Raytheon Technologies - Marlborough, MA
posted 3 months ago
Join a team whose impact stretches across the world, and even beyond! Collins Aerospace, an RTX company, is a leader in advanced technologically and intelligent solutions for the global aerospace and defense industry. Joining Collins Aerospace isn't just about finding a job; it is about embarking on a journey to redefine the future of aerospace technology. As a Software Engineer II in the Air Traffic Solutions department, you will collaborate with a dynamic team of over 120 Software Engineers dedicated to developing and supporting our globally deployed Air Traffic Control Systems, including STARS, NWP, AutoTrac II, and systems in Australia, India, and Hong Kong. These programs are vital safety-of-life air traffic management systems crafted for the FAA and international counterparts, ensuring seamless control for civil and military aviation. Embrace this chance to master new COTS, tools, processes, and methodologies, enhancing your skills in supporting, designing, developing, integrating, and testing operational software components throughout the entire software development life cycle. In this role, you will design, develop, integrate, and test innovative software updates for our cutting-edge Air Traffic Control (ATC) Product Line, supporting our dynamic software team. You will enhance software process documentation and work instructions to uphold ATS SED's esteemed high-maturity software engineering standards. Additionally, you will engage in collaborative efforts with our software team and leadership, driving success in cost and schedule management for top-tier project outcomes. This position offers a thrilling career development opportunity where you will learn insights into cutting-edge technologies and methodologies used in developing safety-of-life air traffic management systems, develop advanced software engineering practices to meet high maturity standards in a collaborative environment, and learn effective strategies for integrating and testing software components in complex, real-world aviation systems.