Systems Engineer in Tucson

Provide unified leadership across Factory Software, Software, and Test Equipment teams

Raytheon Australia is seeking a Systems Performance Integrated Product Team Lead (IPTL) in Tucson, AZ, to provide leadership and coordination across software and test equipment teams for the StormBreaker production program. The ideal candidate should possess strong leadership abilities, experience with Earned Value management, and a background in software development or systems engineering

Raytheon Technologies (RTX) is seeking a Systems Engineer for its Tucson, AZ location, focusing on affordability and cost-informed engineering initiatives. The role requires a bachelor's degree in a STEM field, U.S. citizenship for security clearance, and proficiency in Excel and analytical skills

Play a critical role in evaluating, designing, implementing, and integrating embedded software algorithms for missile programs

RTX is seeking a System Performance Integrated Product Team Lead (IPTL) in Tucson, AZ, to oversee the integration of software and test equipment for the StormBreaker production program. The ideal candidate will have extensive experience in leadership, Earned Value Management, and software development, and must possess an active U.S. government security clearance

Play a key role in shaping the future of a growing engineering organization

At Raytheon, the foundation of everything we do is rooted in our values and a higher calling – to help our nation and allies defend freedoms and deter aggression

Support affordability and systems engineering activities across the product lifecycle

The role involves providing technical guidance and supervision to meet project commitments for land and naval based electrical products

This role supports the Transformation & Initiatives department by driving affordability and process improvement initiatives across the product lifecycle

The role involves designing, integrating, and optimizing effector guidance, tracking, navigation, and estimation algorithms for Raytheon's missile programs

The role involves overseeing a section of 15 to 20 engineers responsible for the delivery of affordable and innovative electrical products for air-launched effectors

This role involves developing advanced, physics-based modeling solutions in a DoD Space to support next-generation defense technologies

The role involves designing, integrating, and optimizing effector guidance, tracking, navigation, and estimation algorithms for Raytheon's missile programs

This role involves executing and analyzing simulations in a high-performance computing environment to support missile system design and trade studies

The role involves managing a cross-functional team of engineers to develop missile Guidance Electronics Hardware across the Raytheon portfolio

This role involves designing, developing, and testing innovative signal processing algorithms for radar frequency and electro-optical/infrared systems to support national defense

This role involves designing, developing, and testing innovative signal processing algorithms for radar frequency and electro-optical/infrared systems

This role involves designing, developing, and testing innovative signal processing algorithms for radar frequency and electro-optical/infrared systems

This role involves designing and testing innovative signal processing algorithms for radar frequency and electro-optical/infrared systems to support national defense missions

This role involves designing, developing, and testing innovative signal processing algorithms for radar frequency or ElectroOptical/Infrared systems to support national defense missions

This role involves designing, developing, and testing innovative RF or EO/IR algorithms to support national defense missions

This role requires an active Secret security clearance and U.S. citizenship to support critical defense missions

This role involves executing and analyzing simulations in a high-performance computing environment to support missile system design and trade studies

This role involves synchronizing depot functions including receiving, repairs, and shipping while providing sustainment engineering support for legacy programs