• Lead mechanical design and serve as project manager for building systems projects, including HVAC, plumbing, and fire protection systems. • Develop and review construction documents, technical specifications, and cost estimates. • Ensure designs comply with applicable codes, standards, and client requirements (e.g., ASHRAE, local building codes). • Manage project scope, schedule, and budgets for assigned projects. • Serve as the primary point of contact for select projects, building and maintaining strong client relationships. • Coordinate and manage multi-disciplinary design teams, including internal civil, structural, and electrical staff. • Oversee construction administration activities, including submittal review, responses to RFIs, and site visits. • Lead and participate in internal and external project meetings, maintaining clear communication with clients, consultants, and contractors. • Support proposal development, level-of-effort estimating, and project planning. • Mentor junior engineers and contribute to technical development within the mechanical team.

• Lead mechanical design and serve as project manager for building systems projects, including HVAC, plumbing, and fire protection systems. • Develop and review construction documents, technical specifications, and cost estimates. • Ensure designs comply with applicable codes, standards, and client requirements (e.g., ASHRAE, local building codes). • Manage project scope, schedule, and budgets for assigned projects. • Serve as the primary point of contact for select projects, building and maintaining strong client relationships. • Coordinate and manage multi-disciplinary design teams, including internal civil, structural, and electrical staff. • Oversee construction administration activities, including submittal review, responses to RFIs, and site visits. • Lead and participate in internal and external project meetings, maintaining clear communication with clients, consultants, and contractors. • Support proposal development, level-of-effort estimating, and project planning. • Mentor junior engineers and contribute to technical development within the mechanical team.

• Champion Design through the lens of mechanical engineering. Bring technical rigor, creative problem-solving, and engineering judgment to the design process; guiding the team through complex tradeoffs and ensuring compromises strengthen rather than dilute the overall product vision. • Bridge Design Intent & Engineering Execution: Partner closely with internal Industrial Design and UX teams to protect the cosmetic and ergonomic vision of the rider experience while driving structural and mechanical viability. • Own Physical Vehicle Architecture: Manage micro-tolerance loops, high-density component integration (displays, sensors, lighting, interior electronics), and complex packaging layout inside tight, highly stylized enclosures. • Drive Advanced CAD & Surfacing: Lead the development of high-quality Class-A surfaces and digital master models, serving as the single source of truth that translates industrial design sketches into production-ready mechanical files. • Rapid Prototyping & Validation: Conceptualize, build, and test proof-of-concept mockups using quick-turn CNC, 3D printing, and custom fabrication to validate ergonomics and aesthetic choices in real time. • Design for High-Volume Manufacturability (DFM): Design highly cosmetic components, exterior paneling, and interior structures optimized for high-volume processes (injection molding, thermoforming, composites, sheet metal, and casting). • Vendor Collaboration & Factory Bring-Up: Partner with external manufacturing vendors to ensure that visual and cosmetic standards are maintained through the molding validation, tooling, and initial vehicle assembly phases. • Establish Design Standards: Help define and govern physical cosmetic standards, texture finishes, and tolerance guidelines to ensure every vehicle in the Glydways fleet shows up as a seamless, high-quality representation of the brand.

• Support concept development, ensuring designs are manufacturable, cost-effective, and meet customer requirements. • Conduct DFMEA, FEA, tolerance analysis, and other analytical studies with guidance from senior engineers. • Create and maintain product models and drawings using GD&T, ensuring proper datum selection, dimensioning, and tolerancing, with support from experienced engineers. • Assist in documenting project scope, requirements, feasibility, and engineering work plans. • Develop test plans (DVP&R) and analyze test results using statistical methods; perform DOE, Hypothesis Testing, and Capability Studies. • Lead root cause analysis using structured problem-solving methods like 8D, 5 Why, and Fishbone diagrams with senior guidance. • Select materials for plastic injection molded and metal stamped components.