Golang Enginner

Role Overview
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.

Key Responsibilities

System Engineering
Develop and implement scalable backend systems using
Python or Golang
.
Design robust server-side solutions focused on reliability, scalability, and performance.
Performance Optimization
Identify and resolve performance bottlenecks.
Conduct experiments and implement solutions to improve system performance and efficiency.
Open-Source Contributions
Research, evaluate, and integrate relevant open-source projects based on product requirements.
Contribute to open-source communities where relevant.
Code Quality & Documentation
Write clean, efficient, maintainable, and well-documented code.
Establish and promote coding standards and engineering best practices.
Software Development Lifecycle
Participate in product definition, system design, development, testing, deployment, and maintenance.
Collaborate with cross-functional teams throughout the development lifecycle.
Architecture & Design
Participate in architectural discussions and design scalable systems.
Apply strong engineering and domain expertise to solve complex technical challenges.
Mentorship
Guide and mentor junior and mid-level engineers.
Foster a culture of ownership, collaboration, accountability, and continuous improvement.

Requirements

Technical Skills
Strong proficiency in
Python
, with experience building scalable applications and frameworks.
Good understanding of software architecture and backend system design.
Framework Development
Hands-on experience designing and developing reusable framework components.
Experience with building scalable and maintainable backend architectures.
Engineering Practices
Strong understanding of code refactoring, design patterns, testing methodologies, and
TDD
.
Experience with
CI/CD
pipelines and software security best practices.
Strong understanding of software development lifecycle and engineering practices.
Cloud & Kubernetes
Good understanding of
Kubernetes architecture
and cloud-native application development.
Practical exposure to cloud platforms and containerized environments.
Performance Benchmarking
Experience with performance optimization and benchmarking of applications or cloud environments is an advantage.
Open Source
Contributions to
CNCF or other open-source communities
will be an added advantage.
Soft Skills
Problem-Solving
Strong analytical and problem-solving abilities with attention to detail.
Team Collaboration
Ability to work independently as well as effectively collaborate within a team.
Communication
Strong ability to communicate and explain technical concepts clearly to technical and non-technical stakeholders.
Continuous Learning
Proactive approach toward learning new technologies, engineering practices, and industry trends.