Top Software Engineer Jobs in Pittsburgh, PA

Design, build, and maintain automated testing solutions and frameworks for web, API, backend, and data systems. Integrate tests into CI/CD, investigate defects, collaborate with engineering teams, monitor quality metrics, and drive automation and continuous improvement across the platform.

Design and implement ROS2-based control, perception, and motion-planning systems for 6-axis industrial manipulators. Integrate vision and 3D sensors, optimize inspection throughput, own system-level integration with industrial hardware, and support deployment and validation in production environments while meeting government clearance eligibility requirements.

Design and develop flight software components for autonomous flight, following rigorous aerospace standards, while ensuring quality and customer satisfaction.

Lead the development of full-stack applications, collaborate on software solutions, and maintain high engineering standards with a team of robotics professionals.

Seeking a software engineer to develop solutions for defense acquisition, requiring collaboration, innovation, and engagement with clients while ensuring quality in a fast-paced environment.

As a Senior Software Engineer, manage Genesys Cloud platform, develop IVR flows, API integrations, and perform system administration and troubleshooting.

Develop, debug, and test embedded software for bare-metal, RTOS, and embedded Linux avionics systems. Own codebases, perform architecture trade studies, assist hardware bring-up, integrate drivers and BSPs, and produce production-ready software, tools, and documentation while collaborating with systems, hardware, and project teams.

Build, release, and maintain native Android features in Kotlin; collaborate with product, design, and backend; run experiments and mentor junior engineers; design maintainable APIs and write testable code.

Design, implement, and operate cloud-scale telemetry platforms and data pipelines for Azure Monitor. Lead cross-team architecture, mentor engineers, improve AI-enabled development practices, ensure security/compliance, and resolve complex production incidents.

Build and operate Aurora’s cloud infrastructure and developer platform. Responsibilities include managing Kubernetes upgrades, developing developer-facing tooling, operating Kubernetes services, improving development velocity, and collaborating across teams to gather requirements and advance platform projects.

Develop, integrate, test, and maintain robotics software for research and prototype manufacturing systems. Work with Python and C++, Linux environments, and Git to integrate hardware (sensors, cameras, actuators), debug across simulation and physical platforms, support validation and deployment, author documentation, and collaborate with multidisciplinary teams to advance robotics solutions.

Develop reliable robotic and automation systems as part of an interdisciplinary team, focusing on high-performance software, optimization, and collaboration with other departments.

Develop and validate embedded software for mining, robotics, automation, and machine-control systems. Responsibilities include feature development, architecture, testing, troubleshooting, system integration, performance improvement, documentation, and deployment using C++, Python, embedded controllers, sensors, and communication networks. Collaborate with global engineering teams in an Agile environment and travel to customer or supplier locations up to 25%.

Develop and deploy complex software solutions to optimize metals production. Collaborate with developers, project managers, and stakeholders to deliver web-based applications using ReactJS (with 3D capabilities), C#, and modern databases. Contribute to sustainable metals production initiatives and integrate with process automation systems where applicable.

As a Software Engineer, you will create tools and pipelines for AI development, manage data solutions for ML teams, and ensure high-quality code.

The role involves building automated testing systems, ensuring software quality, improving test coverage, and debugging across software and hardware boundaries, with opportunities for field testing.

Lead embedded C/C++ development and architecture analysis for Navy maintenance and readiness applications. Provide technical leadership across acquisition, sustainment, prototyping, code analysis, and stakeholder engagements, ensuring scalable, maintainable, and mission-critical solutions.

The Robot Software Engineer II will design and code software for robotic systems, develop algorithms, integrate systems, and validate performance, collaborating within an Agile Scrum team.

As a Staff Software Engineer, you will design, build, and scale backend systems for a financial platform while providing technical leadership and collaborating cross-functionally.

Develop and execute embedded software automated and manual tests for sleep and respiratory care devices. Perform requirements analysis, test development, execution, defect management, and collaborate across teams to meet project goals.

The Integration Engineer will integrate and test autonomy software and algorithms in robotic platforms, focusing on software-in-the-loop and hardware-in-the-loop testing.

Design, build, test, deploy, operate, and improve cloud-hosted, Kubernetes-based microservices primarily using C#/.NET and Angular. Contribute to event-driven services (Kafka), AWS EKS operations, CI/CD, observability, and automated testing. Mentor engineers, perform code reviews (including AI-generated code), adopt AI-native workflows, and improve reliability, performance, and maintainability.

The role involves closing integration gaps, debugging complex systems, producing configurations for new platforms, and ensuring smooth collaboration across teams.

Design, build, and maintain highly scalable backend services and fleet management systems for autonomous vehicles. Partner with software, hardware, infrastructure, product, design, and operations teams to deliver reliable AWS-based microservices, vehicle communication systems, and asset management solutions. Establish high-availability infrastructure, support product lifecycles, mentor teammates, and promote engineering excellence for safety-critical commercial operations.

Define vehicle connectivity architecture and build reliable, low-latency vehicle-to-cloud communications for self-driving vehicles. Develop high-performance, thread-safe systems in C++ and Linux, address networking and observability, optimize data throughput, support field testing and fleet operations, mentor engineers, establish coding standards, and guide the connectivity roadmap.