Embedded Engineer (Automotive)

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Job description

Job Title: Embedded software engineer

Department: Electronics & Fluid Pressure

Job Description

The selected candidate will be responsible for supporting the development of software for electromechanical devices.

Years of Experience

3+ years of experience in firmware design for electromechanical devices.

Education

Bachelors or Master s degree in Electrical or Computer Engineering, Computer Science,

Job Responsibilities

Develop and debug real-time firmware in C for PIC, ARM, STM, etc. automotive grade microcontrollers.

Support design and development of control software for multi-purpose actuators and valves (BLDC motor, Brushed DC motor controls, electronic valves & sensors).

Participates in the complete product development cycle, from initial product specification to product release.

Develop high quality work-product through best practices such as requirements, documentation, static analysis, code reviews and testing.

Work with hardware design engineers to debug new/untested electronic circuit designs and develop firmware to support and test these designs

Ensure all customer performance and durability specifications and requirements are met.

Desired Competencies, Experience, & Qualifications

Strong C programming experience with a proven understanding of 16/32-bit microcontroller

Design and development of embedded firmware for microcontrollers

Familiarity with automotive communication protocols (PWM, LIN, CAN) and their design implications. Should also be familiar with CAN/LIN test tools such as Vector or Intrepid hardware.

Experience with UDS or automotive diagnostics.

Comfortable participating in a small team firmware development environment.

Follow ASPICE software design guidelines, development for readability and maintainability, well documented firmware design practices, and participation in code-reviews.

Ability to understand and apply automotive engineering specifications.

Ability to work independently and within a cross-functional team environment.

Good analytical problem solving and critical thinking skills.

Use of general electronic test tools (o-scope, soldering iron, function generator) to support software development and prototype testing activities.

Knowledge of firmware development for communications systems, diagnostics systems, and bootloaders a plus.

BLDC 3-Phase Motor design experience a plus.

- provided by Dice