Jobs at Orion Innovation

Configure, develop, integrate, and deploy Temenos Infinity digital banking solutions, including microservices, workflows, servicing applications, customer journeys, identity management, and backend integrations. The role requires designing scalable implementations, configuring process automation, supporting CI/CD and build automation, documenting technical solutions, and training internal teams. Candidates collaborate with cross-functional stakeholders and need extensive Temenos Infinity experience with Visualizer, Fabric, RHPAM, Keycloak, Formpipe, and SCA technologies.

Execute and optimize B2B marketing campaigns using ClickDimensions and Dynamics 365. Responsibilities include building emails, forms, landing pages, workflows, and segments; managing CRM leads and data synchronization; updating CMS websites; tracking campaigns; preparing performance reports; researching target audiences; and routing inbound opportunities. The role also uses AI tools for reporting, research, content development, and process improvement.

Develop, test, maintain, and optimize scalable applications using React, React.js, and Python or .NET. Collaborate with cross-functional teams on system integration, architecture, debugging, documentation, and coding best practices. Evaluate emerging technologies and apply AI tools, including generative and agentic AI, to enhance application functionality.

Designs end-to-end AI and generative AI solutions, leads RFP responses, develops proposals and sales collateral, conducts client workshops, and engages executive stakeholders. The role establishes AI governance, compliance, and observability frameworks; partners with engineering teams on delivery; and manages and mentors solution architects, data scientists, and engineers. It requires strong expertise in GenAI stacks, RAG, multi-agent systems, LLMOps, responsible AI, consulting, and enterprise pre-sales.

Design and implement high-throughput, low-latency Rust systems: lock-free and thread-safe data structures, custom thread pools and schedulers, algorithmic and memory optimizations, custom allocators, and continuous profiling/benchmarking to achieve predictable low-latency performance.