Senior Platform Engineer

While technology is the heart of our business, a global and diverse culture is the heart of our success. We love our people and we take pride in catering them to a culture built on transparency, diversity, integrity, learning and growth.
If working in an environment that encourages you to innovate and excel, not just in professional but personal life, interests you- you would enjoy your career with Quantiphi!

We are seeking an experienced Senior Platform Engineer to join our dynamic team and lead the development of cutting-edge web applications. The ideal candidate will have extensive hands-on experience with our core technology stack and a passion for building scalable, high-performance web solutions.

Role: Senior Platform Engineer

Exp: 3-6years

Location : Bangalore/Mumbai

Develop and deliver automation software required for building & improving the functionality, reliability, availability, and manageability of applications and cloud platforms.
Champion and drive the adoption of Infrastructure as Code (IaC) practices and mindset. Design, architect, and build self-service, self-healing, synthetic monitoring and alerting platform and tools Automate the development and test automation processes through CI/CD pipeline (Git, Jenkins, SonarQube, Artifactory, Docker containers). Build container hosting-platform using Kubernetes. Introduce new cloud technologies, tools & processes to keep innovating in commerce area to drive greater business value. Serve as a mentor or guide for junior resources / freshers.

Ways To Stand Out From The Crowd:

Candidates who possess the following will be highly competitive:

• Significant experience with sophisticated infrastructure tooling, including Kubernetes Cluster API, Terraform, Helm, and Operator Framework.

• Practical, production-level experience across major cloud platforms: Azure Cloud, Google Cloud Platform (GCP), or Amazon Web Services (AWS).

• A strong track record of successfully refactoring and optimizing software for deployment within Kubernetes environments.

• Understanding of the CNCF landscape and its associated tooling.

• The ability to decompose complex problems into simpler sub-problems and leverage existing solutions for efficient implementation, along with designing simple, self-sustaining systems.