Igor Pevzner
VP of Engineering @Triggertech
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WORK HISTORY
VP of Engineering @Triggertech
Mississauga, ON, CA
TriggerTech is a Canadian company transforming the firearms and archery industries through the design and manufacture of high-performance precision triggers. Our products are trusted by OEMs, competitive shooters, and elite military and law enforcement units worldwideOverseeing all engineering functions - product development, manufacturing engineering, and quality - to drive innovation, scalability, and operational excellence.Highlights:• Engineering Leadership: Oversee mechanical, manufacturing, and quality engineering functions to drive scalability, precision, and operational excellence.• Process & Execution: Implement structured design, validation, and production readiness systems to ensure reliable and repeatable product launches.• Cross-Functional Alignment: Partner with Operations and Supply Chain to improve manufacturability, reduce cost, and strengthen design-to-production flow.• Team Development: Build and mentor a high-performing engineering organization focused on accountability, technical rigor, and continuous improvement.
EDUCATION
Bosmat
Engineering Technician, Mechanics
Braude Academic College
Bachelor of Science (BSc), Mechanical Engineer
SKILLS
ABOUT IGOR PEVZNER
With more than 15 years of diverse Mechanical Engineering experience in the Medical Device & Consumer Electronics industries, I thoughtfully navigated my career to gain a valuable balance of hands-on Product Development, Customer Service and Management experience that has resulted in numerous successful product launches, patents and development of strong client relationships and client retention. Throughout my career my profound technical experience, meticulous process planning and execution combined with strong interpersonal skills made me an effective and motivational leader that earns trust and respect from employees, management and clients. I am comfortable in a suit, yet I never hesitate to get my hands dirty. Technical Manufacturing methods: Injection Molding, Casting, Machining, Sheet Metal. • Prototyping: Additive Manufacturing & 3D Printing.• Standards: ANSI Y14•••21, GD & T, ISO 9001, ISO 13485 : 2016, MIL-STD-810G• Design review: SOW, PDR, CDR, Risk assessment & management analysis, DFMEA & PFMEA methods.• Modern bonding solutions: Fluid handling, Dispensing & Curing of adhesives.• Electronics subsystems: PCBA design, Encapsulation, Heat Transfer, Electrical component selection. • Automation: Electric & Pneumatic linear motion, Robotics, Vision, Sensors, EOAT - End of Arm Tools, Grippers.• Documentation: SR & ED, DOE - Design of Experiments, Root Cause Analysis, RMA investigation.Software CAD Programs: SolidWorks, Catia V5 R21• FEA Programs: SolidWorks FEA simulation, SolidWorks Plastics mold flow• PLM / ERP Programs: SolidWorks PDM, TeamCenter, SmartTeam, Priority• General: MS Project, MS Office tools, MatLab
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