Senior Platform Engineer - Contract (Manchester)

As a Senior Platform Engineer at Insight Investment, you'll be responsible for modernizing our CI/CD tech stack, enhancing our Internal Developer Platform, and ensuring top-notch supply chain security. Your role will involve guiding teams on adopting modern technologies, automating processes for self-service, and providing support to existing systems, ultimately aiming to optimize product development.

To excel as a Senior Platform Engineer at Insight Investment, candidates should have hands-on experience creating CI/CD infrastructure, ideally with GitHub Actions, along with development skills in a mainstream programming language, preferably Python. Familiarity with Docker, Kubernetes, security best practices, and test automation is also essential for this role.

Communication is crucial for the Senior Platform Engineer at Insight Investment. You'll be liaising with various teams across the organization, requiring not just technical expertise but also the ability to convey complex ideas clearly and effectively. This ensures smooth collaboration and the successful implementation of your projects.

For the role of Senior Platform Engineer at Insight Investment, familiarity with technologies such as Docker, Kubernetes, and test automation is important. Additionally, knowledge of Azure, GitOps tooling, and security best practices will be advantageous in executing your responsibilities efficiently.

At Insight Investment, the culture is built on collaboration, innovation, and inclusivity. As a Senior Platform Engineer, you'll be part of a dedicated team that values change and empowers its members. The organization promotes an environment where individuals can freely share ideas and excel together.

In preparing for your interview, consider discussing specific CI/CD tools you've worked with, particularly any experience with GitHub Actions. Share an example of a project where you implemented CI/CD practices, focusing on the challenges faced and the results achieved.

When addressing this question, highlight best practices you've employed, such as incorporating security scans into the CI/CD pipeline or using tools to monitor vulnerabilities. Providing a real-world example will demonstrate your practical knowledge of supply chain security.

Discuss a systematic approach in which you research the technology, conduct tests, and seek feedback from team members. Describe your experience guiding teams through this process and any successful outcomes that resulted.

Share strategies you use to break down complex technical ideas into more digestible information. This might include visual aids, analogies, or summarizing key points that focus on business value, demonstrating your ability to bridge the gap between technical and non-technical teams.

Prepare an example where you faced a significant challenge, detailing the steps you took to address it, the technology used, and the impact of the solution. Focus on your problem-solving skills and ability to innovate.

Discuss your experience with various programming languages, with a particular emphasis on Python. Share specific projects or challenges where your programming skills made a difference, showcasing your technical competency.

Mention specific resources you utilize, such as online courses, workshops, blogs, or industry news platforms. Showing your commitment to continuous learning highlights your proactive nature and your dedication to staying relevant in the tech landscape.

Talk about methodologies such as Agile or DevOps and how you've integrated these into your workflow. Offer insights into how adopting these methodologies has improved team collaboration and project outcomes.

Be prepared with a specific instance where you implemented test automation, detailing the tools used and the overall impact it had on project efficiency. Elaborating on this experience can demonstrate your understanding of quality assurance in development.

Convey your insights into industry trends based on recent developments. Discuss emerging tools, practices, or methodologies that you foresee becoming mainstream and how they might impact engineering processes, showing your vision and expertise in the field.