Senior Staff Electrical Engineer, Data Centers

Generac

The Role

Overview

Lead integration and development of complex power systems for data centers

Key Responsibilities

  • system architecture
  • integration testing
  • requirements capture
  • technical reviews
  • documentation management
  • verification

Tasks

-Define architecture and design strategies for hardware and software systems—documenting inputs, outputs, interfaces, and interactions. -Create and manage key documentation: Statements of Requirements, system block diagrams, and technical specifications. -Influence product development plans, schedules, and cost targets while keeping the system aligned with business goals. -Travel occasionally to other Generac sites and customer locations (as needed). -Lead and participate in technical reviews, discussions, and design activities across the engineering organization. -Translate customer needs into clear system-level requirements through collaboration with product, engineering, and business partners. -Develop system integration and test strategies—including hands-on activities for new and existing product platforms. -Own the product and system requirements from start to finish, ensuring validation and verification at every level (component, subsystem, system). -Provide technical leadership and mentorship to junior engineers.

Requirements

  • power systems
  • generator paralleling
  • 10+ years
  • systems engineering
  • master’s degree
  • cross‑functional

What You Bring

-Strong knowledge of electrical power systems, especially large generators (500kW–5MW), grid/islanded solutions, and load-sharing systems. -Excellent problem-solving, communication, and mentoring skills. -Hands-on experience with generator paralleling, synchronization, and power management. -10+ years of engineering experience in a product development or systems-focused environment. -Ability to translate technical information for diverse audiences. -High attention to detail and the ability to manage multiple priorities at once. -Advanced knowledge of communication protocols and hardware interfaces. -Master’s degree in Systems Engineering or a related STEM field. -Strong command of systems engineering principles and structured problem-solving. -Proven cross-functional leadership and ability to deliver in a matrixed organization. -Deep experience in system-level product development, ideally following the V-Model or NPI process. -Bachelor’s degree in Electrical Engineering or related discipline. -Experience in designing and packaging electromechanical systems. -Ability to produce technical documents, such as system architecture, block diagrams, and interface specs.

Benefits

-Comprehensive Benefits: Health, dental, vision, 401(k), and more. -Product Discounts & Loan Programs: Perks that extend beyond the workplace. -Dress for Your Day: Every day is jeans day. -On-Site Perks: Gym, café, walking trails, and free parking. -Culture of Celebration: Fun Days, family events, retiree reunions, and summer hours.

The Company

About Generac

-It began by engineering affordable home standby generators and built its first engine tailored for generator use. -Its portfolio spans portable units, residential standby systems, large commercial/industrial generators, light towers, power washers, battery storage, and smart-home energy devices. -Typical projects include outfitting homes for outage resilience, powering construction sites with mobile generators, and deploying microgrid and natural gas generator solutions for commercial clients. -Innovations include the PWRcell home energy storage line, integration of EV charging and remote monitoring via Mobile Link and Concerto software platforms.

Sector Specialisms

Industrial

Energy

Infrastructure

Buildings

Residential

Commercial

Water Resources

Heavy Civil

Marine

Transport

Utilities

Solar

Wind

Nuclear

Government

Energy Storage

Energy Management

Grid Services

Distributed Energy Resources

Backup Power Systems

Smart Energy Solutions

Power Generation Equipment

Prime Power Systems

Load Control

Virtual Power Plants