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Advanced Power Technologies Jobs (NOW HIRING)

Gridsight

Power Engineer

Austin, TX · On-site

Hands-on experience with advanced power system modeling tools (e.g., PowerFactory, CYME, PSS/E) and cloud-based SaaS technologies (AWS, Azure) is a plus. * Technical Skills: * * Strong expertise in ...

Advatix Inc.

Power Electronics Engineer

Blacksburg, VA · On-site

$85K - $105K/yr

... advanced power electronics solutions supporting aerospace, defense, and next‑generation power transmission technologies. You will work on a wide range of applications, from low-voltage ...

MLS Technologies

Power Electronics Engineer

Auburn Hills, MI · On-site

$106K - $125K/yr

Working with chief technology officer to develop reliable leading edge analog and digital electronic circuitry, identify and implement next generation products for advanced power Emulators and ...

TT Electronics plc

Power Electronics Engineer

Olathe, KS · On-site

$108K - $128K/yr

Simply put, we are a global manufacturer with a passion for engineering advanced electronics that ... Solving Technology Challenges for a Sustainable World We want the very best people in our TT family ...

TT Electronics plc

Power Electronics Engineer

Olathe, KS

$108K - $128K/yr

Simply put, we are a global manufacturer with a passion for engineering advanced electronics that ... Solving Technology Challenges for a Sustainable World We want the very best people in our TT family ...

TT Electronics plc

Power Electronics Engineer

Olathe, KS · On-site

$108K - $128K/yr

Simply put, we are a global manufacturer with a passion for engineering advanced electronics that ... Solving Technology Challenges for a Sustainable World We want the very best people in our TT family ...

Jobtailor

Power Engineering Architect

Sunnyvale, CA · On-site

Enterprise Products Tools & Technologies * ASIC Power Delivery Structures * Smart Power Stages * Advanced Power Modules * Custom Inductor Design * Server Hardware * AI Accelerators * Datacenters #J ...

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Advanced Power Technologies information

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How much do advanced power technologies jobs pay per hour?

As of Sep 10, 2026, the average hourly pay for advanced power technologies in the United States is $24.51, according to ZipRecruiter salary data. Most workers in this role earn between $18.03 and $28.37 per hour, depending on experience, location, and employer.

What is advanced power technologies?

Advanced Power Technologies refers to innovative systems and solutions designed to improve the generation, distribution, storage, and management of electrical power. This includes technologies such as smart grids, energy storage batteries, renewable energy integration, and advanced monitoring systems. These innovations help increase efficiency, reliability, and sustainability in power systems, supporting the global shift toward cleaner energy sources. Professionals in this field work on developing and implementing these technologies to meet modern energy demands.

What types of projects and technologies might I work on in an advanced power technologies role?

In an Advanced Power Technologies position, you can expect to work on projects involving the development and implementation of innovative solutions for energy generation, distribution, and storage. This could include renewable energy systems, smart grid technology, power electronics, and integration of emerging materials for improved efficiency. Collaboration with cross-functional teams—such as design engineers, software developers, and project managers—is common, and you'll often be involved in both research and hands-on prototyping. Staying current with industry trends and regulatory standards is also essential, as the field is rapidly evolving.

What are the key skills and qualifications needed to thrive in advanced power technologies, and why are they important?

To thrive in Advanced Power Technologies, you need a strong background in electrical engineering, power systems, and renewable energy concepts, often supported by a relevant degree and industry certifications. Familiarity with simulation software (such as MATLAB/Simulink), SCADA systems, and power electronics tools is typically required. Strong problem-solving abilities, teamwork, and effective communication are important soft skills in this field. These competencies enable professionals to innovate, maintain system reliability, and ensure safe, efficient implementation of advanced power solutions.

What is the difference between Advanced Power Technologies vs Power Systems Technician?

AspectAdvanced Power TechnologiesPower Systems Technician
CertificationsElectrical certifications, technical degreesElectrical certifications, technical degrees
Work EnvironmentPower plants, renewable energy sites, industrial facilitiesPower plants, electrical substations, industrial sites
Industry UsageEnergy production, renewable energy, utilitiesUtilities, power generation, maintenance

Advanced Power Technologies professionals focus on designing, developing, and implementing innovative energy solutions, often working on renewable and advanced power systems. Power Systems Technicians primarily handle maintenance, troubleshooting, and repair of electrical power systems. While both roles require technical certifications and work in similar environments, Advanced Power Technologies roles are more focused on development and innovation, whereas Power Systems Technicians concentrate on operational support and system upkeep.

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Advanced Power Technologies jobs near you
Infographic showing various Advanced Power Technologies job openings in the United States as of September 2026, with employment types broken down into 1% As Needed, 73% Full Time, 24% Part Time, and 2% Contract. Highlights an 84% Physical, 2% Hybrid, and 14% Remote job distribution, with an average salary of $50,977 per year, or $24.5 per hour.

Lead Power Electronics Engineer - Intermediate Bus Conversion & Advanced Power Architectures

Plano, TX

OmniOn Power
Electrical Equipment, Appliance, and Component Manufacturing • 1 - 5K employees
Learn more about OmniOn Powerexternal

$107K - $126K/yr

Full-time

Re-posted 17 days ago

Key responsibilities

  • Lead the design and development of advanced DC-DC power converters, including high-voltage and low-voltage intermediate bus converter modules.

