AI & Computer Vision Engineer
Prime Solutions Group (PSG), Inc. is an innovative digital engineering company founded in 2007 and headquartered in Goodyear, AZ. We specialize in advanced sensing, AI/ML, and digital engineering solutions, partnering with many of the nation’s leading defense companies to deliver mission-critical technology. Our work spans the full system lifecycle—from R&D to operational deployment—supporting the Department of Defense, Intelligence Community, and federal partners.
At PSG, you’ll join a small, agile, and highly skilled team where your expertise has a direct impact. You’ll collaborate with some of the largest and most respected defense organizations while shaping next-generation technology.
Position Description:
Develop Advanced AI and Computer Vision Systems for National Security
Prime Solutions Group (PSG), Inc. is seeking an experienced AI and Computer Vision Engineer to develop advanced perception, embedded computing, and machine learning solutions supporting multiple mission-critical national security programs.
This position offers the opportunity to work across a diverse portfolio of advanced R&D efforts involving computer vision, object tracking, AI/ML, embedded software, sensor processing, autonomous perception, and emerging neuromorphic computing technologies.
Successful candidates will contribute to the design and implementation of AI and computer vision algorithms, develop production-quality software, evaluate emerging technologies, and support the transition of research concepts into operational systems.
We are looking for T-shaped engineers: individuals with a broad software and AI foundation who also possess deep expertise in one or more technical areas. Engineers at PSG contribute across multiple programs, applying their strengths while continuously expanding their technical breadth.
Responsibilities include:
- Design and develop real-time computer vision and AI algorithms for mission-critical applications.
- Develop software in C/C++ and Python for embedded and high-performance computing environments.
- Design and implement computer vision, object detection, object tracking, and perception algorithms.
- Develop AI-enabled software supporting EO/IR imagery, advanced sensors, and event-based sensing technologies.
- Evaluate, prototype, and integrate machine learning techniques into operational software systems.
- Optimize software and algorithms for efficient execution on embedded and high-performance computing platforms.
- Develop automated testing, validation, and performance evaluation methodologies.
- Collaborate with multidisciplinary engineering teams to transition research into operational capability.
- Evaluate and prototype emerging technologies including neuromorphic AI, event-driven sensing, and advanced embedded computing.
- Prepare technical documentation, customer presentations, and engineering reports.