Mechanical Engineer

Responsibilities

VP of Engineering What roles am I accountable for?

• Select and validate engineering plastics, seals, and fastening methods for harsh and chemically aggressive environments.
• Design thermal paths and heatsinks for high-power LED products.
• Build early-phase prototypes and proof-of-concept designs; iterate quickly based on test results.
• Create, execute, and document mechanical validation plans.
• Support UL certification and IP rating compliance on new product development.
• GD&T and tolerance analysis to ensure designs are robust and production ready.
• Validate incoming parts and assemblies against design specifications.
• Design assembly fixtures and jigs to support production at volume.
• Establish mechanical test methods and production acceptance criteria.
• Support Sales and Marketing with product drawings, renderings, and technical guidance as needed.
• Keep a clear view of where your projects stand, including work happening with vendors, procurement, and other teams.
• Look ahead for risks and delays and work with the team to find a path forward, whether that’s a second source, a revised plan, or escalating early.
• Make practical calls to keep projects moving, such as expediting parts or building extra prototypes when it saves time.
• Keep stakeholders informed as plans, dates, or results change.
• Follow through on requests from other teams and keep them updated on progress.
• Partner with the Engineering Program Manager on planning and tracking.

Preferred

• Experience with injection molded part design and engineering plastics is a plus.
• Experience designing sealed or IP-rated enclosures is a plus.
• Experience with thermal design for electronics or LED products is a plus.
• Experience working through UL certification (1598 or similar) is a strong plus.

Apply

Manufacturing Integration & Cross Functional Collaboration (25%) Own BOM and drawing accuracy for assigned products. Work directly with molders, extruders, and fabrication vendors on tooling, first article inspection, and design changes.

Forensic analysis of mechanical field returns and internal defects; drive corrective actions. Partner with manufacturing on first-run production builds.

Product Ownership & Project Management (20%) Own assigned products from concept through production and into the field.

Team

G&G (10%) Live and reinforce G&G core values. Contribute as a key member of the G&G Engineering team, fostering a culture of problem solving and continuous improvement. What does success look like? Success in this role means delivering durable, reliable mechanical designs that perform in the field and make it to production on schedule. You own your products from the first sketch through field performance, keep the team informed as work progresses, and drive problems to resolution. How do we show up every day? Positive Attitude - We focus on solutions not obstacles. We show gratitude and appreciation. We create an environment that’s uplifting. Above and Beyond - We consistently exceed expectations. We care deeply for others. We choose what’s right over what’s easy. Always Learning - We constantly seek out knowledge and new ideas. We challenge the status quo with critical thinking. We solve problems through learning and innovation. Gets It Done (GSD) - We are fast, focused, and efficient. We stay nimble and adapt quickly. We take ownership to make things happen. Detail Oriented - We approach our work with intention. We take pride in doing things right the first time. We lead with quality in everything we do. What will I need to succeed? Must align with our Core Values. A bachelor’s degree in mechanical engineering or mechanical engineering technology, or equivalent demonstrated experience in mechanical product design. 3 plus years of hands-on experience designing mechanical products and taking them through prototyping into production is essential. Experience working directly with manufacturing suppliers and vendors on tooling, DFM, first articles, design changes, and production readiness. Proficiency in SOLIDWORKS for part, assembly, and drawing creation.

Strong hands-on skills

building and testing your own prototypes, and working comfortably on the production floor.