Full-Time

Entry Thermal Protection Technical Discipline Lead

Descent and Landing, Entry Descent and Landing

The Aerospace Corporation

The Aerospace Corporation

Space systems research, design, and advisory

Compensation Overview

$117.3k - $226.9k/yr

+ Variable pay program + Relocation assistance

No H1B Sponsorship

Houston, TX, USA

In Person

Occasional travel required (~2x/year, domestically/internationally).

US Citizenship, US Top Secret Clearance Required

Category
Aerospace Engineering (2)
,
Required Skills
FEM/FEA
Requirements
  • Bachelor’s degree in Mechanical or Aerospace engineering is required
  • A minimum of (6) or more years of increasingly responsible professional experience within structural design and analysis as well as thermal analysis is required
  • Experience and understanding of the materials, adhesives, and backplanes of TPS
  • Experience on spacecraft programs that required EDL flight profiles and reusability of those spacecrafts
  • Willingness to occasionally travel and support customer needs, technical conferences and meetings (domestically/internationally) approximately two times per year (as required)
  • This position may require the ability to obtain and maintain a security clearance, which is issued by the U.S. government. U.S. citizenship is required to obtain a security clearance
  • Advanced degree in Mechanical or Aerospace engineering is required
  • A minimum of (10) or more years of increasingly responsible professional experience within structural design and analysis as well as thermal analysis is required
Responsibilities
  • Serve as technical expert in the field of EDL design, engineering analysis and thermal testing
  • Identify technical needs and manage system engineering and technical integration activities for spacecraft EDL systems
  • Provide solutions and establish criteria for the design, development test, and implementation of advanced EDL system technology needed for current and future exploration spacecraft
  • Provide expert technical guidance, oversight, resolution and consultation on EDL system design analysis and testing to all Mission Directorate programs
  • Support the Entry, Descent and Landing (EDL) domain by developing strategies for the advancement of necessary technologies and implementation on spacecraft in development and currently flying
  • Participate in technical meetings and participates in conferences pertaining to EDL technologies
  • Engage with other government agencies, universities, and industrial companies to obtain technical information or discuss mutual areas of interest to build coalitions / partnerships with external partners
  • Survey technical and scientific literature, commercial catalogs and trade journals, proceedings of professional societies, and latest reports of developments made available by other agencies in order to keep abreast of most recent development in areas of responsibility
  • Propose and develop new concepts via advanced research projects in EDL technology in concert with private industry and other government agencies
  • Advise management on the relative value, urgency, and feasibility of EDL system technology development projects, most fruitful approach and possible difficulties involved. Provide expertise and technical direction to the final advanced research projects
  • Initiate and provide detailed engineering analysis and technical consultations for development, design, testing and evaluation of spacecraft TPS systems and equipment
  • Plan, direct, and conduct conceptual definition studies and analysis for a variety of advanced systems on proposed new projects for which no precedents are available
  • Provide senior engineering technical planning, direction and review on complex studies involving thermal and structural interaction, computational concepts, and techniques for performing thermal analyses
  • Maintain regular contact with counterparts in other organizations to solve technical problems, exchange information, implement planning and discuss areas of mutual interest
  • Write technical and progress reports covering assigned projects and technical discipline area focus
  • Participate in technical meetings and conferences, internal and external to JSC and NASA, as spokesperson for the Thermal Design Branch
Desired Qualifications
  • (15) or more years of experience in flight hardware, structural design and analysis as well as thermal analysis is highly preferred
  • Familiarity with the Orion and/or CCP crewed vehicles is strongly desired
The Aerospace Corporation

The Aerospace Corporation

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The Aerospace Corporation helps national security space programs through technical and scientific research, development, and advisory services. It provides engineering and acquisition management support to the Air Force, other Defense Department agencies, and civilian agencies. Its work covers launch system design and analysis, engineering, development, implications, and application, helping programs go from concept to tested systems. The company differentiates itself by focusing specifically on government space programs, offering independent technical expertise and mission-focused advisory services with a long history dating back to 1960, rather than competing primarily as a commercial contractor. Its goal is to enable reliable and secure space capabilities for national security by informing and guiding government programs from research through deployment.

