Full Stack Engineer, Typescript and Go

As a Full Stack Engineer at Trace Machina, you will primarily design, develop, and maintain scalable applications using TypeScript and Go. Your responsibilities will include developing both frontend and backend systems, optimizing performance, and implementing secure coding practices, all while collaborating closely with cross-functional teams to meet customer needs.

To be considered for the Full Stack Engineer role at Trace Machina, candidates should have at least 3 years of experience in a similar role, with strong proficiency in TypeScript, Go, and modern JavaScript frameworks. A solid understanding of database systems, version control systems like Git, and Agile development practices are also essential.

A Full Stack Engineer at Trace Machina should be proficient in TypeScript and Go, familiar with modern JavaScript frameworks such as React or Angular, and have experience in building scalable backend systems. Knowledge of containerization technologies, CI/CD pipelines, and distributed systems architecture will also be beneficial.

Trace Machina is committed to the professional development of its engineers by fostering a collaborative and innovative culture. We offer opportunities for mentorship, skills enhancement, and exposure to cutting-edge technologies that empower our team members to grow and excel in their careers.

A Full Stack Engineer at Trace Machina can expect a collaborative, inclusive, and innovative work environment that thrives on teamwork and cutting-edge problem-solving. Our culture emphasizes recognition and support of individual contributions, making it an exciting place to grow and make an impact.

When answering this question, provide examples of projects where you utilized TypeScript and Go, emphasizing specific challenges you encountered and how you overcame them. Highlight your understanding of both frontend and backend development to showcase your full-stack capabilities.

Consider explaining your coding principles, such as following best practices, documenting your code effectively, and conducting code reviews with peers. Mention how you incorporate testing and optimization into your workflow to ensure high-quality output.

You could respond by discussing various techniques you implement, such as input validation, regular security audits, and utilizing secure coding practices. Illustrate your commitment to keeping up-to-date with security standards and threats.

Share any specific methodologies you have charted like Scrum or Kanban. Explain how you've participated in ceremonies such as sprint planning, daily standups, or retrospectives, and how this helped enhance team productivity and project outcomes.

Provide insights into your systematic approach to debugging, such as using logging, monitoring tools, or code analysis techniques. Discuss specific tools you are familiar with which aid in identifying and resolving issues efficiently.

Detail methods you apply to enhance application performance. This may include code refactoring, implementing caching mechanisms, or optimizing database queries. Specific examples of past improvements can bolster your answer.

Emphasize the importance of teamwork in delivering high-quality software. Explain how collaborations with designers, product managers, and other developers lead to better requirements understanding and efficient project execution.

When discussing challenges, focus on the problem, your thought process, and the solution. Present what you learned from this experience that would be applicable at Trace Machina.

Discuss the methods and frameworks you utilize for developing reliable APIs, including documentation practices and performance considerations. Mention any tools that aid in your development and testing process.

Share your practical experience with Docker or other containerization tools. Discuss how you have used these technologies in past projects to streamline deployment and enhance scalability.