Senior Energy Engineer
Listed by employer · Checked
Posting date unknown
- Work arrangement
- onsite
- Employment
- Full-time
- Stated compensation
- USD 195,000–235,000 per-year-salary
- Stated sponsorship
- Not stated
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Requirements
2 with evidence7 unclear or unstated- Remote policy
- onsite
“Provider workplace type: onsite”
From employer posting metadata - Minimum experience (years)
- 7
“7+ years of direct experience in system design and energy management in vehicular or robotics domains”
See matched passage in original description ↓ - Employment type
- Full-time
- Compensation
- USD 195,000–235,000 per-year-salary
7 fields not stated in this posting
- Employer sponsorship
- Not specified
- Geographic scope
- Not specified
- Degree requirement
- Not specified
- Security clearance
- Not mentioned
- Timezone / hours
- Not specified
- Citizenship requirement
- Not mentioned
- Work authorization
- Not specified
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Original job description
Reading view uses normalized posting text so exact evidence excerpts can be highlighted.
At Zoox, we have set the goal to provide our customers with the highest level of safety while using our fully autonomous vehicles. You will work with a team of world-class engineers with diverse backgrounds such as robotics, controls, simulation, and vehicle engineering to enable our vehicle to deliver outstanding energy efficiency and range in service. Operating a fleet of robotaxis at scale requires balancing performance, cost, and energy usage at the time - in this position, you will spearhead energy management and energy-efficient architectures across the vehicle platform and robotaxi fleet. You’ll collaborate on electrical powertrains, high-voltage batteries, thermal architectures, and low-voltage systems, as well as the sophisticated compute and sensing suites required for autonomous operation.
In this role, you will:
Develop holistic engineering and product strategies for vehicle energy management.
Show less description
Develop energy budgets, energy saving features, and software controls strategies across sub-systems.
Work closely with simulation engineers to develop digital vehicle models for energy consumption prediction and vehicle design optimization across drive cycles.
Integrate those models into larger end to end simulations to analyze fleet wide energy performance for service operations.
Advocate for energy efficiency as vehicle development progresses - you’ll need passion and backbone to deliver results and make data-driven tradeoffs on behalf of energy.
Qualifications
Bachelor’s degree in engineering, physics, or a related technical field
7+ years of direct experience in system design and energy management in vehicular or robotics domains
Familiarity with design optimization processes, including multi-disciplinary analysis and optimization
Experience working with business and product stakeholders on translating business objective into engineering requirements
Bonus Qualifications
Master’s degree in engineering, physics, or related technical field
Expertise with at least one programming language - Python and/or C++ preferred
Experience with EV charging infrastructure and hardware
Original formatting and links
At Zoox, we have set the goal to provide our customers with the highest level of safety while using our fully autonomous vehicles. You will work with a team of world-class engineers with diverse backgrounds such as robotics, controls, simulation, and vehicle engineering to enable our vehicle to deliver outstanding energy efficiency and range in service. Operating a fleet of robotaxis at scale requires balancing performance, cost, and energy usage at the time - in this position, you will spearhead energy management and energy-efficient architectures across the vehicle platform and robotaxi fleet. You’ll collaborate on electrical powertrains, high-voltage batteries, thermal architectures, and low-voltage systems, as well as the sophisticated compute and sensing suites required for autonomous operation.
Develop holistic engineering and product strategies for vehicle energy management.
Develop energy budgets, energy saving features, and software controls strategies across sub-systems.
Work closely with simulation engineers to develop digital vehicle models for energy consumption prediction and vehicle design optimization across drive cycles.
Integrate those models into larger end to end simulations to analyze fleet wide energy performance for service operations.
Advocate for energy efficiency as vehicle development progresses - you’ll need passion and backbone to deliver results and make data-driven tradeoffs on behalf of energy.
Bachelor’s degree in engineering, physics, or a related technical field
7+ years of direct experience in system design and energy management in vehicular or robotics domains
Familiarity with design optimization processes, including multi-disciplinary analysis and optimization
Experience working with business and product stakeholders on translating business objective into engineering requirements
Master’s degree in engineering, physics, or related technical field
Expertise with at least one programming language - Python and/or C++ preferred
Experience with EV charging infrastructure and hardware
In this role, you will:
Qualifications
Bonus Qualifications
Matched by role category. Review each posting’s requirements before applying.