Electrical Engineering

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Pairing our investments in technology with our focus on the pro trades, we work to deliver solutions that elevate the way work gets done on every jobsite. We continue to invest in the latest technologies and techniques to help solve complex engineering challenges. Our team of engineers is developing the most technologically advanced batteries, motors, electronics, and software solutions the industry has ever seen.

POWERSTATE™ Brushless Motors

We custom engineer every motor specifically for the tool it powers. These motors are built with maximum copper content and top-grade rare earth magnets... and are more power dense than a Tesla.

REDLITHIUM™ Batteries & Chargers

We invented the technology that enables the use of lithium-ion in power tools, and remain the industry leader in this type of battery technology. Our batteries are designed entirely in-house with robust electronics for optimized performance for every tool and battery combination. Our engineers also build our batteries to withstand harsh jobsite environments.

REDLINK PLUS™ Electronics

We engineer advanced electronic communications packages for each of our tools to optimize performance. These packages protect our tools with thermal and overload monitoring. Additionally, the unique engineering behind our electronics packages creates opportunities for features like 4-Mode DRIVE CONTROL™, AUTO SHUT-OFF™, and an on-board fuel gauge.

ONE-KEY™ Wireless Connectivity

We're unlocking an entirely new level of intelligence to our products. This is executed by our in-house Software, Firmware, and Hardware teams. Today we provide tracking, security, logging and configurable smart tool functionality. We accomplish this with Artificial Intelligence and applying sensors in novel ways.

POWERSTATE™ Brushless Motors

REDLITHIUM™ Batteries & Chargers

REDLINK PLUS™ Electronics

ONE-KEY™ Wireless Connectivity

We are relentless on building a culture that is focused on driving dedication to disruptive innovation, that takes unparalleled pride in our work and brand, and always does what’s best for the pros who depend upon our products to make a living.

Featured Jobs

Sr. Motor Engineer

Brookfield, WI

The Sr. Motor Engineer will lead the collaboration with local cross-functional, Global Motor Engineering, and Operations teams to create and execute test plans to verify motor performance and thermal limits per project requirements. You will identify engineering trends and drive strategies to guide the organization's technical direction and ensure consistent and efficient mass-produced Milwaukee motors and products around the world.

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Electrical Engineer II - Embedded Systems

Brookfield, WI

The Electrical Engineer II will collaborate with global Engineering and Operations teams to apply a platform use approach to all new designs while gathering and implementing design considerations for use in multiple product categories.

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Sr. Electrical Engineer

Brookfield, WI

The Sr. Electrical Engineer will lead the design and implementation of testing of embedded systems and identify engineering trends to drive strategies and Milwaukee Tool’s technical direction. You will work through the product development process in a team environment interacting with cross-functional stakeholders such as hardware, firmware, product development, and reliability engineers.

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Principal Power Electronics Engineer

Brookfield, WI

The Principal Power Electronics Engineer will manage and lead collaboration with global Operations teams to design, build, and qualify innovative power delivery solutions using novel techniques. You will have responsibility for topology and component selection, schematic capture, PCB layout, test plan development, and execution of power electronics circuitry.

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Sr. Firmware Engineer

Brookfield, WI

The Sr. Firmware Engineer will be a technical lead the design of new firmware architectures, applications, components, and libraries to ensure on-time delivery and requirements are met. You will interface with cross-functional teams to understand system design requirements and translate them into embedded requirements.

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Principal Systems Engineer

Brookfield, WI

The Principal Systems Engineer will collaborate with engineers, product marketing, and key stakeholders to enable efficient development of innovative electric power tool and equipment systems. You will support the development and refinement of lightweight tools and processes for execution of system engineering practices within a high-velocity product development environment.

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Behind these doors you’ll have the freedom to test new ideas and you’ll have access to the technology and resources you need to make those ideas a reality. Every single day you’ll be empowered to own it, drive it, and do what it takes to design and develop the biggest breakthroughs in the industry.

Embedded Systems

Collaborate with Engineering and Operations teams globally to design, build and qualify innovative embedded systems revolving around novel sensors, motor control, rich user interfaces, and wireless connectivity to our tools.

Power Electronics

Collaborate with Engineering and Operations teams globally to design, build and qualify innovative power delivery solutions ranging from 10's of watts to 10's of kW using novel semiconductor switches. Our Power Electronics Engineers are also responsible for topology selection, component selection, schematic capture, PCB layout, test plan development and execution of power electronics circuitry.

Motors

Design, prototype, test, and qualify motors of varying topologies that push limits on performance, power density, and thermals. Collaborate with our world-class in-house motor production facilities to design for manufacturing excellence.

Firmware

Design, develop, and test firmware within embedded systems for real-time applications and products. This includes the development of microprocessor specific, application specific, and firmware libraries to drive quality and reusability meeting our end user needs.

System Engineering

Define requirements and architecture, and drive adoption and integration of advanced technologies that enhance development of our innovative solutions. Relentlessly push learning earlier in our development process to enable us to deliver the best solutions, quickly.