Full stack sw engineer

Responsibilities 

Work with HMI developers to build tooling and help develop software for both in the simulation and in development vehicles. 

 Work with system engineers to architect flexible software implementations.  

 Work with autonomous-driving engineering teams, negotiate APIs and integrate vehicle information into interfaces.

● Work with front end developers, create software interfaces for new hardware.

● Develop functional user interfaces, deriving requirements from designers, regulation, and engineering.

Qualifications

● M.S. in Computer Science and 5 years of industry experience, or at least 10 years of equivalent experience. 

● Strong skills in C#, C++,  Javascript, Python, and development tools in Linux. 

Experience developing graphical interface and 3D simulation using Unity/OpenGL/Qt.

● Strong understanding of networking, network protocols, and Linux server administration.

● Experience working in automotive HMI SW development

● Experience working and processing raw sensor data (i.e. LIDAR, Radar, Camera, CAN, etc.) in an automotive context

● Experience with automotive communication busses (i.e. CAN, LIN, others.)

● Good software practices that produce maintainable code, including automated testing, continuous integration, code style conformity, and code review.

● Experience working on an Agile environment and with Agile methodology Soft Skills Requirements

● Excellent organizational skills

● Excellent and direct communications skills

● Ability to prioritize and convey rationale for prioritization to other stakeholders

● Team player, must work well within a team environment Desirable

● Experience developing Autosar compatible software applications

● Basic understanding of electronics design and debugging.

● Previous experience working on large software projects.

● Experience in automotive HMI or human factor related projects.

● Basic knowledge of machine learning algorithms, computer vision, and point cloud processing.

● Experience developing  SW that interfaces with hardware (e.g., haptic steering wheels, motors, or other actuators)