Lead Software Engineer - job 2 of 44

As a Lead Software Engineer at our company, you'll be responsible for managing 247 system support for our merchants, fixing bugs within SLAs, collaborating with various teams to improve development processes, and building next-gen monitoring tools. You'll also create application and infrastructure performance models for a payment processing system, monitor application performance, and support capacity planning.

The ideal candidate for the Lead Software Engineer role should possess a Bachelor's degree in Computer Science or Engineering, with a Master's degree being a plus. Hands-on experience in Unix/Linux environments, proficiency in programming languages like Java and Python, and familiarity with performance strategy are essential. Experience with monitoring tools and containerized microservices architecture is highly desirable.

Our company is committed to professional development, providing various opportunities for the Lead Software Engineer to learn and grow. This includes access to courses, workshops, and the chance to work on innovative projects that push boundaries in technology. Collaborating with talented colleagues in a supportive environment further enhances your growth.

The work environment for a Lead Software Engineer at our company is dynamic and collaborative. The role is hybrid, requiring some days in the office which will be coordinated with your Hiring Manager. You'll engage with Agile teams in a fast-paced atmosphere, where creativity and problem-solving are encouraged.

Yes, the Lead Software Engineer position includes on-call responsibilities. This aspect of the job allows you to respond to urgent issues in real-time, ensuring that our systems remain reliable and efficient, which is critical for supporting our merchants.

I have extensive experience working in Unix/Linux environments, wherein I've managed system internals, disk storage, and networking protocols. This foundation has enabled me to optimize applications and troubleshoot effectively.

In a production environment, I prioritize utilizing APM tools such as AppDynamics and Dynatrace to monitor application performance. I continuously analyze the data to identify bottlenecks and optimize resource allocation.

A performance strategy is defined by assessing business requirements, identifying performance baselines, and determining future growth needs. I engage with stakeholders to ensure this strategy aligns with overall business goals.

I have extensively used JMeter for creating and executing load tests that simulate real-world traffic patterns. This experience has been invaluable in identifying weaknesses in systems before deployment.

I focus on creating comprehensive disaster recovery plans that include regular backups, failover protocols, and conducting drills to ensure the team is prepared for emergencies. I also involve all relevant stakeholders in this planning process.

Clear communication is vital. I ensure all team members are on the same page by using project management tools, regular check-ins, and open discussions, fostering a culture of transparency and collaboration.

I have experience designing and deploying applications using containerized microservices. This approach has allowed me to enhance scalability, make deployments more efficient, and improve maintenance.

In a fast-paced environment, I prioritize tasks by assessing urgency and impact. I use project management tools to track progress and ensure communication with the team to adapt as necessary.

In a past role, I led a team response to a production incident that caused a significant slowdown. By quickly triaging the issue, collaborating with the team, and implementing a fix, we minimized downtime and learned from the experience to prevent future occurrences.

I am proficient in Java and Python for application development and scripting. This skills set has enabled me to automate processes effectively and enhance system performance.