Charter Solutions is seeking a pragmatic, outcome-driven Enterprise Architect to lead system integration strategy and architectural design across a rapidly evolving environment. This role will define how business applications connect, scale, and operate within the new ecosystem while partnering closely with business and engineering teams. Healthcare experience is required; payer experience is preferred.
Key Responsibilities
- Build a clear strategy for integrating business applications to increase productivity and establish structure within the new environment.
- Design, coordinate, and manage architectural models that enable the organization to operate more effectively and modernize technology processes.
- Create comprehensive documentation outlining system structures, relationships, and interactions to support consistent communication and alignment across teams.
- Develop integration models and enterprise architecture frameworks for new systems, recommending improvements to system alignment, IT processes, and operational functions.
- Identify and document technology components, connectors, and relationships that drive system behavior.
- Detect and resolve system and operational issues to improve efficiency, responsiveness, and processing accuracy.
- Provide direction on system integration and scaling, recommending approaches that enhance maintainability and operational performance.
- Lead cross-functional application and engineering teams in architectural design to ensure alignment, performance, and delivery consistency.
Required Skills & Experience
Healthcare experience required; payer experience strongly preferred.Experience with APIs , streaming technologies , and AI modeling / development / operations is beneficial.Strong communicator with the ability to collaborate effectively across business and technical teams.Independent, pragmatic worker who focuses on delivering real outcomesnot an ivory-tower architect.Proven ability to lead teams through complex integration and architecture initiatives.Strong analytical and problem-solving skills with a focus on efficiency and system optimization.