[25.02] C++ SW Engineer-Developer for Earth Observation Data Processors (m/f/d)

As a C++ SW Engineer-Developer at ACS-D, you will be responsible for designing, developing, and maintaining applications that process Earth Observation satellite data. Your duties will include writing C++ code on Linux platforms, analyzing software requirements, and conducting automated software testing, among other compelling tasks that contribute to data acquisition and dissemination.

To apply for the C++ SW Engineer-Developer position at ACS-D, candidates should have a university degree in Computer Science, Engineering, Physics, or Remote Sensing. Additionally, at least two years of professional experience in C++ programming, along with knowledge of object-oriented software engineering and relevant design patterns, is essential.

The C++ SW Engineer-Developer role at ACS-D requires strong proficiency in C++, including static and dynamic memory allocation, data structures, and STL. Familiarity with multithreading in Linux and networking protocols is also desirable to effectively handle tasks related to satellite data processors and data flow management.

Yes, the C++ SW Engineer-Developer position at ACS-D allows for some remote work. However, due to the nature of certain tasks that must be completed at the client's site in Prague, candidates should ideally be based in or near Prague, with commuting costs not being supported.

ACS-D values effective communication skills, a result-oriented mindset, teamwork attitude, and a strong problem-solving ability for the C++ SW Engineer-Developer role. These soft skills are crucial as you participate in technical meetings and collaborate with other team members on complex projects.

Highlight specific projects or applications you've worked on using C++. Describe the challenges you faced, the solutions you implemented, and how your contributions mattered in the context of Earth Observation data processing.

Discuss the design patterns you’ve employed, such as Singleton, Observer, or Factory Patterns. Explain how these patterns enhance code maintainability and scalability, providing examples from your work.

Share your understanding of stack vs. heap memory, along with techniques you've used for effective dynamic memory allocation and deallocation, including the use of smart pointers when appropriate.

Discuss specific instances where you implemented multithreading in Linux, focusing on how you managed concurrency, synchronization techniques used, and the overall impact on application performance.

Describe your approach to automated testing, including tools and frameworks you've used in C++ projects, how you create test cases, and the importance of testing in ensuring high-quality applications.

Explain the steps you take from gathering requirements to document analysis that leads to the design of software modules. Provide examples of how you translate requirements into actionable development tasks.

Talk about specific optimizations you've implemented in past projects, such as algorithm efficiency, memory management techniques, or using appropriate data structures to enhance performance.

Share your strategies for clear communication, such as regular updates, using project management tools, or how you facilitate discussions during technical meetings to ensure everyone is aligned on objectives.

Discuss projects where you’ve designed or worked with client-server architectures, focusing on communication protocols used and how you manage data interchange between the client and server components.

Express your interest in ACS-D's innovative approach to Earth Observation data and enthusiasm for contributing to projects with real-world impact, while highlighting how your skills align with the company’s goals and projects.