Company Size

N/A

Company Stage

N/A

Total Funding

N/A

Headquarters

El Segundo, California

Founded

1960

Simplify Jobs

Simplify's Take

What believers are saying

  • DiskSat commercialization through Orbotic Systems licensing establishes new revenue stream beyond government contracts.
  • Agentic AI deployment addresses critical industry pain point of managing high-velocity telemetry across thousands of satellites.
  • New CFO Steve Shinn brings $25B+ NASA portfolio experience to drive enterprise transformation and operational excellence.

What critics are saying

  • Leadership transition from Isakowitz to Pemberton disrupts strategic execution on national security space contracts.
  • DiskSat licensing to Orbotic Systems erodes Aerospace's proprietary edge in VLEO satellite platforms.
  • Google Cloud dependency exposes Aerospace to U.S. government restrictions on Google tech procurement for USSF/NRO missions.

What makes The Aerospace Corporation unique

  • AI-powered satellite anomaly detection with Google reduces operator response time in proliferated LEO constellations.
  • DiskSat lightweight disc-shaped platform optimizes rideshare launches and enables cost-effective constellation deployment.
  • 66-year FFRDC heritage provides objective technical expertise and thought leadership on national security space programs.

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Benefits

Health Insurance

Paid Vacation

Paid Sick Leave

Paid Holidays

401(k) Retirement Plan

401(k) Company Match

Flexible Spending Account

Relocation Assistance

Professional Development Budget

Company News

WashingtonExec
Apr 7th, 2026
Aerospace Corp., Google Public Sector deploy AI tool to cut satellite anomaly response time.

Aerospace Corp., Google Public Sector deploy AI tool to cut satellite anomaly response time. The Aerospace Corp. and Google Public Sector are collaborating to modernize satellite operations using agentic AI, the companies announced. The two co-developed a proof-of-concept tool to help operators and engineers manage the growing complexity of Proliferated Low Earth Orbit constellations - networks of small satellites that enable faster communication and broader global coverage. As constellations scale from dozens to thousands of satellites, the volume and velocity of data makes it harder to catch critical signals. Engineers currently monitor separate screens tracking bus telemetry, payload status and ground network availability. When an anomaly hits, on-call staff spend critical minutes manually correlating data to determine whether an alarm is a genuine threat. Aerospace built the tool with Google Public Sector's Rapid Innovation Team on Google Cloud's Vertex AI platform. It fuses disparate telemetry streams into a single interface and moves beyond static threshold alarms toward predictive behavioral monitoring, flagging issues like a momentum wheel that oscillates only when a specific payload is active, before they escalate to component failure. The system also correlates anomalies with context such as recent payload tasks or space weather events and surfaces potential root causes. "This concept demonstrates how AI can be a critical operational partner capable of handling the high-velocity demands of modern space domain awareness, helping on-call engineers focus their expertise where it matters most," said Kevin Bell, senior vice president of Aerospace's Engineering and Technology Group. "Collaborations like this are an important part of Aerospace's ongoing work to build connections with industry and accelerate the adoption of innovative technologies to support national priorities in space." Cameron Groves, director of rapid innovation & specialist engineering at Google Public Sector, said the collaboration marks a milestone in bringing Google's AI capabilities to space operations. "This pathfinding effort demonstrates that by equipping engineers with the right data at the right time, we can help transform the operator experience from reactive firefighting to proactive problem-solving to accelerate operations," he added. "We look forward to seeing this transition from a concept into operational use."

The Associated Press
Feb 5th, 2026
Orbotic Systems licenses Aerospace Corporation's DiskSat technology for VLEO sensor missions

Orbotic Systems has secured a commercial licence agreement with The Aerospace Corporation to use DiskSat technology for very low Earth orbit operations. The company plans to use the disc-shaped satellite platform to host its WIND sensor pathfinder for technical assessment and mission planning. DiskSat is a lightweight, flat satellite designed to optimise rideshare launches and enable cost-effective constellation deployment. The Aerospace Corporation successfully launched DiskSats last month, which are now demonstrating the platform's capabilities in orbit. Erik Long, Orbotic Systems' CEO, said DiskSat's geometry makes it compelling for very low Earth orbit operations. The companies will coordinate technical documentation transfer and interface planning, though specific mission timelines and launch services remain unconfirmed. Orbotic Systems focuses on space systems for mission assurance and space environment sensing.

