GTRI Careers

-GTRI’s Support Services (SSD) is looking for a Student Assistants who will be working with our construction division. Students will help the SSD team to create project packages for GTRI construction projects. Work with SSD team to review and document progress for GTRI construction projects. Collaborate with contractors and subcontractors throughout the project process. Take detailed meeting minutes for construction meetings and site walkthroughs. Maintain administrative and technical documents for construction projects.

-GTRI’s Support Services (SSD) is looking for a Student Assistant who will be working with our delivery services. Students will help with delivering packages and mail on campus.

The Systems Engineer oversees and coordinates the work of technical teams on systems projects, ensuring the successful design, implementation, operation, and technical management of those projects.

The Mechanical Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

The Aerospace, Transportation, and Advanced Systems (ATAS) Laboratory is seeking a Co-op student starting Fall 2024 to work as a member of a mid-sized development team.

The Aerospace, Transportation, and Advanced Systems (ATAS) Laboratory is seeking a Co-op student starting Fall 2024 to support various research efforts.

The Applied Embedded Systems (AES) Division in the Electronic Systems Laboratory (ELSYS) is currently seeking a Software Engineer.

The Research Program Manager directs and oversees a portfolio of research projects that includes internal and external sponsor and stakeholder engagement.

The Software Engineer designs, develops, and tests software applications and products. Additionally, the Software Engineer manages software development teams, provides technical leadership, and establishes software development lifecycle practices and processes.

The Software Engineer designs, develops, and tests software applications and products. Additionally, the Software Engineer manages software development teams, provides technical leadership, and establishes software development lifecycle practices and processes.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Model-Based Systems Engineer (MBSE) develops and executes novel system model-based approaches to define, design, analyze, and document system development.

The Systems Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

The Systems Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.

The Algorithm & Analysis Engineer is responsible for the development and support of state-of-the-art algorithms involving data fusion, sensor fusion, machine learning, manned/unmanned avionics improvement programs, and genetic programming. The Algorithm & Analysis Engineer focuses on the design, analysis, software/hardware implementation, optimization, profiling, and experimental evaluation of computer algorithms, bridging the gap between algorithm theory and practical applications of algorithms in software engineering.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.

-GTRI’s Support Services (SSD) is looking for a Student Assistants who will be working with our construction division. Students will help the SSD team to create project packages for GTRI construction projects. Work with SSD team to review and document progress for GTRI construction projects. Collaborate with contractors and subcontractors throughout the project process. Take detailed meeting minutes for construction meetings and site walkthroughs. Maintain administrative and technical documents for construction projects.

-GTRI’s Support Services (SSD) is looking for a Student Assistant who will be working with our delivery services. Students will help with delivering packages and mail on campus.

The Systems Engineer oversees and coordinates the work of technical teams on systems projects, ensuring the successful design, implementation, operation, and technical management of those projects.

The Mechanical Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

The Aerospace, Transportation, and Advanced Systems (ATAS) Laboratory is seeking a Co-op student starting Fall 2024 to work as a member of a mid-sized development team.

The Aerospace, Transportation, and Advanced Systems (ATAS) Laboratory is seeking a Co-op student starting Fall 2024 to support various research efforts.

The Applied Embedded Systems (AES) Division in the Electronic Systems Laboratory (ELSYS) is currently seeking a Software Engineer.

The Research Program Manager directs and oversees a portfolio of research projects that includes internal and external sponsor and stakeholder engagement.

The Software Engineer designs, develops, and tests software applications and products. Additionally, the Software Engineer manages software development teams, provides technical leadership, and establishes software development lifecycle practices and processes.

The Software Engineer designs, develops, and tests software applications and products. Additionally, the Software Engineer manages software development teams, provides technical leadership, and establishes software development lifecycle practices and processes.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Avionics Engineer defines and designs military avionic systems and systems-of-systems. Specifically, the Avionics Engineer designs complex, software-intensive manned and unmanned systems to perform functions such as electronic warfare, sensor integration, ISR, embedded training, tactical data links and defensive countermeasures.

The Model-Based Systems Engineer (MBSE) develops and executes novel system model-based approaches to define, design, analyze, and document system development.

The Systems Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

The Systems Engineer with a particular focus on Test and Evaluation in the Test Engineering (TEN) Division will serve as an on-site liaison to the United States Space Force (USSF) National Space Test and Training Complex (NSTTC) Integrated Program Office (IPO), supporting the planning and requirements development for the NSTTC EMSO.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.

The Algorithm & Analysis Engineer is responsible for the development and support of state-of-the-art algorithms involving data fusion, sensor fusion, machine learning, manned/unmanned avionics improvement programs, and genetic programming. The Algorithm & Analysis Engineer focuses on the design, analysis, software/hardware implementation, optimization, profiling, and experimental evaluation of computer algorithms, bridging the gap between algorithm theory and practical applications of algorithms in software engineering.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.

RF/Radar Systems Engineers work with a team to perform advanced system and algorithm development using established systems engineering approaches. Based on detailed trade studies and requirements analyses, radar systems engineers develop solutions to satisfy system requirements and perform functions related to all aspects of radar system design.