Modeling and Simulation Engineer for Embedded Systems

Who are we?
Volvo Cars is a company on a mission; to bring traditional car manufacturing into a connected, sustainable and smart future.
Since 1927, we have been a brand known for our commitment to safety, creating innovative cars that make life less complicated for our consumers. In 2010, we decided to transform our business, resulting in a totally new generation of cars and technologies, as well as steady growth and record sales. Today, we’re expanding our global footprint in Europe, China and the US, and we’re on the lookout for new talent.
We are constantly pushing our own skills and abilities to drive change in the automobile industry like never before. We are looking for innovative, committed people to join us in this endeavour and create safe, sustainable and connected cars. We believe in the power of people and will challenge and support you to reach your full potential. Join us and be part of Volvo Cars’ journey into the future.

We are looking for our future team member to enable Software Functionality 
Verification on Embedded Systems
The embedded test setups are built around the above-mentioned computer-in-the-car 
architecture. These setups are a combination of vehicle simulator and real hardware
components to emulate a real vehicle with all the relevant dynamics. Our team(s) are 
responsible for the development and maintenance of these embedded setups, while making 
sure that these setups are capable to execute relevant test cases for platform, software, and 
function verification. These are state-of-the art test setups, critical for testing software before 
the final product is launched. Hence, you will be working in a fast paced, innovative 
environment, solving problems and challenges daily. 

We offer you to work in a small cross functional team, with high focus on quality and continuous 
improvements. Together with your colleagues, you will define, set up and configure these 
embedded test environments supporting our current and future projects. You will be working 
with Software application and deployment on core computer and embedded GPUs, doing 
modeling work with Matlab, Simulink and you will be enabling test automation, moving us 
towards Continuous Integration and Continuous Deployment.
Together with us, you will grow your competence and get a broad understanding of Volvo Cars 
Next Generation Vehicles and Software Platform along with domain growth in Vehicle Motion 
Control and Autonomous Driving. You will work closely with other groups at Volvo Cars, our 
suppliers and get the opportunity to create a wide network.

Who are you? 
You will fit well in this role if you are a Modeling and Simulation Engineer focusing on modelbased development and an understanding of Software Verification cycles correlated to Model 
Based Development (SIL, HIL, VIL and Test Track)
We believe you are an individual who is motivated by challenging tasks in a complex and 
innovative environment. Execution of challenging technology development and teamwork is 
your real passion. You enjoy learning from others, as well as sharing your knowledge with 
your colleague and are social, structured, analytical, and a problem solver. 

You and your skills
Mandatory Requirements 
• M.Sc. or a B.Sc. within Electrical/Embedded Systems, Electronics, Physics, 
Mechatronics, Software Engineering or similar. 
• Knowledge of Software Development, Verification and Validation
• Working experience in Matlab and Simulink for Model Development
• Fluent in English and can communicate effectively with all types of stakeholders.

Meritorious
• Debugging Experience with Integration of SW components and Models with 
Hardware Nodes 
• Working experience in Sensor Model and Simulation
• Knowledge in vehicle communication protocols 
• Programming skills in Python and C++
• Working knowledge in hardware-in-loop environments such as dSpace, Vector or 
National Instruments
• Experience from SW platform development, including middleware.
• Knowledge in vehicle/traffic simulation
• Knowledge in integration of sensor technologies (radar, camera, lidar, ultrasonic 
etc.)
• Verification in vehicles at system or functional level or experience from test 
automation