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Senior Technical Architect | Capital Markets | C & .NET | Cloud Modernization
About the Role
We are seeking a highly experienced Senior Technical Architect to lead the modernization of enterprise platforms within the Capital Markets / Financial Services domain. This role requires a hands-on architect who can bridge legacy systems and modern cloud-native architectures, driving technical strategy, solution design, and engineering excellence across globally distributed teams.
Key Responsibilities
Required Skills & Experience
✅ 12+ years of software engineering and architecture experience
✅ 5+ years in Technical Architect or Technology Leadership roles
✅ Strong hands-on expertise in C and C# .NET
✅ Experience modernizing legacy applications into cloud-ready platforms
✅ Deep understanding of Microservices, SOA, DDD, CQRS, EDA, and scalable architecture patterns
✅ Strong experience with AWS and/or Azure
✅ Expertise in Docker, Kubernetes, CI/CD, and Infrastructure as Code
✅ Strong communication, stakeholder management, and architecture governance skills
✅ Experience working with global teams and distributed delivery models
Preferred Qualifications
Education:
Bachelor's or Master's degree in Computer Science, Engineering, Information Systems, or equivalent professional experience.
Apply Now
If you are passionate about designing enterprise-scale solutions, driving cloud transformation, and shaping technology strategy in a fast-paced financial services environment, we'd love to hear from you.
Job ID: 151606443
Skills:
messaging platforms , API design, Angular Js, Java, Typescript, Swift, Flutter, AWS, RESTful, Kotlin, Azure, Graphql, Gcp, Objective-c, React Native, security best practices, mobile application architecture patterns, cloud platforms, real-time communication protocols, performance optimization, microservices architecture
Skills:
containerization , Logging, Java, DevSecOps, Microservices, Cicd, AWS, metrics, Azure, Orchestration, Security and compliance controls, Domain-driven design, Event-driven architectures, Observability, Resiliency patterns, tracing