  • Define, optimize, and validate power architectures for efficiency, power density, thermal performance, reliability, EMI/EMC compliance, and transient response.

  • Collaborate with cross-disciplinary teams to ensure robust product development, perform prototype validation, and mentor junior engineers.

Job description

We empower smarter business operations by connecting equipment, software, and services to protect, control and optimize assets within electrical infrastructures. The business provides customers, across various industries, with end-to-end product and service solutions ensuring the reliability and protection of their electrical infrastructure.We provide the latest industry insights and technology to develop solutions needed to meet customers evolving challenges, including innovative critical power solutions designed for high reliability and performance. Our culture is one of quality and operational excellence fueled and supported by talented people, tools and processes, and expertise.

To return to the OmniOn Power website, click here.

The Lead Power Electronics Engineer will lead the design and development of next-generation DC-DC power conversion products for AI infrastructure, hyperscale data centers, telecom, and advanced computing applications. This role will focus on both high-voltage and low-voltage intermediate bus converter (IBC) modules, including regulated and unregulated bus architectures, high-current power delivery systems, and advanced isolated and non-isolated conversion platforms.
The engineer will drive the complete hardware development cycle-from system architecture and topology selection through simulation, validation, and high-volume production-while collaborating with global R&D teams across firmware, controls, magnetics, thermal, mechanical, and manufacturing disciplines.
This position requires strong expertise in intermediate bus converter architectures, high-density power design, resonant and soft-switching topologies, and advanced GaN and SiC power devices. Experience with both high-voltage bus conversion systems (800V and 400V architectures) and low-voltage high-current IBC modules is highly desired.
The role will also provide technical leadership, mentor engineering teams, support technology roadmaps, and help position OmniOn Power as a leader in next-generation AI and data center power delivery solutions.Key Responsibilities
  • Lead the design and development of advanced DC-DC power converters, including:
    • High-voltage intermediate bus converters
    • Low-voltage high-current IBC modules
    • 800V-to-48V architectures
    • 400V-to-48V conversion systems
    • Regulated and unregulated bus converters
    • Multiphase and high-current power stages
    • Resonant and soft-switching topologies
  • Define and optimize power architectures for:
    • Efficiency
    • Power density
    • Thermal performance
    • Reliability
    • EMI/EMC compliance
    • Fast transient response
  • Drive topology selection and optimization using simulation tools such as:
    • PSPICE
    • SIMPLIS
    • SIMetrix
    • LTspice
    • Ansys
  • Lead schematic development and guide high-density PCB layout with emphasis on:
    • High-current routing
    • Parasitic reduction
    • Thermal management
    • EMI mitigation
    • Manufacturability
  • Perform hands-on prototype validation, debugging, characterization, and failure analysis.
  • Collaborate with firmware, digital controls, magnetics, thermal, mechanical, and manufacturing teams to ensure robust product execution and production readiness.
  • Support existing product platforms through optimization, lifecycle management, and component alternate qualification.
  • Mentor junior engineers, lead technical reviews, and contribute to innovation initiatives and intellectual property development.
Basic Qualifications
  • B.S. in Electrical Engineering or related field (M.S. preferred)
  • Minimum 10+ years of experience in power electronics hardware design
  • Proven experience developing isolated and non-isolated DC-DC converters
Preferred Skills and Experience
  • Strong experience with:
    • Intermediate bus converter (IBC) architectures
    • High-voltage DC bus systems
    • Low-voltage high-current power delivery
    • 48V power distribution systems
    • AI and data center power architectures
  • Experience designing:
    • 800V-to-48V converters
    • 400V-to-48V converters
    • High-current low-voltage IBC modules
    • POL and multiphase converters
  • Deep knowledge of:
    • LLC resonant converters
    • Phase-shifted full bridge topologies
    • Soft-switching techniques
    • High-frequency power conversion
  • Experience with GaN and SiC power devices
  • Strong understanding of:
    • Magnetics design
    • High-frequency transformer optimization
    • Thermal management
    • EMI/EMC mitigation
  • Familiarity with digital control loops, compensation techniques, and mixed-signal power systems
  • Hands-on lab expertise in:
    • High-voltage testing
    • Power converter validation
    • Thermal characterization
    • Failure analysis
  • Proficiency with schematic capture, PCB layout guidance, and power electronics simulation tools
  • Strong technical leadership, communication, and cross-functional collaboration skills

This position is intended to strengthen organizational capability in both high-voltage and low-voltage intermediate bus conversion systems for next-generation AI and data center power delivery. Candidates with strong experience in regulated or unregulated IBC architectures-including 800V-to-48V, 400V-to-48V, and low-voltage high-current bus converters-will be highly valued.

The current team is primarily composed of junior engineers and requires a strong technical lead to drive architecture decisions, mentor the team, and execute advanced power conversion programs. This role is critical to expand our expertise in next-generation intermediate bus converter technologies and accelerate development of advanced AI and hyperscale data center power platforms.

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