You will be responsible for designing and developing scalable backend systems and robust applications using Python or Golang. You will work on server-side architecture, performance optimization, and cloud-native technologies while contributing to product development and engineering best practices.
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Develop and implement scalable backend systems using Python or Golang.
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Design robust server-side solutions focused on reliability, scalability, and performance.
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Identify and resolve performance bottlenecks.
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Conduct experiments and implement solutions to improve system performance and efficiency.
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Research, evaluate, and integrate relevant open-source projects based on product requirements.
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Contribute to open-source communities where relevant.
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Write clean, efficient, maintainable, and well-documented code.
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Establish and promote coding standards and engineering best practices.
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Participate in product definition, system design, development, testing, deployment, and maintenance.
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Collaborate with cross-functional teams throughout the development lifecycle.
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Participate in architectural discussions and design scalable systems.
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Apply strong engineering and domain expertise to solve complex technical challenges.
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Guide and mentor junior and mid-level engineers.
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Foster a culture of ownership, collaboration, accountability, and continuous improvement.
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Strong proficiency in Python, with experience building scalable applications and frameworks.
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Good understanding of software architecture and backend system design.
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Hands-on experience designing and developing reusable framework components.
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Experience with building scalable and maintainable backend architectures.
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Strong understanding of code refactoring, design patterns, testing methodologies, and TDD.
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Experience with CI/CD pipelines and software security best practices.
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Strong understanding of software development lifecycle and engineering practices.
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Good understanding of Kubernetes architecture and cloud-native application development.
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Practical exposure to cloud platforms and containerized environments.
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Experience with performance optimization and benchmarking of applications or cloud environments is an advantage.
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Contributions to CNCF or other open-source communities will be an added advantage.
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Strong analytical and problem-solving abilities with attention to detail.
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Ability to work independently as well as effectively collaborate within a team.
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Strong ability to communicate and explain technical concepts clearly to technical and non-technical stakeholders.
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Proactive approach toward learning new technologies, engineering practices, and industry trends.
