Top Software Engineer Jobs in Birmingham, AL

The Application Engineer will develop agent-based automation for engineering workflows, integrate agents into systems, and work closely with customers to enhance product capabilities.

Architect and build high-scale backend systems for payments, fraud detection, compliance, and user management. Lead cross-domain architecture decisions, optimize distributed microservices for reliability and performance, mentor engineers, establish engineering standards, and collaborate with product and compliance teams. The role requires expertise in Python, databases, cloud infrastructure, distributed systems, event-driven architectures, system design, and financial integrations.

Develops, configures, tests, deploys, and supports Workday integrations across HCM, Finance, and Procurement. Designs solutions using EIB, Workday Studio, core connectors, document transformation, web services, and APIs. Collaborates with stakeholders to translate business needs into technical specifications, validates and reconciles data, supports data governance, documents solutions, and stays current with Workday releases.

Develop, test, maintain, and support secure, scalable full-stack .NET applications in an Agile/Scrum environment. Responsibilities include API and database development, technical documentation, code and design reviews, SDLC compliance, security and audit adherence, collaboration with architects and business partners, mentoring junior engineers, leading project delivery, and participating in on-call support and occasional travel.

Build and polish complex interactive video-editing features for Studio, including transitions, color grading, element libraries, presets, and customizable keyboard shortcuts. Own frontend-leaning full-stack work from proposal through launch, collaborate in a fast-moving startup environment, and contribute to product decisions and marketing efforts. Deep backend expertise is not required.

Designs and develops backend platform software for a multi-tenant SaaS environment using Python, Django, Ember, and PostgreSQL. Responsibilities include building testable systems, leading technical design initiatives, troubleshooting defects, collaborating remotely, reviewing code through pull requests, and contributing to team processes. The role also involves AWS-based development, Docker, APIs, SQL, background jobs, CI/CD, authentication, observability, and production debugging.

Designs, develops, and supports full-stack enterprise applications using cloud and web technologies. Provides technical leadership in architecture, solution design, documentation, application lifecycle management, and production troubleshooting. Collaborates with stakeholders, mentors developers, establishes development standards, and delivers scalable solutions integrating ERP and other business systems.

Leads hands-on modernization of Pearson’s content platform, including large-scale migrations, shared platform services, APIs, AI capabilities, cloud infrastructure, security, reliability, and technical roadmaps. Designs and delivers complex systems, writes production code, resolves high-impact incidents, evaluates technologies, and establishes engineering standards. Mentors senior engineers, influences cross-functional stakeholders, and drives initiatives from exploration through launch while balancing scalability, cost, maintainability, and risk.

Build and operate full-stack healthcare products across frontend, backend, event-driven workflows, data services, integrations, and AI-powered features. Partner with Product and clinical, sales, and operations stakeholders to define problems, ship solutions, measure outcomes, and iterate. Own system design, reliability, security, observability, testing, incident response, and production quality, particularly for patient data, clinical logic, billing, and LLM functionality.

Own and evolve the architecture of Agiloft’s AWS-based cloud services and infrastructure. Lead scalable, secure, reliable, and observable distributed-system design; define service boundaries, APIs, and integration patterns; and drive modernization, automation, CI/CD, infrastructure-as-code, and AI-assisted engineering practices. Partner with CloudOps and engineering leadership on reliability, disaster recovery, cost optimization, and operational readiness. Mentor engineers, influence technical strategy, improve developer experience, and guide long-term platform evolution.