Senior DevOps Engineer

As a Senior DevOps Engineer at MUFG Investor Services, your key responsibilities will include designing and managing AWS infrastructure, optimizing performance, and collaborating with various teams to enhance platform security and reliability. You will automate operations to improve efficiency and build CI/CD pipelines that enable seamless deployment.

Candidates applying for the Senior DevOps Engineer role at MUFG Investor Services should have a Bachelor’s degree in Computer Science or a related field, along with over 10 years of experience in platform engineering or cloud architecture. Proficiency in AWS services, Terraform, Docker, and Kubernetes is essential, as well as strong leadership and collaboration skills.

At MUFG Investor Services, compliance is paramount, especially in the financial industry. As a Senior DevOps Engineer, you will work closely with security teams to enhance the platform's security posture and ensure all operations align with regulatory and security standards.

In the role of Senior DevOps Engineer at MUFG Investor Services, you will work primarily with AWS for cloud infrastructure, Terraform for infrastructure as code, and Kubernetes for container orchestration. Familiarity with CI/CD pipelines and scripting languages such as Python will also be critical to your success.

MUFG Investor Services promotes a collaborative and innovative work culture, particularly for Senior DevOps Engineers. You will work with diverse teams across multiple disciplines, allowing for the sharing of ideas and strategies to push our platform engineering initiatives forward in a supportive environment.

When designing AWS infrastructure for financial services, I prioritize security, compliance, and scalability. I assess business requirements, leverage AWS best practices, and implement security measures like IAM roles and policies to protect sensitive data.

Absolutely! I've extensively used Terraform for infrastructure as code, allowing me to define and manage cloud resources in a version-controlled manner. This enhances collaboration and ensures consistent deployments across environments.

In my previous roles, I established CI/CD pipelines that automated application builds, testing, and deployments using tools like Jenkins and Git. This significantly reduced our time to market and improved software quality through consistent testing.

I utilize AWS CloudWatch to gain visibility into resource performance. By setting up alerts and dashboards, I can proactively identify issues and make informed decisions to optimize system reliability and performance.

I foster an open communication environment, scheduling regular meetings with development and security teams. This ensures alignment on objectives and creates a collaborative atmosphere where we can share insights and iterate on solutions quickly.

I optimize performance by leveraging auto-scaling, load balancing, and caching solutions like CloudFront. Regular benchmarking and performance testing help me identify bottlenecks and optimize resource allocation.

I stay informed about regulatory requirements relevant to our work and integrate them into our infrastructure and operations. Regular audits and collaboration with compliance teams help ensure we meet necessary standards.

In a previous project, we faced significant downtime due to misconfigured infrastructure. I led a team to implement a robust CI/CD pipeline, utilizing automation and rollback strategies, which drastically reduced deployment-related incidents.

I prefer using Kubernetes for container orchestration due to its scalability features and the strong community support it has. It simplifies the management and deployment of containerized applications, allowing for efficient handling of microservices architecture.

I regularly attend workshops, webinars, and conferences related to DevOps. Additionally, I engage with online communities and follow industry leaders on platforms like LinkedIn to stay informed about emerging trends and practices.