OSS designer

Overview: Overview Highly experienced Solution Architect with deep expertise in Telecom OSS (Operations Support Systems) to lead end-to-end solution design and drive reusability across components and modules. This role requires a hands-on architect who can understand existing OSS landscapes, interact with business teams, and design reusable, modular components to enhance NETOPS capabilities. Responsibilities: Responsibilities - Lead the end-to-end design of OSS solutions with a strong understanding of telecom operations and service assurance systems. - Improve and enhance NETOPS capabilities through robust solutioning and template-based design. - Write and manage YAML templates used in OSS configuration and deployment processes. - Analyze and understand existing OSS systems, data flows, and integration points by directly accessing and exploring system components. - Work closely with business stakeholders to gather capability requirements, translate them into technical designs, and document the architecture. - Demonstrate deep understanding of OSS data models and design solutions focused on component reusability and modularity. - Collaborate with the internal team to build a reusable solution framework and drive standardization across OSS modules. - Own and maintain architectural documentation, including system landscapes, component designs, and integration flows. - Independently lead technical discussions, provide thought leadership, and align solutions with the client’s OSS strategy. Requirements: - Strong expertise in Telecom OSS domains (e.g., Service Assurance, Fault/Performance Management, Inventory, etc.) - Experience in E2E OSS solution architecture and design - Proficiency in YAML and working with system configuration templates - Hands-on approach to explore, access, and understand existing OSS system modules - Strong command over OSS data modeling, especially with a focus on modularity and reusability - Excellent communication skills and ability to face business stakeholders confidently - Capability to drive architecture independently without heavy hand-holding