Role Description NV5 is currently seeking a Lead Mechanical Systems Commissioning Engineer to join our Americas Mission Critical team and service our clients nationally as needs dictate. The successful candidate will be self-motivated and well versed in commissioning, facility engineering, construction, and operations. The market served will include mission critical. - Responsible for the technical delivery both as a project lead and technical resource for mission critical commissioning projects with minimal supervision while completing assignments that require independent judgement and evaluation. - Maintain effective communication with clients, contractors and other project team members. - Develop and maintain client relationships. Develop relationships on projects that accrue good will with our existing clients and collaborate with our management team to extend our existing relationships. - Develop and manage project specific commissioning plans, commissioning procedures, checklists, test scripts, and schedules for Level 1 through Level 5 commissioning activities. - Perform technical reviews of design documents and submittals specific to mechanical and plumbing systems. - Lead onsite teams to perform functional performance tests on mechanical and plumbing systems. - Provide project management and coordination to meet client expectations for technical excellence, budget and schedule. Qualifications - 10 years or more of progressive experience in building systems commissioning with at least 3 years of mission critical facility experience. - Effective written and verbal communication skills are essential. - Experience in diagnosing and solving construction and operational problems. - Able to work as part of a team, think creatively, and problem solve. - Working knowledge and experience of electrical systems. - Willingness to travel 75% or more as national level projects dictate. Benefits - Competitive compensation and benefits package including medical, dental, life insurance, PTO, 401(k) and professional development/advancement opportunities.

• Develop and prepare technical designs and drawings from preliminary concepts, specification sheets and other data • Check and verify design drawings to conform to specifications and design data. • Review and understand electrical, hydraulic, and pneumatic schematics • Review and understand heavy machine operator manuals • Prepare electronic layouts, charts, detailed drawings, bills of material and equipment requirements from machine specifications, and standard layouts provided • Revise computer-aided designs and plans to comply with modified specifications made during actual construction • Review plans and write technical reports to meet project specifications • Ensure proper documentation of all work, products and relevant activities • Take part in peer review processes • Work with internal ERP software • Support field implementations

• Build production-quality UI components and interactions directly in React Native, translating designs into pixel-accurate, performant code. • Partner with product designers to prototype ideas quickly, test interactions, and iterate before full engineering handoff. • Own and maintain the design system/component library, ensuring consistency and reusability across the app. • Bridge design and engineering — flag feasibility issues early, propose technical solutions to design problems, and vice versa. • Improve UI performance, animations, and micro-interactions across web, mobile, and browser extension. • Collaborate with engineering on architecture decisions that affect UI flexibility, theming, and component scalability. • Help define and evolve design-to-dev workflows/tooling (Figma → code handoff, design tokens, etc.).

• Design and optimize complex active and passive, large-scale silicon photonic integrated circuits (PICs) at both the system and device level • Generate new software and scripts as required to meet design and analysis goals • Work with foundries and manufacturers • Conduct trade studies and analysis of alternatives (AoAs) to explore design options and their trade-offs for components • Propose and analyze experiments to validate and refine simulation models • Present verbal and written findings to cross-functional teams • Translate analysis into recommendations for future development directions • Work on issues of integration with other chips and systems • Create polished simulation flows and documentation to collaborate with other PIC design engineers • Collaborate with a team of photonic designers, nanofabrication engineers, test engineers, and physicists • Train, guide, and mentor team members on all frameworks and best practices • Contribute to our IP portfolio