Embedded Software Engineer, Self-Driving

Key Skills

Java Programming, logo, Mechanical, Offshore, Python Programming, Ruby on Rails, Unix Operating system

Job Description

As a Embedded Engineer, you are responsible for the analysis of requirements, architecture, design, development, and deployment of embedded software for application and platform systems for Rivian Self-Driving products. You will conduct software-design reviews and code reviews while assisting other developers on technical issues, design choices and technical decision making.

Responsibilities

• Design, develop and deploy embedded software for application and platform systems for Rivian Automotive’s Self-Driving products
• Provide solutions and software deliverables to support hardware bring-up, verification for automotive products
• Develop multi-threaded systems as well as embedded platform development on Real-Time OS
• Develop Socket applications making using of networking protocols such as TCP, UDP, IP, DHCP, and HTTP
• Assist in software-design and code reviews while assisting other developers on technical issues, design choices and decision making
• Design and implement software in an embedded environment
• Analysis of requirements, the architecture, design, development, code review, quality assurance and deployment of entire software engineering life cycle
• Work closely with other development and cross-functional team members such as Connected Car, Infotainment, Common Software, and Powertrain teams

Qualifications

• B.S., M.S. or Ph.D. in Computer Science, Electrical Engineering, or a related field
• Strong C/C++ programming skills
• Ability to work in a fast-paced development environment
• Good team player with great communication skills
• Passionately motivated to take ideas from R&D phase to a product
• Embedded software development and optimization
• Multi-threaded and multi-core programming
• POSIX Operating System experience
• Software development on microcontrollers & SoCs

Preferred Qualifications

• SIL/HIL testing
• Scripting languages (for example PERL, Python)
• Software security
• Experience with CAN, Ethernet
• Software Development life cycle experience, from requirements gathering through to implementation and maintenance.
• Safety critical systems (ISO 26262)
• Networking protocols such as TCP, UDP, IP, DHCP, and HTTP
• Developing systems with live sensor inputs
• High performance processors and platforms such as ARM, ATOM, DSP, FPGA, GPU
• Real Time Operating Systems (for example QNX)
• Experience in the automotive or robotics domain
• Bootloader bringup
• Kernel development
• System firmware