Top Tech Jobs & Startup Jobs in Denver & Boulder, CO

Designs, simulates, integrates, calibrates, and verifies broadband RF hardware and electromagnetic test environments for quantum sensors. Responsibilities include developing signal chains, RF structures, measurement systems, performance budgets, automation, and calibration methods; troubleshooting hardware; analyzing laboratory data; and collaborating across physics, electrical, optical-mechanical, embedded, software, manufacturing, and technician teams. The role also documents designs and verification results and supports prototype-to-production transfer.

Supports compliant, compelling cost proposals for commercial and U.S. Government R&D solicitations. Collaborates with proposal managers, system managers, subject matter experts, contracts, quality, procurement, and other departments to prepare comprehensive cost proposals and government-compliant cost volumes. Requires strong attention to detail, organization, stakeholder relationship-building, proposal pricing expertise, and flexibility to meet government deadlines.

Manage a portfolio of complex quantum software and computing projects as a cohesive program. Responsibilities include coordinating multidisciplinary teams and resources, managing schedules, budgets, costs, risks, subcontractors, staffing, deliverables, and communications. The role supports proposals and contracts, develops project plans, tracks milestones, manages scope and change, engages technical leaders, contributes to forecasts and roadmaps, and represents the company to external stakeholders. Travel up to 10% may be required.

Leads company-wide FP&A, including annual planning, quarterly forecasting, long-range modeling, management and Board reporting, performance analysis, strategic finance, resource allocation, and cash planning. Partners with executives and business leaders to develop actionable financial insights, support capital allocation and M&A, improve forecasting processes, and establish scalable FP&A infrastructure for a growing public technology company.

Design, develop, test, and maintain integrations between quantum computing software and cloud, HPC, AI, scientific, and enterprise platforms. Build APIs, SDK integrations, plugins, workflow connectors, and hybrid quantum-classical workflows. Collaborate with internal teams and external partners on architectures, prototypes, documentation, testing, monitoring, troubleshooting, and deployment. Support reliable access to quantum resources within existing computational environments while contributing to software architecture and product roadmaps.

Lead revenue recognition, contract accounting, and ASC 606 analyses for complex multi-element, milestone, government, and commercial contracts. Prepare technical accounting memos, maintain revenue schedules and waterfall reports, support monthly/quarterly close and SEC disclosures, assist PCAOB audits, and improve NetSuite revenue processes and SOX controls while partnering cross-functionally with legal, program management, FP&A, and contracts teams.

Lead systems engineering for a Quantum Gravity Gradiometer pathfinder: manage requirements, ICDs, V&V, integration and test, configuration/document control, risk and FMEA, architecture and SWaP tracking, and product lifecycle execution while enabling repeatable systems practices and customer-ready deliverables for government and commercial R&D programs.

Provide legal counsel for complex commercial and strategic transactions (70–80% focus); draft, negotiate, and manage customer, government, licensing, SaaS, vendor, and research agreements; advise on export controls, national security, and public company reporting; align contracts with finance on revenue recognition and disclosure; develop scalable legal playbooks, training, and approval frameworks; and support cross-functional corporate, regulatory, and governance matters within a lean legal team.

The Senior Embedded Systems Engineer designs and develops embedded software and hardware for Quantum RF systems, collaborating with cross-functional teams to ensure successful system integration and deliver high-performance solutions.

Designs, models, aligns, tests, troubleshoots, and validates optical subsystems for neutral-atom quantum computing platforms. The role involves hands-on laboratory work, Zemax optical modeling, tolerance and sensitivity analysis, experimental characterization, system integration, technical documentation, and workflow improvement. Collaboration with physicists and multidisciplinary engineering teams is required. Candidates need a relevant bachelor’s degree, optical alignment and laboratory measurement experience, Zemax familiarity, rigorous documentation habits, and willingness to learn SolidWorks.