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Executive Google Robotics Engineer Jobs in California

... robotics and autonomous systems. They are looking for a pivotal Solutions Engineer to build ... Responsibilities : • Partner with Scale Account Executives and Engagement Managers to deliver new ...

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Executive Google Robotics Engineer information

What are the key skills and qualifications needed to thrive as an Executive Google Robotics Engineer, and why are they important?

To thrive as an Executive Google Robotics Engineer, you need advanced expertise in robotics engineering, computer science, and leadership, typically backed by a relevant graduate degree and significant industry experience. Mastery of robotics software platforms (like ROS), AI/ML frameworks, programming languages (Python, C++), and experience with cloud-based systems are essential, along with certifications in robotics or project management. Exceptional strategic thinking, communication, and cross-functional collaboration skills distinguish top performers in this leadership role. These combined abilities are crucial for driving innovation, leading large engineering teams, and delivering scalable robotics solutions at the enterprise level.

What is the difference between Executive Google Robotics Engineer vs Robotics Software Engineer?

AspectExecutive Google Robotics EngineerRobotics Software Engineer
CredentialsBachelor's/Master's in Robotics, Computer Science, or related fields; extensive experienceBachelor's/Master's in Computer Science, Robotics, or related fields; some experience
Work EnvironmentLeadership roles, strategic planning, cross-department collaborationDevelopment, coding, testing robotics software
Employer & Industry UsageGoogle, tech innovation, robotics projectsTech companies, robotics startups, research labs
Search & Comparison IntentHigh-level roles, leadership, strategyTechnical development, coding, software design

The Executive Google Robotics Engineer typically holds leadership responsibilities, focusing on strategic planning and overseeing robotics projects at Google. In contrast, a Robotics Software Engineer concentrates on developing and coding robotics software. Both roles require strong technical credentials, but the executive position emphasizes management and vision, while the software engineer role is more hands-on technical work.

What are some common challenges faced by an Executive Google Robotics Engineer in leading multidisciplinary teams?

As an Executive Google Robotics Engineer, you will often manage teams with diverse backgrounds, including mechanical, electrical, and software engineers. One common challenge is ensuring clear communication and alignment across specialties to keep projects on track and meet technical goals. Balancing strategic planning with hands-on problem-solving, while fostering innovation and collaboration, is also critical. Navigating shifting priorities and integrating feedback from various stakeholders can require strong leadership and adaptability.

What are Executive Google Robotics Engineers?

Executive Google Robotics Engineers are senior-level professionals at Google who lead teams in the development, deployment, and management of advanced robotics systems. They combine technical expertise in robotics, artificial intelligence, and machine learning with leadership skills to drive innovation and oversee large-scale projects. These executives collaborate with cross-functional teams, set strategic direction, and ensure that robotics initiatives align with Google's overall goals. Their work shapes the future of robotics technology at Google and often involves research, design, and implementation of cutting-edge solutions.
What are the most commonly searched types of Google Robotics Engineer jobs in California? The most popular types of Google Robotics Engineer jobs in California are:
What cities in California are hiring for Executive Google Robotics Engineer jobs? Cities in California with the most Executive Google Robotics Engineer job openings:

$120K/yr

Full-time

Posted yesterday

New


Job description

We are looking for mechanically inclined builders who want substantial responsibility early in their careers.

You will help prototype and develop robotic hardware, create mechanical designs in CAD, assemble and modify systems, conduct testing, and solve the failures that inevitably appear when a design meets the real world.

The ideal candidate may have studied mechanical engineering, but a degree is not required. We care much more about what you have built, what you understand, how quickly you learn, and how you behave when the answer is not obvious.

People with experience in FIRST Robotics Competition (tell us what team), Formula SAE, BattleBots, university robotics teams, machine shops, personal engineering projects, or similar build-intensive environments are strongly encouraged to apply.

What We Do Not Require

  • A college degree

  • A traditional engineering résumé

  • A specific number of years of professional experience

  • Previous employment at a prestigious company

  • Perfect knowledge of every tool or engineering discipline

A strong project portfolio will carry substantially more weight than formal credentials.

Please send a résumé and/or a short summary of your experience along with examples of things you have personally built. Photos, videos, CAD screenshots, project documentation, or portfolio links are encouraged.

We are building a team with different backgrounds and perspectives. Candidates from nontraditional paths are strongly encouraged to apply.

Compensation:

$90,000 - $120,000 yearly


Responsibilities:
  • Design mechanical components, assemblies, fixtures, and prototypes in CAD

  • Build and assemble robotic and electromechanical hardware

  • Take loosely defined problems and turn them into working physical systems

  • Test prototypes and identify the actual causes of failures

  • Iterate rapidly based on test results and physical observations

  • Improve designs for reliability, assembly, manufacturability, and serviceability

  • Help establish the tools, processes, and standards of a growing hardware organization

  • Own projects end-to-end, not just individual tasks within them


Qualifications:

What We Are Looking For

  • Demonstrated experience building mechanical or robotic systems

  • Working knowledge of mechanical design and CAD

  • Comfort using tools and assembling physical hardware

  • Strong mechanical intuition and practical problem-solving ability

  • Ability to learn unfamiliar systems quickly and independently

  • High personal ownership and follow-through

  • Intellectual honesty: you surface problems clearly rather than hiding them

  • Low ego and willingness to learn from anyone

  • Direct, effective communication

  • Genuine excitement about building difficult physical systems with a small team

Any of the following may help, but none is required:

  • FRC or other serious robotics programs

  • Personal mechanical, automotive, aerospace, or robotics projects; CNC machining, fabrication, welding, or additive manufacturing

  • Design of mechanisms, drivetrains, structures, enclosures, or fixtures

  • Prototype testing, failure analysis, and design iteration

  • Systems where mechanical, electrical, and software decisions interact

  • Fast-moving startup, shop, laboratory, or competition environments


About Company

CHIRP Robotics is a well-funded seed-stage startup operating in stealth mode and based in Torrance, California. The company aims to become a leading U.S. provider of modular intelligence and autonomous systems for a wide range of vehicles and applications. It has an impressive portfolio of patents on the hardware side and IP in software / algorithms. CHIRP’s CEO, a founding member of SpaceX, brings extensive technical expertise, a strong professional network, and significant business leadership experience.