Top Software Engineer Jobs in Salt Lake City, UT

Build, maintain, and scale e-commerce backend services using Python and Django. Develop REST APIs and features for catalogs, inventory, carts, checkout, orders, payments, and accounts. Integrate third-party services, optimize databases and performance, implement security controls, write tested code, resolve production issues, and collaborate on architecture, planning, reviews, deployment, and CI/CD.

Customer-facing engineer who builds demos, prototypes, and workshops to drive pre-sales and adoption of Motorq's connected-vehicle and AI capabilities; partners with sales, customer success, and product teams and travels regularly to customer sites.

Design and implement scalable backend services for MoneyGram’s core transaction and API platforms. Responsibilities include architecture, microservices, APIs, event-driven systems, integrations, cloud development, CI/CD automation, testing, deployment, operational excellence, and engineering standards. The role collaborates with product, engineering, and QA teams, mentors junior engineers, leads complex technical solutions, and influences technical direction in an agile environment.

Leads the analysis, design, development, testing, implementation, integration, and support of business applications. Partners with stakeholders to gather requirements, provides application architecture guidance, leads implementation projects, coordinates deployments, resolves production issues, maintains technical documentation, and coaches junior developers. The role requires strong SQL, application design, integration, troubleshooting, communication, and project coordination skills, along with business knowledge of manufacturing or distribution environments.

Define software architecture, design standards, and technical direction for healthcare solutions. Lead complex system designs, technology selection, cloud and integration architecture, performance, security, compliance, and governance. Partner with Product, Program Management, Infrastructure, Security, and Engineering teams to guide implementation. Establish architectural best practices, document technical decisions, mentor engineers, and support scalable microservices, event-driven, and cloud-based systems.

Develop and maintain cloud-based healthcare revenue-cycle software, build new features, modernize applications, perform code reviews and automated testing, address security vulnerabilities, troubleshoot production issues, and improve system performance. Collaborate with developers, product owners, support teams, and project leadership while applying Agile, CI/CD, TDD, and software development best practices.

Build and operate backend platform services for query execution, journey orchestration, data transformation, and export delivery. Design APIs and integrations with cloud data warehouses, improve reliability and observability, support real-time capabilities, participate in on-call, resolve customer and production issues, and develop automation and shared components. Mentor engineers and help build AI-powered products.

Build and ship full-stack fulfillment features covering refunds, replacements, reverse logistics, and servicing. Own features from design through deployment, release, and monitoring while developing scalable event-driven and AI-native applications. Build single-page applications, collaborate with designers and cross-functional teams, apply sound API and data modeling practices, and deliver AI/agentic features safely in production. Identify technical investments, communicate tradeoffs, and work independently through ambiguous problems.

The Senior Software Engineer will design and develop backend systems and APIs, mentor other engineers, and resolve complex integration challenges in healthcare technology.

Lead architecture, technical strategy, and execution for complex, business-critical initiatives across the Brand platform. Partner with product, design, data, and platform teams to build scalable, reliable systems; establish APIs and system boundaries; reduce technical risk; improve observability and operational readiness; and mentor engineers and emerging technical leaders.