Telecom OSS Modernization Architect – Legacy Mainframe to Cloud-Native Specialist
Posted Today by URSI Technologies Inc.
Negotiable
Undetermined
Remote
Remote
Summary: The Telecom OSS Modernization Architect – Legacy Mainframe to Cloud-Native Specialist is responsible for transitioning legacy IBM mainframe systems to modern cloud-native architectures. This role involves decomposing monolithic systems, designing API-first solutions, and leading migrations to cloud environments. The architect will implement high-performance APIs and modernize data processes during the transition. A strong background in cloud technologies and microservices is essential for success in this position.
Key Responsibilities:
- Define end-to-end functional architecture for transitioning legacy mainframe systems into modern platforms.
- Decompose legacy mainframe business logic and databases into modern, decoupled microservices.
- Architect and implement high-performance APIs to expose key functionalities.
- Translate legacy concepts into modern domain models using Domain-Driven Design principles.
- Lead the containerization and migration of core functionality into cloud environments.
- Replace legacy batch processes with real-time, event-driven pipelines.
- Implement data-sync strategies to run legacy and new cloud services in parallel during transition phases.
Key Skills:
- Legacy Decoupling: Proven track record of decomposing IBM mainframe systems (z/OS, IMS DB/DC, DB2) using patterns like the Strangler Fig pattern.
- Cloud & Containerization: Expert-level mastery of Kubernetes, Docker, and enterprise cloud architecture patterns.
- API & Service Mesh: Extensive experience with API gateways, service mesh (Istio/Linkerd), and schema protocols (OpenAPI/Swagger).
- Modern Development: Proficiency in Java (Spring Boot), Go, or Python for building highly resilient, distributed microservices.
- Data Pipelines: Experience with real-time data streaming (Kafka, Flink) and modern distributed databases (PostgreSQL, MongoDB).
- Education: Bachelor’s or Master’s degree in Telecommunications, Computer Science, or Network Engineering.
Salary (Rate): 60+
City: undetermined
Country: undetermined
Working Arrangements: remote
IR35 Status: undetermined
Seniority Level: undetermined
Industry: IT
Telecom OSS Modernization Architect – Legacy Mainframe to Cloud-Native Specialist
Introduction:
The Telecom OSS Modernization Architect – Legacy Mainframe to Cloud-Native Specialist will play a crucial role in transitioning legacy IBM mainframe systems to modern cloud-native architectures. This individual will be responsible for decomposing monolithic mainframe systems, designing API-first solutions, and leading the migration to cloud environments.
Responsibilities:
- Define end-to-end functional architecture for transitioning legacy mainframe systems into modern platforms.
- Decompose legacy mainframe business logic and databases into modern, decoupled microservices.
- Architect and implement high-performance APIs to expose key functionalities.
- Translate legacy concepts into modern domain models using Domain-Driven Design principles.
- Lead the containerization and migration of core functionality into cloud environments.
- Replace legacy batch processes with real-time, event-driven pipelines.
- Implement data-sync strategies to run legacy and new cloud services in parallel during transition phases.
Requirements:
- Legacy Decoupling: Proven track record of decomposing IBM mainframe systems (z/OS, IMS DB/DC, DB2) using patterns like the Strangler Fig pattern.
- Cloud & Containerization: Expert-level mastery of Kubernetes, Docker, and enterprise cloud architecture patterns.
- API & Service Mesh: Extensive experience with API gateways, service mesh (Istio/Linkerd), and schema protocols (OpenAPI/Swagger).
- Modern Development: Proficiency in Java (Spring Boot), Go, or Python for building highly resilient, distributed microservices.
- Data Pipelines: Experience with real-time data streaming (Kafka, Flink) and modern distributed databases (PostgreSQL, MongoDB).
- Education: Bachelor’s or Master’s degree in Telecommunications, Computer Science, or Network Engineering.