Head of Hardware Engineering - Onsite in San Francisco, CA at Roadrunner Venture Studio | CA, US | Rezi

Head of Hardware Engineering - Onsite in San Francisco, CA at Roadrunner Venture Studio

Head of Hardware Engineering - Onsite in San Francisco, CA

Roadrunner Venture Studio · CA, US

3 weeks ago

Head of Hardware Engineering - Onsite in San Francisco, CA

Roadrunner Venture Studio · CA, US

23 days ago
Resume preview

Impress employers and recruiters.
Choose from hundreds of resume examples.

Target Resume Now
Resume preview

Tailor your resume to this Head of Hardware Engineering - Onsite in San Francisco, CA role.

Rezi rewrites your resume against Roadrunner Venture Studio's job description. Free.

Resume score gauge reading 58 out of 100

Don't guess if your resume is good enough.

See how it scores against the Head of Hardware Engineering - Onsite in San Francisco, CA posting at Roadrunner Venture Studio — free, in seconds.

About the Role

Roadrunner Venture Studios is recruiting a Head of Hardware Engineering for a portfolio company developing rainfall enhancement technology. You will lead the deployment system from architecture and prototyping through operational qualification and production-scale manufacturing, applying aerospace rigor to industrial hardware that must operate reliably in the field and support repeatable manufacturing at automotive scale. This is a hands-on role working with internal teams and external partners. This is an early-stage startup environment with demanding hours and frequent travel.

Responsibilities

  • Own requirements and architecture across mechanical, thermal, combustion, structural, fluid, gas-handling, controls, and instrumentation systems.
  • Lead the system from early design through prototypes, integrated builds, field-ready hardware, and production planning.
  • Lead the design and qualification of combustion hardware, fuel and gas handling, flow and pressure systems, and thermal management.
  • Define verification methods and lead shop tests, integrated system tests, field qualification, troubleshooting, and failure reviews.
  • Turn engineering concepts into computer aided design models, drawings, bills of materials, supplier packages, build instructions, and acceptance criteria.
  • Lead design for manufacturing and assembly so prototypes can mature into reliable production hardware.
  • Manage engineering, procurement, and construction firms, fabricators, suppliers, contract manufacturers, and other external partners.
  • Use test data, field observations, supplier feedback, and failure analysis to drive design improvements and production readiness.
  • Own the hardware schedule, budget, qualification timeline, technical quality, partner deliverables, and production plan.
  • Recruit, mentor, and manage a small team of hardware engineers.
  • Work across science, field operations, business, and external partners to resolve technical risks and keep the hardware program moving.

Requirements

  • Experience leading complex hardware from concept through prototype builds, operational qualification, and production planning.
  • High proficiency with computer aided design software such as SolidWorks or NX and product lifecycle management systems.
  • Experience with engineering release processes, configuration control, drawings, bills of materials, and supplier documentation.
  • Experience with design for manufacturing and assembly for industrial, aerospace, automotive, robotics, energy, or other complex hardware.
  • Experience with combustion hardware, thermal systems, fluid systems, gas handling, pressure systems, large field equipment, or power systems.
  • Experience with test instrumentation, data acquisition, controls interfaces, inspection methods, qualification plans, and operational readiness reviews.
  • Experience managing engineering firms, fabrication shops, suppliers, contract manufacturers, or engineering, procurement, and construction partners.
  • Experience supporting field tests or deployments and making engineering decisions under changing operating conditions.
  • At least three years of experience leading hardware development and developing engineering talent.
  • Ability to move quickly, take broad ownership, and solve complex problems with limited resources in a startup environment.
  • Experience with computational fluid dynamics (CFD), especially for combustion, heat transfer, fluid flow, or gas-handling systems.
  • Experience taking hardware from prototype builds into first-article or low-rate production.
  • Experience with aerospace, defense, energy, automotive, robotics, or other high-reliability hardware programs.
  • Experience building a hardware engineering function at an early-stage company.

Skills

  • Mechanical engineering
  • Aerospace engineering
  • Systems engineering
  • Computer aided design (CAD)
  • SolidWorks
  • NX
  • Product lifecycle management (PLM)
  • Design for manufacturing and assembly (DFMA)
  • Combustion hardware
  • Thermal systems
  • Fluid systems
  • Gas handling
  • Pressure systems
  • Large field equipment
  • Power systems
  • Test instrumentation
  • Data acquisition
  • Controls interfaces
  • Inspection methods
  • Qualification plans
  • Operational readiness reviews
  • Computational fluid dynamics (CFD)

Location

  • San Francisco Bay Area, California
  • New Mexico

Work Type

  • Hybrid
  • Frequent travel required

Experience Level

  • At least three years of experience leading hardware development and developing engineering talent.

Education Level

  • Bachelor's degree or higher in mechanical engineering, aerospace engineering, systems engineering, or a related field.

Salary/Compensations

  • Significant equity

About the Company

  • Roadrunner Venture Studios is the nation's leading platform for founding breakthrough ventures in frontier technology.
  • We partner with scientists, engineers, and entrepreneurs to turn deep technology into real companies.
  • Our work spans energy, manufacturing, semiconductors, quantum computing, aerospace, advanced materials, artificial intelligence, and high performance computing.