Software Engineer Working Student

As a Software Engineer Working Student at Taktile, your key responsibilities will include working on backend components using Python and FastAPI or developing front-end components with React and TypeScript. You’ll be actively involved in daily team rituals such as syncs, planning sessions, and technical deep dives, ensuring that you collaborate effectively with your teammates.

For the Software Engineer Working Student position at Taktile, candidates should have fantastic Computer Science fundamentals, particularly in areas like data structures, algorithms, and distributed systems. While it's ideal to have exposure to AWS and experience with frontend frameworks like React, these are not mandatory requirements.

Yes, as Taktile operates in a hybrid work model, the Software Engineer Working Student can choose to work from our Berlin HQ or the Iasi Hub in Romania, depending on personal preferences and flexibility needs.

Software Engineer Working Students at Taktile will have ample growth opportunities, including mentorship from experienced engineers, participation in cross-team learning groups, and the chance to work on foundational aspects of our groundbreaking product. This role encourages you to voice your ideas and contributes significantly to your career development.

Joining Taktile as a Software Engineer Working Student comes with several benefits, including a top-of-market equity and cash compensation package, a self-development budget for personal growth, and access to cutting-edge technology like a new Apple MacBook Pro. The focus on a supportive and positive work culture further enriches your experience.

In software engineering, data structures are essential as they organize and store data efficiently, affecting the performance and scalability of applications. When answering this question, focus on specific examples, like how you would choose the right data structure for a particular application, emphasizing performance considerations.

When debugging a complex problem, I usually start by reproducing the issue to understand its scope. I then isolate components to identify the source of the problem systematically, using tools and logs while ensuring to document my findings. This methodical approach not only leads to a resolution but also provides insights for future prevention.

In my studies and projects, I have gained significant experience using Python for backend development. FastAPI has been my go-to framework due to its performance and ease of use, especially in developing APIs. When discussing your experience, cite specific projects where you implemented FastAPI features effectively.

I prioritize tasks based on deadlines, project impact, and team input. I often use tools like Kanban boards to visualize my workload, ensuring that high-impact tasks are addressed first while maintaining flexibility to adjust as team needs evolve. Emphasizing communication with teammates also helps prioritize effectively.

I participated in a group project developing a web application where I took on the role of a frontend developer using React. My primary responsibilities included designing user interfaces and ensuring smooth user experiences by collaborating closely with backend developers. Focus on teamwork and outcomes in your response!

I believe code reviews are critical for improving code quality and sharing knowledge within the team. I handle criticism constructively by viewing it as a learning opportunity, actively seeking feedback, and applying suggestions to improve my skills and projects for future enhancements.

Distributed systems are networks that separate components located on different computers but work together as a single system. When discussing this, elaborate on practical applications, such as cloud computing, and address challenges like synchronization and fault tolerance to demonstrate your understanding.

To keep updated on the latest tech trends, I follow relevant blogs, engage in online communities, and participate in webinars. I also dedicate time to consistently explore new programming languages and frameworks, applying my learning in personal projects to reinforce my knowledge.

I am most comfortable using Python and JavaScript, having used them throughout my coursework and projects. In your response, also highlight any relevant frameworks or libraries that enhance your expertise, which showcases your adaptability and willingness to learn.

My primary motivation for pursuing a career in software engineering stems from my passion for problem-solving and innovating through technology. I thrive on tackling complex challenges and transforming ideas into working solutions, which drives my desire to learn and grow continuously in this dynamic field.