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Bridge Power Battery Jobs (NOW HIRING)

Go2Power

$100 - $140/hr

Full-Bridge, Flyback, Buck, Boost -- hard-switching and resonant/quasi-resonant, hands-on bench ... Battery & Energy Storage ★ Battery System Integration: Direct experience with power electronics ...

Posted today

V2X

Electrical Engineer 5

Indianapolis, IN · On-site

The role includes architecting power systems, designing battery charger and energy storage systems ... bridge/dual H-bridge drive stages. * Define CAN-based communication architectures, including ...

Yes Energy

Analyst, Power Markets Modeler

Newton, MA · Hybrid

$90K - $110K/yr

Working within a multi-functional collaborative team, you will bridge the gap between complex power ... Track trends in renewable energy, battery storage, energy policy, and the retirement of ...

Yes Energy

Analyst, Power Markets Modeler

Boston, MA · Hybrid

$90K - $110K/yr

Working within a multi-functional collaborative team, you will bridge the gap between complex power ... Track trends in renewable energy, battery storage, energy policy, and the retirement of ...

Yes Energy

Analyst, Power Markets Modeler

Newton, MA · Hybrid

$90K - $110K/yr

Working within a multi-functional collaborative team, you will bridge the gap between complex power ... Track trends in renewable energy, battery storage, energy policy, and the retirement of ...

Yes Energy

Analyst, Power Markets Modeler

Newton, MA · On-site

$90K - $110K/yr

Working within a multi-functional collaborative team, you will bridge the gap between complex power ... Track trends in renewable energy, battery storage, energy policy, and the retirement of ...

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Bridge Power Battery information

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How much do bridge power battery jobs pay per hour?

As of Aug 7, 2026, the average hourly pay for bridge power battery in the United States is $21.66, according to ZipRecruiter salary data. Most workers in this role earn between $17.79 and $24.04 per hour, depending on experience, location, and employer.

What is a bridge power battery?

Bridge Power Batteries refer to specialized batteries designed to provide backup or transitional power, often used in industrial or critical infrastructure applications. They serve as a 'bridge' to maintain power supply during outages or while switching between primary power sources. These batteries are engineered for reliability and rapid response, ensuring seamless power continuity. They can be found in sectors like telecommunications, data centers, and utility grids. Their design and chemistry vary depending on the required capacity, duration, and specific application.

What is the difference between Bridge Power Battery vs Battery Technician?

AspectBridge Power BatteryBattery Technician
CredentialsRelevant certifications in battery systems, electrical safetyElectrical or battery-specific certifications, technical training
Work EnvironmentManufacturing plants, renewable energy facilitiesRepair shops, field service, industrial sites
Employer & IndustryBattery manufacturing, energy storage companiesElectronics repair, energy sector

Bridge Power Battery professionals focus on designing, manufacturing, and maintaining large-scale battery systems, often in industrial or renewable energy settings. Battery Technicians typically handle installation, troubleshooting, and repair of batteries in various environments. While both roles require electrical knowledge and certifications, Bridge Power Battery roles are more involved in system development, whereas Battery Technicians focus on hands-on maintenance and repair.

What skills and qualifications are needed to work with bridge power batteries?

To thrive as a Battery Engineer in bridge power systems, you need a strong background in electrical engineering, battery chemistry, and energy storage technologies, often supported by a relevant engineering degree. Experience with battery management systems (BMS), simulation software like MATLAB/Simulink, and certifications such as IEEE or relevant safety standards are commonly required. Problem-solving abilities, attention to detail, and effective teamwork are essential soft skills for this role. These skills ensure the safe, efficient, and reliable design and maintenance of battery systems critical to bridge power infrastructure.

What are common challenges faced by professionals working with bridge power batteries, and how can they be addressed?

Professionals in Bridge Power Battery roles often encounter challenges related to maintaining optimal battery performance and ensuring system reliability. They must regularly monitor battery health, manage energy storage, and address issues such as overheating or capacity degradation. Collaborating closely with engineering and maintenance teams is essential to identify potential problems early and implement preventive measures. Staying updated on the latest advancements in battery technology and following industry best practices can help address these challenges effectively.
More about Bridge Power Battery jobs
What job categories do people searching Bridge Power Battery jobs look for? The top searched job categories for Bridge Power Battery jobs are:
Bridge Power Battery jobs near you
Infographic showing various Bridge Power Battery job openings in the United States as of August 2026, with employment types broken down into 87% Full Time, 9% Part Time, 3% Contract, and 1% Nights. Highlights an 92% Physical, 2% Hybrid, and 6% Remote job distribution, with an average salary of $45,055 per year, or $21.7 per hour.

