Software Engineer (AL-FNC250102 001/01)

As a Software Engineer at our company, your primary responsibilities will involve designing and developing embedded device software for an integrated e-payment Fare Collection System. This includes gathering client requirements, developing secure communication protocols, conducting thorough testing and troubleshooting, and preparing necessary documentation such as Software Requirement Specifications and Design Specifications. You'll also provide ongoing application support and collaborate with users regarding their needs.

To be considered for the Software Engineer position, you should have a degree in Electrical/Electronics/Computer Engineering, Computer Science, or a related field, along with a minimum of five years of experience in object-oriented software development. Proficiency in C++ on embedded platforms, experience with multi-threading, socket programming, and familiarity with Docker and AWS Greengrass are also valuable qualifications that can set you apart.

In this Software Engineer role, you will participate in the complete Software Development Lifecycle (SDLC), which encompasses requirement gathering, design, development, testing, and implementation of embedded software applications. You'll be involved from the very beginning, collecting user requirements, developing the software, ensuring functionality through rigorous testing, and finally documenting your work for future reference and usability.

As a Software Engineer in our company, familiarity with communication protocols is essential. You'll be implementing and optimizing protocols like TCP/IP, HTTPS, FTPS/SFTP, and MQTT-S to ensure secure and reliable connections between embedded devices and cloud platforms. A deep understanding of these protocols will be crucial for the successful development of the integrated e-payment Fare Collection System.

Absolutely! Collaboration is key in our Software Engineer position. While you'll be expected to be self-motivated and work independently, you will also need to be a good team player, engaging with users and other team members to handle requirements, testing, and production issues. Your ability to communicate effectively and work within a team will directly contribute to the success of the projects you undertake.

When answering this question, highlight any specific projects you've worked on involving embedded systems. Discuss the technologies used, your role in the development process, and any key challenges you overcame. This showcases your hands-on experience and problem-solving skills, both crucial for a Software Engineer role.

Detail your approach to requirement gathering by discussing your strategies for communication and clarification with clients. Mention the importance of creating a solid list of functional and non-functional requirements, and how you ensure alignment with stakeholders’ needs. This demonstrates your organizational abilities and commitment to meeting project goals.

List the communication protocols you're familiar with, especially those mentioned in the job description such as TCP/IP, MQTT-S, and HTTPS. Explain any relevant examples of how you've used these protocols in past projects, which will exhibit your technical knowledge and ability to implement secure solutions.

Share a specific debugging challenge you've faced in your past work. Describe the process you followed to identify the issue, the solutions you tried, and the final outcome. This answer will highlight your analytical and problem-solving capabilities, which are essential for a Software Engineer.

Discuss how multi-threading improves the performance and responsiveness of embedded systems. Provide an example of a project where you implemented multi-threading, the concepts you applied, and the benefits that were achieved. This will demonstrate your understanding of advanced programming techniques crucial for the role.

Mention any methodologies you're experienced with, such as Agile or Scrum. Explain how these practices have impacted your previous projects, fostering collaboration and iterative improvement. Your familiarity with these methodologies can show you're a strong fit for our dynamic work environment.

Talk about the processes or tools you use for quality assurance, including design reviews, version control, or testing practices like unit and integration testing. Demonstrating a commitment to high-quality standards in your software development approach will reflect your professionalism as a Software Engineer.

Discuss any tools and platforms you're comfortable using for documentation, such as Confluence, Microsoft Word, or UML software. Highlight how you utilize these tools to create clear, concise documentation that effectively communicates your designs and specifications. This showcases your attention to detail and communication skills.

Outline your strategies for professional development, such as attending workshops, reading industry articles, or participating in online forums. This response illustrates your commitment to continuous improvement and staying informed about advancements in technology, which is critical for a Software Engineer.

Share a scenario where an initial project did not meet its objectives and detail the steps you took for optimization and realignment with project goals. Highlight your capacity for resilience, adaptability, and strategic thinking—qualities that are essential for success in the Software Engineer role.