Product Support Engineer I

KEY ACCOUNTABILITIES

• They work with Development teams under the guidance of developers and senior engineers to support software products/services while developing deep product and customer knowledge.

• They work on automations that save manual efforts and eliminate recurring work to both tech teams and customers.

• They work with customers/users to resolve the tickets/incidents within the SLA and act as atechnology spokesperson for their domain.

• They participate in Incident post-mortems and work on process/service improvements through operational excellence practices.

• They have a good understanding and can implement improvements to the monitoring setup for the products/services they support and resolve any deviations.

They have good knowledge in performance, scalability, and enterprise system architecture.

• They are capable ofreading, writing, and debugging software to solve problems and implement bug fixes.

• They contribute to enhancing the technical and process documentation.

• 5. jOB cONTEXT

  This Engineer will operate within a dynamic software development environment where multiple products and services require continuous operational support and improvement. This role exists at the intersection of development, operations, and customer support, serving as a critical link between engineering teams and end users. In today's fast-paced technology landscape, organizations face increasing pressure to deliver reliable, scalable software while maintaining high code quality and operational efficiency. This role, with guidance, will address this challenge by implementing systematic approaches to software hygiene, reducing technical debt, and establishing sustainable operational practices. This position typically supports cross-functional teams working on complex, distributed systems that serve diverse customer bases with varying technical requirements and service level expectations. The role requires having good understanding of incident response and customer issue resolution-and working with the team on initiatives such as automation, process standardization, and system optimization. Success in this role directly impacts product quality, team productivity, customer experience, and the organization's ability to scale its software offerings effectively while maintaining operational excellence standards. How are the engineers in this team different from SDEs They are skilled in one or more programming languages (Python, Java, Perl, etc.). They understand data structures, but don't have to be as strong as SDEs. For example, they understand and can implement Arrays, linked lists, queues, but not necessarily Trees or Graphs. SDEs typically develop core software products for business and solve problems with significant algorithmic complexity or Big-O performance optimizations, while the engineers in this team will implement solutions to improve system resilience and build automations to address common problems faced across multiple teams. (eg. Build an automation that implements security patch across services owned by multiple teams) which doesn't need to be optimal but does the work effectively and error free.

  6.

  A bachelor's degree in computer science or related field, 1+ years of experience in software development, support engineering, or DevOps roles. Proven experience in supporting production software systems, performance improvements and resolving systemic issues Programming skills in Python, Perl, Java or other OOPs languages Experience in automation tools, monitoring solutions, and operational processes Background in working with cross-functional teams and interfacing directly with customers or end users Experience with agile development methodologies Good knowledge of Linux fundamentals, distributed systems and microservices-based architecture DB and SQL understanding Experience with cloud platforms Good problem-solving and analytical thinking abilities Good documentation and knowledge-sharing skills Collaborative approach to working with diverse teams and stakeholders