Jamison Pezdek

About Jamison Pezdek

I am an engineering leader with 15+ years of experience designing and scaling complex electromechanical and energy storage systems from concept through high-volume production. My work has centered on building structured engineering organizations, defining scalable product architectures, and driving new product introduction across global teams and cross-functional stakeholders. My expertise spans system-level product architecture, mechanical design, reliability engineering, and manufacturing scalability for advanced battery technologies and automotive platforms. I specialize in translating complex engineering challenges into structured, repeatable systems that improve development speed, reduce cost, and increase production readiness across global supply chains. Throughout my career, I have led distributed engineering teams across the U.S. and international partners, aligning design, validation, and manufacturing execution. I have built strong competency in engineering operations, PLM-driven product structures, and data-informed decision-making across the product lifecycle. I am currently focused on advancing scalable engineering systems that integrate hardware development, manufacturing execution, and cross-functional program delivery. I am particularly interested in leadership opportunities at the intersection of advanced hardware systems, platform architecture, and large-scale engineering operations.

Experience

1. Engineering Manager

   Xico Lighting

   Jun 2025 — Present · Woburn, MA, US

   I lead engineering operations for a portfolio of configurable architectural lighting systems, focusing on standardizing product architecture and improving scalability across design, manufacturing, and field deployment. I work closely with customers and installation teams to ensure system reliability and resolve complex field performance issues.• Led new product introduction initiatives that restructured product architecture for improved manufacturability and reduced system complexity across multiple product lines• Redesigned engineering data structures for bill of materials management, introducing automation-driven workflows that significantly improved production efficiency and order execution• Established structured problem-resolution systems using formalized root-cause and corrective action frameworks to improve cross-functional engineering alignment• Developed end-to-end operational engineering workflows spanning fulfillment, prototyping, and post-deployment support to improve responsiveness and system reliability• Implemented structured design review and validation gates to improve development quality and reduce downstream production disruptions

Education

• Northeastern University

  Master's Degree, Computer Systems Engineering focusing in Computed Aided Design

  2010 — 2012

• Northeastern University

  BS, Mechanical Engineering

  2004 — 2009

Skills

• R&D
• Ptc Creo
• Ansys
• Lathe
• Injection Molding
• Solidworks
• Finite Element Analysis
• Microsoft Office
• Design for
• Ms Project
• Testing
• Electrical Engineering
• Engineering
• Cad
• Fmea
• Design for Manufacturing
• Mechanical Engineering
• Microsoft Word
• Manufacturing
• Powerpoint
• Microsoft Excel
• Product Design
• Production Part Approval Process (Ppap)
• Pro Engineer
• Inventor
• Milling
• Spc
• Product Development