Do you want to work in a value driven organization with a leadership characterized by empowerment? Do you excel in co-simulation of multi-physical systems and control software? Do you have experience within model predictive control and optimization? Do you have a good understanding of both embedded software and mechanical systems? Do you want to use your experience and knowledge to improve the performance of the tightening tools? Please apply today!Information om uppdraget
Academic Work is on behalf of our client Atlas Copco looking for an engineer within simulation driven development for motor control engineering. Atlas Copco Industrial Technique is a world-class provider of industrial tools and assembly systems. Together they are today more than 300 engineers and develop the most comprehensive product range on the market, through global networks, for our customers automotive and aerospace industries, industrial manufacturing and maintenance, and in vehicle service worldwide. Their core values are interaction, commitment and innovation, which forms a company culture where you have all possibilities to contribute with your knowledge and being empowered to drive your own initiatives.
As they combine benefits of a large business with the entrepreneurial spirit of a smaller operation, this position will make you a part of a stimulating environment and provide you with a wide range of development opportunities.
Academic Work is responsible for the recruitment process but the candidate that proceed will be employed directly by Atlas Copco.Arbetsuppgifter
You will be part of an expertise team working within areas such as tribology, mechanical design, mechatronics, automatic control, sensor fusion and software development. The team develops new strategies for tightening bolted joints with ergonomics, accuracy and productivity in focus. You will contribute with knowledge of state-of-the-art control algorithms as well as co-simulation methodology for embedded and physical systems.Vi söker dig som
- You hold a M.Sc. or Ph.D. in Mechatronics, Engineering Physics or Electrical Engineering.
- Good knowledge in automatic control engineering.
- Knowledge in simulations using e.g. Matlab and Simulink.
- Experience of motor control programming (C, C++).
- Low level (hardware) and real time programming.
- Interest in laboratory work testing tightening tools with your control programming.
- Knowledge in electronics.
Besides the qualifications above, we highly value your personality. We believe that you have a positive attitude, can do-mindset and enjoy engineering challenges. You thrive in dealing with complex engineering problems and obstacles as they occur. You use your analytical skills to define problems, issues and opportunities, analyze data and establish facts in order to draw valid conclusions. As you enjoy working together with other people, you are driven and take responsibility for solving your individual tasks and deliver results.