Our client is one of the world's leading provider of lithography systems for the semiconductor industry, manufacturing complex machines that are critical to the production of integrated circuits or chips. The client has its R&D and manufacturing operations in The Netherlands. Luxoft is currently searching to augment the Development & Engineering Department with a talented software engineer to design and implement embedded software for systems among the highest precision ever produced in the world.
As a software engineer at the client site, you will be working Linux server applications for Image Sensor. You will be working with electrical engineers, mechatronic engineers and system engineers to define the software requirements. After that, you will be making a software design and documenting it. All this is discussed and reviewed with your software team. A team of about 10 people consisting of a team lead, a sw architect, a few senior developers and a few junior developers. After your sw design is approved you are responsible for implementing the design in C/C++ for new modules. Auto and unit testers are written in Python. After that is all reviewed you can go ahead and download the code to one of our lithography machines (which vary in price between 5 and 100 million dollars) and test the code. During the testing, you will collect the necessary data so you can write a test report. This test report is then reviewed and when it is approved your software will be released. In a matter of days, our customers will now be running with your software. The development environment is Red Hat Linux, execution environment is Wind River Linux. The software release driving a client machine is 40 million lines of code. Client sw teams work in various modes such as Agile and SAFE.
To support and maintain the ES functionality we are looking for a strong Software developer. The main technology is C/C++. Secondary - Python.
The candidate shall be part of a SW team and work in a multidisciplinary project.
The main responsibilities will be:
- Understanding the current embedded SW implementation
- Implement new requirements by modifying the current baselines
- Qualify the new implementations and maintain the testing environments
- Issue resolution and troubleshooting depending on intake from field or factory
Nice to have
English: B2 Upper Intermediate
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