Top Entry Level Software Engineer Jobs in Pittsburgh, PA

Design, develop, and validate onboard and off-board autonomy software. Build cloud, data, testing, visualization, and performance-analysis tools that accelerate autonomy development and evaluation. Optimize autonomy architectures and algorithms, scale data pipelines, and collaborate with engineering, testing, product, cloud platform, and safety teams to deliver validation datasets.

Develop and maintain C#/.NET desktop applications, libraries, user interfaces, and manufacturing support software for motion-control products. Collaborate with engineers to debug complex issues, implement features, test functionality, document solutions, and support the full software development lifecycle. The role also includes short-term engineering rotations and requires adapting to different technologies and project contexts.

Designs and develops enterprise software applications, integrations, database solutions, reports, and data-driven tools using .NET technologies, SQL, and related platforms. Supports development infrastructure, automated testing, business intelligence, and software quality initiatives. Collaborates with engineers to troubleshoot complex issues and deliver new features. The role includes rotations through related engineering departments as part of an employee development program.

Develop robotics algorithms and applications for military stakeholders, processing sensor data from cameras, RADAR, LiDAR, and IMUs. Build user interfaces, APIs, system integrations, and high-performance software in Linux environments. Collaborate with interdisciplinary teams, conduct unit testing and field trials, document technical designs, and present architecture to customers and stakeholders.

Lead the architecture, development, validation, and maintenance of safety-critical embedded firmware for autonomous trucking systems. Design real-time software interfacing with sensors, actuators, compute platforms, and vehicle hardware. Provide technical leadership, mentoring, code reviews, task coordination, safety compliance, fault handling, and support for vehicle testing and field deployments. Develop HAL and BSP components, diagnose embedded issues, and help take products through production and customer-supported operation.

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.