear-End Modules along with associated electronics/electrical systems.
• Participate in the creation of validation test plans and ensure US/EU/China regulatory compliance
• Collaborate with Industrial Design on 3-4 accessory band designs, integrate assemblies, designing
components for Exterior components and products utilizing technical knowledge to deliver high
quality and reliable components. Siemens UG NX and Catia V5
• Liaison with overseas vendors through the design, development, and implement multi-faceted
manufacturing process, ensuring all products pass reliability and cosmetic requirements
• Familiar with physical components of headset and Create mechanical drawings and define acceptable
tolerances to maintain clear organization on Bills of Materials. Review DFM & FAI from supplier, provide feedback on tooling design and have thorough documentation on design work using NX and/ or Catia V5
• Develop and analyze REL plans and test results. Perform failure analysis and improve design on any failures
• Cradle to grave in Product Design Engineering lifecycle, including DFM, DFA, DoE, DoA, DoM, tolerance analysis, tooling, and manufacturing at scale
• Experience in designing products with soft goods (plastics, silicone, leather, and textile materials) and hard goods (Injection molding, blow molding, Die-cast, carbon fiber, additive manufacturing) with exceptional attention to detail and experience with cosmetic parts.
Education
Ontario Tech University
Bachelor of Engineering (B.Eng.)(Hons.)
Ontario Tech University
Bachelor’s Degree
Mississauga Secondary School