The National Law Review
Feb 5th, 2026
Orbotic Systems Executes Commercial License for Aerospace DiskSat Technology

Orbotic Systems executes commercial license for Aerospace DiskSat technology. Disksat Satellites orbiting earth Orbotic Systems has entered into a manufacturing and distribution agreement with Aerospace Corporation to commercialize DiskSats. THOUSAND OAKS, CA, UNITED STATES, February 5, 2026 /EINPresswire.com/ - Orbotic Systems Inc. (OSI) announced today that it has entered into a commercial license agreement with The Aerospace Corporation, a leader in advancing national space capabilities, for the use of its DiskSat technology. OSI plans to use the DiskSat form factor as a host spacecraft for a Very Low Earth Orbit (VLEO) sensor pathfinder, including integration studies for its WIND (Wind Ion Neutral Density) sensor. The effort is intended to support technical assessment and future mission planning related to VLEO operations. "DiskSat is a compelling host platform for VLEO operations due to its geometry and mission flexibility," said Erik T. Long, CEO of Orbotic Systems. "This license allows us to move forward with a focused pathfinder configuration and collaborate with The Aerospace Corporation on technical planning." DiskSat, developed by The Aerospace Corporation is a lightweight, compact, flat disc-shaped satellite designed for optimizing future rideshare launches. Its unconventional shape offers a variety of new possibilities for cost-effective and rapid constellation deployment, packing efficiency, and mass distribution. Following a successful launch last month, the DiskSats are now in orbit, beginning mission demonstrations that showcase the potential of this new satellite form factor. According to Deb Salvaggio, Aerospace's Director of Technology Transfer, "It has always been our plan for DiskSat to be transitioned to industry as quickly as possible. We are excited to work with Orbotic Systems as a valued partner." The parties expect to coordinate next steps including technical documentation transfer and interface planning. Specific mission timelines, launch services, and customer sponsorship are not yet finalized. About Orbotic Systems Inc. Orbotic Systems Inc. (OSI) produces space systems focused on mission assurance, on-orbit operations, and space environment sensing. OSI's work includes edge computing concepts for operational decision aids and sensors relevant to space weather and VLEO mission performance. Learn more: orboticsystems.com Media Contact: Jane Ielmini, COO, [email protected], (805) 941-1028 ext. 4 About The Aerospace Corporation: The Aerospace Corporation is a leading architect for the nation's space programs, advancing capabilities that outpace threats to the country's national security while nurturing innovative technologies to further a new era of space commercialization and exploration. Aerospace's national workforce of more than 4,800 employees provides objective technical expertise and thought leadership to solve the hardest problems in space and assure mission success for space systems and space vehicles. For more information, visit www.aerospace.org. Follow us on LinkedIn and X: @AerospaceCorp. Jane Ielmini Orbotic Systems Inc +1 805-941-1028 [email protected] Visit us on social media: LinkedIn Instagram Facebook YouTube X Legal Disclaimer: EIN Presswire provides this news content "as is" without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.

WashingtonExec
Oct 20th, 2025
Aerospace Taps Steve Shinn as VP, CFO

Aerospace taps Steve Shinn as VP, CFO. The Aerospace Corp. has appointed Steve Shinn as vice president and chief financial officer. Shinn brings over 25 years of experience in leading financial operations and driving enterprise transformation in government and industry. "Steve is the ideal leader as we emphasize operational excellence that maximizes our value and empowers our team to effectively deliver on our critical mission," said Aerospace President and CEO Tanya Pemberton. "He brings strategic vision, experience in day-to-day financial operations, proven transformation leadership at large-scale organizations, and a passion for space." Shinn recently served as acting chief financial officer at NASA during the presidential transition, where he oversaw all financial management and performance activities relating to NASA's programs and operations across a $25 billion-plus annual portfolio. During his 15-year career at NASA, Shinn was deputy CFO, deputy CFO for Center Operations and CFO at NASA Goddard Space Flight Center. Before NASA, he oversaw all business and project control functions and annual business planning for the Space Department at Johns Hopkins University Applied Physics Laboratory. "Over the past several years, Aerospace has undertaken a significant modernization of our business functions and financial tools," said Chief Operating Officer Kathleen Naeher. "I look forward to working with Steve as we continue this journey and integrate enterprise services across the company to support the mission."

Wiseburn Unified School District
May 23rd, 2025
Wiseburn Unified School District

Wiseburn Middle School students took two top honors at the 48th annual Robert H. Herndon Science Competition hosted by Aerospace Corporation, where WMS has competed against other Southern California middle schools every year since 2011.