We are seeking a highly experienced MuleSoft Architect to lead the design, governance, and implementation of API-led integration solutions across enterprise systems. The role provides architectural leadership, establishes integration standards, and guides delivery teams to build scalable MuleSoft integrations supporting renewable energy, grid operations, and enterprise applications.
-
Lead end-to-end design and architecture of MuleSoft integrations using API-led connectivity.
-
Define enterprise integration strategies for energy-related use cases, including smart grid, asset management, work management, metering, and ERP systems.
-
Develop reusable APIs, templates, and frameworks using Anypoint Platform, Anypoint Exchange, and API Manager.
-
Collaborate with Cloud, Data, SAP/Oracle, and Operational Technology (OT) teams to enable secure, high-performing integrations.
-
Govern CI/CD pipelines for MuleSoft deployments on CloudHub and Runtime Fabric.
-
Ensure solutions comply with security, performance, and enterprise architecture standards.
-
Lead architecture reviews, solution walkthroughs, enforce best practices, and maintain design documentation.
-
Mentor developers and provide technical escalation support during integration delivery.
-
12+ years of integration architecture experience, with at least 5 years in MuleSoft.
-
Strong expertise in MuleSoft 4.x, Anypoint Platform, API Manager, RAML/OAS.
-
Experience integrating with SAP, Oracle, Workday, and/or utility operations platforms.
-
Deep knowledge of API-led architecture, enterprise integration patterns, microservices, and event-driven integrations.
-
Hands-on experience with MuleSoft Runtime Fabric, CloudHub, VPC, and Shared Load Balancer.
-
Strong security expertise: OAuth2, JWT, TLS, client ID enforcement.
-
Experience with CI/CD pipelines using Jenkins, GitLab, Azure DevOps, or equivalent tools.
-
Familiarity with cloud platforms (AWS preferred) and containerization (Docker/Kubernetes).
-
Proven experience in performance tuning and designing high-availability architectures.