Senior Software Architect (Lima- Remote)

As a Senior Software Architect at Token Metrics, your primary responsibilities include conducting a comprehensive review of our existing architecture, designing scalable solutions for a vast user base, collaborating with multiple teams to ensure technical alignment with business goals, and providing mentorship to the development team. You'll also stay updated on emerging technologies and work on enhancing our quality assurance processes to maintain high software reliability.

To qualify for the Senior Software Architect role at Token Metrics, you should have a Bachelor's or Master's degree in Computer Science or a related field, plus at least 10 years of experience in software development with a minimum of 5 years in a senior architectural capacity. Expertise in system design, scaling applications, and proficiency with modern web technologies are essential. Additionally, a Google Cloud Professional Cloud Architect certification is highly desirable.

In the role of Senior Software Architect at Token Metrics, you'll work with an array of modern technologies including Next.js, Supabase, and Tailwind, as well as OLAP and OLTP databases, notably Snowflake. A strong understanding of cloud computing and distributed systems will also play an important role in your day-to-day tasks.

The Senior Software Architect is pivotal in enhancing the security and performance of Token Metrics' platforms. By implementing scalable solutions, maintaining architectural standards, and developing strategies for bug reduction, you'll ensure our systems not only perform optimally but are also secure and reliable for millions of users.

Token Metrics fosters a collaborative and innovative culture, especially for roles like the Senior Software Architect. You will work closely with diverse teams, contribute to decision-making processes, and have the opportunity to share insights and ideas on emerging technologies. Mentorship and knowledge sharing are highly encouraged to promote personal and professional development.

When answering this question, focus on your significant architectural projects, detailing specific challenges you faced and how you overcame them. Discuss your approach to aligning technology with business goals and ensuring that systems are scalable and maintainable.

Discuss your systematic approach to reliability, including the importance of rigorous testing, quality assurance processes, and implementing monitoring tools. Highlight specific methodologies you employ to track system performance and stability.

Speak about your philosophy on mentorship, including open communication, collaboration on projects, and creating an environment where team members feel comfortable sharing ideas and asking questions. Share examples of successful mentorship experiences and the impact they had on team performance.

Be specific about the web technologies you're proficient in, such as Next.js and Tailwind. Share examples of how you used these technologies in past projects, their benefits, and how they improved the overall system architecture.

Detail your past experiences with scaling applications, including the strategies you used and any performance challenges you encountered. Share any metrics you have that demonstrate the success of your scaling efforts.

Emphasize your commitment to security throughout the software lifecycle – from design to deployment. Discuss specific security measures you implement and past experiences where security was a critical factor in architectural decisions.

Share your approach to continuous learning, such as attending conferences, workshops, and engaging in online forums or communities. Mention relevant resources, publications, or networks that keep you informed on industry developments.

Explain your process for keeping architectural documentation up to date and accessible. Discuss how you develop standards and ensure that team members adhere to them, fostering a culture of quality and consistency.

Express your openness to feedback and give an example of a time you received critical input. Highlight how you assess feedback, incorporate constructive criticism into your designs, and see it as an opportunity for improvement.

Detail your methodologies for identifying bugs, including the tools you use and processes you implement for tracking issues. Discuss how you've driven initiatives to improve software quality and the positive outcomes of those initiatives.