Principal Power Electronics Engineer - Hands-On Builder

Go2Power

On-site

$100 - $140/hr

Other

Posted 6 hours ago

Posted today

Job description

10–20 Years
Hands-On | Product Development
BSEE Min. | MSEE Preferred

Build real power hardware. Solve real engineering problems. Ship products that matter.

We are seeking a hands-on Principal Power Electronics Engineer to design and bring to production high-power inverter and energy conversion systems used in demanding industrial environments. This role requires a builder-minded engineer who thrives at the bench—debugging hardware, solving real-world problems, and driving designs from concept through release and in-field performance support .

You will take ownership of power architecture, hardware development, and product delivery ,ensuring designs perform not only in the lab but in real-world applications over time.

If you’ve spent your career bringing converters to life, chasing down EMI and thermal issues, and seeing your designs successfully deployed in the field—we want to talk.

This is not a simulation, modeling or management role. This is a builder’s role.

Advanced degrees are valued, but do not substitute for practical, hands-on experience. Candidates whose experience is primarily simulation, modeling or management will not be a fit.

Must-Have: Power Design Experience

★ Bi-Directional Inverter/Charger: Hands-on design & development of high-power bi-directional topologies — schematic through tested hardware

★ AC Ratings: 120VAC–575VAC line voltages, up to 200A — proven in shipped products

★ DC Ratings: DC bus voltages up to 480VDC, DC currents up to 400ADC in product environments

★ Power Topologies: Full-Bridge, Flyback, Buck, Boost — hard-switching and resonant/quasi-resonant, hands-on bench experience

★ Magnetics & Transformers: HF ferrite and LF laminated steel transformer design — core selection, winding, prototype build and test

★ Passive Components: Intimate knowledge of electrolytics, film caps, inductors, and resistors — derating, parasitics, failure modes

★ Thermal Design: Passive and forced air cooling techniques

Must-Have: Battery & Energy Storage

★ Battery System Integration: Direct experience with power electronics interfacing battery systems — charge/discharge control, Li-ion, LFP, lead-acid

★ BMS Knowledge: Working knowledge of BMS architecture, protection, and communication interfaces

★ HV DC Safety: Practical HV DC design safety, isolation, and pre-charge circuit experience for battery-connected systems

Must-Have: Standards & Documentation

★ NEC Electrical Code: Working knowledge applied to power electronics product design

★ UL & CLA : All products are developed to these standards

★ Test Procedures & Docs: Formal test procedures, design specs, BOMs, and product documentation for manufacturing and field use

Must-Have: Hardware & Embedded

★ PCB Layout: High-power, high-voltage PCB layout — must have personally laid out boards, not just reviewed them

★ Power Devices: IGBTs, MOSFETs, and gate driver circuit design — device selection, drive design, thermal management

★ Analog & Digital Circuits: Mixed-signal design integrated into power conversion systems

★ Microchip Embedded: Hands-on experience with Microchip PIC or dsPIC microcontrollers for real-time power conversion control — device configuration, peripherals, and firmware debug

★ C / Assembly Programming: Must have personally written and debugged embedded firmware in C or machine-level assembly — not just modified existing code

Must-Have: Test & Simulation

★ Bench Troubleshooting: Expert daily use of DVMs, oscilloscopes, and differential probes for hardware bring-up and fault diagnosis

★ Simulation: LTspice or equivalent SPICE tools for converter modeling and pre-build validation

Key Responsibilities

→ in-field performance support

★ Design battery-interfaced power converters up to 480VDC / 400ADC

★ Build and test power transformers — HF ferrite and LF laminated steel

★ Write and debug Microchip PIC/dsPIC firmware for power control

★ Lead bench bring-up, fault diagnosis, and product validation

★ Develop test procedures and complete manufacturing documentation

★ Support DFM reviews, NEC compliance, and field quality investigations

Candidate Requirements (Non-Negotiable)

Candidates must be able to clearly articulate specific power electronics products they personally designed, built, debugged, and brought into production, including challenges encountered and how issues were resolved.
About Go2Power

Go2Power is a forward-thinking power solutions company focused on designing and delivering reliable, high-performance systems for demanding real-world applications. We pride ourselves on a culture of engineering excellence, innovation, and unmatched customer service, where our products are built to perform not just in the lab, but in the environments our customers depend on every day. Our team is hands-on, collaborative, and driven — we value people who take ownership, solve problems, and support one another to get the job done right. At Go2Power, you’ll find a workplace grounded in respect, accountability, and continuous improvement, where individuals are encouraged to grow, contribute, and be part of something meaningful. We are not just building products — we are building a team that shows up for each other and for our customers, every day.


This description is not exhaustive and may be updated as business needs evolve.

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