Embedded Software Engineer – Wireless Sensor Systems (all gender)

As an Embedded Software Engineer at ALTEN, your primary responsibilities include analyzing, designing, and enhancing software in an RTOS environment, expanding communication protocols for wireless sensors, and optimizing architecture for energy efficiency. You'll also contribute to cross-team interface development and ensure compliance with coding guidelines.

To qualify for the Embedded Software Engineer role at ALTEN, you should have a degree in Electrical Engineering, Computer Science, or a related field. Additionally, knowledge of energy-efficient RTOS like FreeRTOS or Zephyr and experience in embedded software development (C or C++) are essential. Proficiency in protocols like 6LoWPAN will also be beneficial.

For the Embedded Software Engineer role at ALTEN, proficiency in C or C++ is crucial. These languages are fundamental for embedded software development, allowing you to create efficient and reliable applications for wireless sensor systems.

ALTEN values work-life balance for its employees. As an Embedded Software Engineer, you can expect flexible working hours and options for mobile working, enabling you to maintain a healthy balance between your professional and personal life.

Yes, having experience with communication protocols such as 6LoWPAN or similar is beneficial for the Embedded Software Engineer position at ALTEN. This expertise helps in the development of wireless data transmission solutions, aligning with the role's responsibilities.

When asked about your experience with RTOS, focus on specific projects where you've utilized systems like FreeRTOS or Zephyr. Highlight how you implemented various functionalities and the challenges you overcame, emphasizing your role in ensuring efficiency and reliability.

Discuss critical factors such as selecting low-power hardware, optimizing algorithms, and managing sleep modes and active states. Provide examples where you've successfully implemented these considerations to improve energy efficiency in past projects.

Explain your debugging process, which may include using tools like debuggers or logging to identify and resolve issues. Share specific instances where your debugging skills led to successful project outcomes, showcasing your analytical capabilities.

List the protocols you have worked with, particularly 6LoWPAN. Describe how you’ve implemented them in projects, emphasizing your understanding of their design and functionality in wireless data transmission environments.

Choose a project that highlights your problem-solving skills. Outline the project's objectives, your role, the challenges faced, and how you and your team successfully navigated those challenges, underscoring your contributions and the results achieved.

Discuss your familiarity with coding standards and best practices, and explain your routine for reviewing code. Mention tools or processes you use to automate compliance checks and promote adherence within your team.

Highlight your approach to fostering communication and cooperation between teams. Discuss tools like project management software or regular stand-up meetings, and emphasize your commitment to a collaborative environment that encourages idea sharing and innovation.

Share your passion for technology and creating solutions that improve lives. Discuss how the challenges of developing embedded systems inspire you and motivate you to keep learning and growing in your profession.

Describe your task management approach, whether using project management tools or methodologies like Agile. Share an example of a project where you successfully prioritized tasks to meet deadlines while ensuring quality.

Discuss your commitment to continuous learning through resources like online courses, tech conferences, and industry publications. Mention how staying informed helps you implement cutting-edge practices in your work.