Search the 32 jobs at The Aerospace Corporation

Manage the Implementation and Optimization Section within MSCD, overseeing developers and advanced modeling capabilities. Responsibilities include recruiting, team management, performance development, ensuring technical quality, resource management, and mentoring junior staff in best practices for software design and integration. Collaborate with various stakeholders to meet customer needs and execution of business functions.

The role involves coordinating with government and contractor teams to implement AI/ML technologies in space systems. Responsibilities include identifying opportunities in acquisitions, developing governance strategies, and enhancing infrastructure for optimized utilization of AI/ML. The engineer will facilitate communication with stakeholders and support various phases of system integration and testing.

As an Associate Engineer in the Vehicle and Ground Concepts Department, you will participate in design studies for spacecraft, improve design tools, and develop expertise in spacecraft-level systems engineering while collaborating with various stakeholders.

The Space Object Custody and Risk Analyst will provide technical support in space situational awareness and traffic management, conduct risk assessments, and contribute to various analyses and software development projects. Responsibilities include real-time operations, presenting analysis results, and occasional travel to assist customers.

As a Classified Linux Administrator, you will manage on-premise Linux environments, automate system provisioning, ensure security compliance in classified settings, install and manage vulnerability scanners, and support scientific workloads. Requires strong Linux system administration expertise and scripting skills.

Provide trajectory analysis and optimization support for spacecraft, launch vehicles, hypersonic vehicles, and missiles for various missions.

The Remote Sensing System Modeling and Simulation Specialist will support the Department of Defense with various projects involving modeling and simulation of remote sensing systems. Responsibilities include analyzing performance for optical sensor systems, developing new concepts, and working independently as well as collaboratively to solve technical issues.

Develop statistically-representative models of change detection and tracking algorithms for performance prediction of remote sensing systems. Lead small teams in developing end-to-end computer vision capabilities. Collaborate with subject matter experts to enhance national security through innovative algorithms. Work with customers to develop industry standards and present work to encourage adaption.

The Aerospace Corporation is seeking undergraduate and graduate students for the Aerospace Rising Star Programs, offering summer internships. Interns will engage in research or technical programs, collaborating with interdisciplinary teams while receiving training and mentorship. Participants must be enrolled in a relevant degree program and are expected to be available for a minimum of 10 weeks.

The Aerospace Rising Star Programs offer full-time internships for undergraduate and graduate students in various engineering and technical disciplines. Interns engage in research or technical programs and receive training and mentorship while collaborating with teams.

The Aerospace Corporation seeks undergraduate and graduate students for its Aerospace Rising Star programs. These paid summer internships vary by assignment, focusing on research and technical tasks. Interns will collaborate with interdisciplinary teams while receiving training and mentorship, fostering skills in a dynamic environment.

The Aerospace Rising Star program offers undergraduate and graduate students paid positions for a minimum of 10 weeks during the summer, focusing on research and technical programs in collaboration with universities. Participants will work in teams, applying engineering techniques while receiving training and mentorship.

The Aerospace Rising Star Programs offer undergraduate and graduate students the chance to work in diverse, full-time paid positions focusing on research and engineering tasks while collaborating with interdisciplinary teams. Participants will receive training and mentorship in a supportive, innovative work environment.

Participants in the Aerospace Rising Star Programs will engage in various assignments across interdisciplinary teams. They will assist in research or technical programs, utilize standard techniques for scientific tasks, and receive mentorship and training while working alongside academic partners.

The Aerospace Corporation is hiring students for the Aerospace Rising Star Programs, offering full-time summer positions where interns work on technical programs and participate in research with mentorship and training. Opportunities are available in various engineering disciplines and require collaboration in a team-focused environment.

As an intern, you will contribute to technical capabilities supporting customers through modeling, simulation, and analysis of space-based remote sensing architectures. Responsibilities include architecture evaluation modeling, performing analyses to support acquisition decisions, translating customer needs into objectives, and presenting analysis results to stakeholders.

As a graduate intern, you will engage in technical capabilities for modeling, simulation, and analysis to support requirements verification and performance evaluation for remote sensing architectures. You will collaborate with a team and contribute to analysis and recommendations for space-based sensing systems.

As a graduate intern, you will contribute to technical capabilities supporting customers through modeling, simulation, and analysis of space-based remote sensing architectures. You will work closely with a team to provide evaluations, develop presentations, and aid in the growth of analysis capabilities.

The Remote Sensing Architecture Performance Analyst will support modeling and simulation engineering for space-based remote sensing architectures. Responsibilities include conducting analyses for research and development, evaluating architecture performance, collaborating with senior staff and translating customer requirements into objectives, and developing presentations and technical assessments.

The Remote Sensing Architecture Performance Analyst will use simulation tools to verify requirements and model performance for space-based remote sensing architectures. The role involves analyzing data to support decisions regarding space systems, collaborating with teams to define project goals, and presenting findings. The candidate should have a background in aerospace engineering or related fields and familiarity with astrodynamics.