Salary: Base 125-150k based on experience plus 10% bonus
Must Haves:
7+ years of experience in the development and/or testing of embedded microprocessor-based controls
System Engineer background, and has a strong understanding of both hardware and software
Engineering Expertise: Proficiency in System Requirements Documentation, Requirements Allocation, Requirements Traceability, and Test Case development and execution. **MUST** understand the requirement down to the microcontroller
Industry Knowledge: Experience with electronic controls development, including electronics design and/or embedded software development is required
Bachelor's degree in engineering (Electrical, Computer, or Mechanical discipline)
D2D:
The Sr. Systems Engineer (Electronics) is a key role responsible for our client's control architecture development and deployment in the product line. This role plays a critical part in shaping the future of our client's key solution to their products. . As the Sr. Systems Engineering (Electronics), you will be at the forefront of driving innovation and ensuring the success of our electronic control systems.
System Architecture and Design: Leading the development and extension of system architecture and design for electronic controller applications, driving technological advancements and ensuring robust solutions
Project Management Excellence: Taking the lead in project management for electronic control system development and verification activities, ensuring projects are executed efficiently and effectively.
Work Product Reviews: Overseeing system work product reviews and ensuring the closure of action items before the release of design documentation and work products.
Process Enhancement: Collaborating cross-functionally to define and improve system work products, processes, and quality criteria, elevating our development capabilities and product quality.
Requirements Definition: Defining, documenting, and updating controller system requirements and verification plans in collaboration with various teams.
System Architecture: Defining and documenting controller system architecture, including key functional blocks, inputs, outputs, and interfaces.
Verification Excellence: Creating and maintaining a controller traceability matrix, mapping controller requirements to associated verification activities and results, and actively participating in verification activities.