Top Software Engineer Jobs in Pittsburgh, PA

Lead software assurance for autonomous-driving systems by developing and improving processes aligned with ASPICE and ISO 26262. Conduct audits, manage deficiencies and corrective actions, analyze root causes, report software quality metrics, and present findings to engineering leadership. Collaborate across safety, engineering, operations, and product teams to support conformance and safe deployment in a safety-critical environment.

Develop, maintain, and tune software for operating, networked, and database systems. Participate across the full SDLC: analysis, requirements, design, development, testing, and delivery. Work independently on web applications using OOP, JSP, HTML5/CSS, jQuery, and AngularJS.

Design, develop, test, and document application components and technical architecture (primarily RSA Archer). Participate in code reviews, fix defects and performance issues, configure access controls and dashboards, perform data migration planning, and analyze data to inform decisions and meet project requirements.

Develop and maintain simulation, analysis, debugging, visualization, and rerun tools for autonomous driving software. Build high-performance C++ tools and Python backend tooling, enable parameter overrides and local or cloud-based execution, and create GUI or web-based visualizers for step-through behavior analysis. Collaborate with planning and controls engineers, optimize tool performance, and support automated root cause analysis across complex autonomy codebases.

The Full Stack Software Engineer will design and maintain backend services and APIs, integrate with external systems, and contribute to front-end applications. Responsibilities include improving software quality and supporting production readiness in a collaborative environment.

Build customer-facing prototypes and end-to-end software features by working onsite with users to diagnose pain points, iterate rapidly with product and design, and deliver clean, testable code. Travel to customer sites and collaborate to prioritize and refine solutions based on feedback.

Leads architecture and development of scalable backend and frontend systems supporting telemedicine, prescription delivery, pharmacy infrastructure, and new products. Designs and launches complex features, improves reliability and performance, conducts code reviews, mentors engineers, and collaborates with product, design, data, and operations teams. Owns strategic initiatives end to end while promoting engineering best practices, experimentation, and customer-focused technical strategy.

Develops perception and autonomy software for lunar rover and robotic spacecraft platforms. Responsibilities include stereo vision, LiDAR, sensor fusion, visual-inertial odometry, hazard detection, mapping, localization, motion control, path planning, embedded optimization, flight-software integration, simulation, and automated HIL/SIL testing. The role requires modern C++, Python, Linux production experience, and collaboration across robotics, navigation, and controls systems.

The Autonomy Software Engineer will develop and maintain software for autonomous helicopters, focusing on enhancing aircraft behaviors and overseeing software modules within autonomy architecture.

Develop, implement, integrate, and verify motion control systems for autonomous vehicle platforms. Responsibilities include creating safety-critical motion control algorithms, analyzing performance in offline and on-road environments, and validating robustness against disturbances, failure modes, and environmental conditions.

Develop embedded software infrastructure integrating autonomous vehicle systems with modern C++ autonomy stacks. Build vehicle fault monitoring, health management, control-subsystem testing tools, and software influencing autonomous vehicle behavior. Work with planning, control, embedded layers, hardware interfaces, simulation, hardware-in-the-loop testing, and safety-critical verification in Linux and embedded environments.

Design, develop, tune, and maintain large-scale OLTP database systems and data pipelines. Build PL/SQL, T-SQL, C, and shell-scripted solutions; provide Oracle and SQL Server DBA services, ensure efficient ETL and data warehouse delivery, support SDLC and automation, and create documentation. Hybrid role requiring Pittsburgh-area residence or relocation.

Design, develop, test, and maintain software applications and complex data integration pipelines. Support production systems, troubleshoot incidents, create technical documentation, participate in requirements gathering and UAT, configure research administration systems (Next Gen eRA), build ETL and reporting solutions (Informatica, Snowflake, Power BI), and act as technical point person for help desk triage.

Develop software for robotic and computer-assisted surgical systems. Design, document, and execute tests focused on performance, reliability, and safety; prototype solutions improving accuracy and usability; collaborate with engineering, clinical, and research teams; and solve complex technical problems across projects.

The Embedded Software Engineer will develop and integrate software for robotics systems, troubleshoot hardware-software interactions, and document processes. Responsibilities include working with various sensors and ensuring software quality in collaboration with team members.

As a Senior Software Engineer, you'll design and implement cloud-native solutions using TypeScript, React, and NestJS while optimizing performance on Azure. Responsibilities include developing APIs, conducting code reviews, and ensuring software quality through testing, working collaboratively within an agile team.

Research, design, implement, test, and deploy robotics software for autonomous air vehicles including perception, planning (RRT/RRT*), sensor integration, multi-sensor calibration, simulation with Gazebo, and field testing on physical platforms.

Full-stack engineer responsible for building scalable Python backend services on cloud platforms, implementing real-time and streaming endpoints, managing SQL databases, integrating AI/LLM APIs (streaming), developing responsive frontends, and owning CI/CD, infrastructure-as-code, and system reliability.

Lead front-end design and development for RapidView to manage Surtrac. Build interfaces for hardware/settings, real-time visualizations, automation tools to simplify deployments, and develop/test a mobile or web app integrating with Surtrac.

Lead design and testing of fault-tolerant hardware interfaces for traffic controllers and sensors. Develop lab and field test plans, debug communications with vendors, integrate monitoring/alerts with RapidView, and support on-device deployment automation to expand Surtrac deployments.

Design and build hardware-accelerated Qt/QML user interfaces for robotic systems, integrate frontends with C++/Python backends, prototype and test with end users, connect real-time telemetry and databases, adapt APIs and libraries, participate in code/design reviews, and validate interfaces through simulated and field testing.

Architect and lead scalable full-stack web services, APIs, and data pipelines supporting autonomous vehicle fleet optimization and operational systems. Drive technical strategy across teams, build highly available low-latency services, translate operational data into operator tools, and mentor senior engineers. Partner with autonomy, cloud infrastructure, and operations leaders on roadmaps and complex projects from inception through deployment.

Provides technical leadership for enterprise software architecture, development, testing, delivery, and production support. Designs scalable, secure applications, APIs, integrations, databases, and cloud solutions; leads technical reviews, coding standards, testing automation, architecture decisions, and incident resolution. Coordinates complex initiatives across engineering teams, mentors engineers, manages technical risks and dependencies, and supports security, compliance, documentation, DevSecOps, and reliability practices.

Design, develop, test, enhance, integrate, and support application software and middleware. Collaborate with analysts, QA, security, and cross-functional teams. Apply OOP, algorithms, data structures, performance and scalability best practices; provide level-3 support and SME input.

Develop, unit-test, and deliver software components; collaborate with BA, QA, Security, and cross-functional teams; design data approaches; provide SME support and ad-hoc reporting; ensure performance and scalability.