Lead Embedded Software Engineer

Eaton Corporation•Minneapolis, MN

5d•$105,000 - $154,000•Hybrid

About The Position

Eaton’s ES AMER ESS division is currently seeking a Lead Embedded Software Engineer. This role may be based at our Franksville, WI; Plymouth, MN; or Waukesha, WI locations. Relocation assistance offered to those currently residing in the U.S. A hybrid schedule (3 days in office/2 days remote) is offered. The Lead Embedded Software Engineer will develop embedded software/firmware for high performance, real-time controls and protective relays used for smart grid applications in the electrical power distribution industry. You'll collaborate with a multi-discipline engineering team (software, hardware, and test) to define requirements between hardware and software subsystems.

Requirements

Bachelor’s degree from an accredited institution.
Minimum of 4 years’ experience working on embedded systems or embedded software development
Ability to travel up to 10%
Effectively lead, work and communicate within a global team environment.
Collaborate with a global multi-discipline engineering teams (software, embedded software, hardware, power systems, systems, product and test) to deliver products and features in the Controls and Relays Group.
Collaborate with external and internal customers, such as Marketing, Service, Operations and other engineering teams throughout the product development life cycle
Excellent verbal and written communication skills including the ability to effectively explain technical issues/concepts
Demonstrated proficiency in problem solving
Self-starter with the ability to operate effectively with minimal supervision
Ability to work in a fast paced, deadline-oriented environment
Strong planning and organizational skills

Nice To Haves

Minimum 3 years’ experience using C / C++
Familiarity with hardware drivers and embedded applications, networking and related areas primarily using C and C++ as programming languages.
Demonstrated competency with embedded software development environment and tools for Embedded Linux
Familiarity with using or designing systems that use network protocols such as Serial, TCP/IP, Ethernet
Familiarity creating and implementing virtualized environments for embedded software designs.
Understanding of Object Oriented Design (OOD) principles, secure coding and cybersecurity best practices
Understanding of real-time operating system (RTOS) concepts
Model designs using UML or similar methodologies as appropriate; develop use cases to model real-time systems behavior
Ability to work effectively in an Agile Scrum (or other iterative development) environment
Experience with test-driven development (TDD) and a good familiarity with unit test frameworks (e.g. GoogleTest, GoogleMock, xUnit++)
Experience with multi-core embedded systems
Experience using SDLC management tools in a team environment (e.g. Jira, Git, etc.)
Knowledge of power systems, switchgear and regulator controls products/applications is an added advantage

Responsibilities

Lead high-level design activities for new product features
Lead system interface design activities and lead the resolution of integration issues
Evaluate system performance requirements to evaluate suitability of embedded software and hardware components
Design and implement features for power system intelligent electronic devices, including power system protection algorithms, system diagnostics/prognostics, communication protocols, cybersecurity, and other relay, control and monitoring functions using C/C++
Collaborate with product owners, functional managers, systems engineering to distill product/system requirements/use cases to firmware designs/stories, developing module & system level code, and unit tests
Participate in tasks related to new product development/feature development including planning, task/story estimation, design, programming, unit testing, peer review, integration and release
Collaborate with external and internal customers, such as Marketing, Service, Operations and other engineering teams throughout the product development life cycle
Participate in the analysis and specification of embedded software subsystems
Design and implement unit test in support of developer testing activities and integration with Continuous Integration (CI) pipelines
Participate and lead design and code reviews
Plans and executes tasks in collaboration with the project team to ensure objectives are met
Evaluates and recommends software development process improvements in collaboration with engineering management