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NASA’s Continued Use of PJVS for Calibrations Ensures Peak Accuracy

2-minute read
PJVS

NASA uses the Programmable Josephson Voltage Standard (PJVS) to ensure the agency’s calibrations include the most accurate voltage measurement with the lowest measurement uncertainty possible. 

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Ingenuity Helicopter to Take Flight in April

3-minute read
Ingenuity Helicopter to Take Flight in April

The Mars Ingenuity Helicopter will take its first steps toward demonstrating powered flight in the Martian atmosphere, with a first attempt at a powered, controlled flight of an aircraft on another planet scheduled for no earlier than April 8, 2021. The helicopter rode to Mars in the Perseverance Rover's belly pan and will be deployed for flight testing from the red planet's surface in April. 

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NASA’s Continued Use of PJVS for Calibrations Ensures Peak Accuracy

2-minute read
PJVS

NASA uses the Programmable Josephson Voltage Standard (PJVS) to ensure the agency’s calibrations include the most accurate voltage measurement with the lowest measurement uncertainty possible. 

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Langley Unveils NDE Simulation and Modeling Tools

1-minute read
CIVA Sectorial Scan Model

Langley Research Center is actively using state-of-the-art Nondestructive Evaluation (NDE) modeling and simulation tools to accelerate the adoption of advanced materials and ensure the safety of aging infrastructure.

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Mars Perseverance Rover Set to Land on the Red Planet Feb. 18

2-minute read
Mars Helicopter, visible in lower center of the image, was attached to the belly of NASA

The Mars 2020 mission, including the Perseverance Rover and Ingenuity Helicopter, will land on Mars on February 18, 2021. A first on a Mars mission, the Sample Caching System included on Perseverance will collect and store short cores of Martian rocks and soils destined for future return to Earth and study with advanced instrumentation. The system is complex, including a drill for sample collection and tubes to seal and store the collected samples until a future mission can retrieve them.  

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New Tool for Developing Safety Assurance Cases

5-minute read
Diagram

NASA projects go through the full life cycle, from concept to implementation to closeout, with a number of reviews along the way. These reviews ensure that the developed project can meet mission objectives and do so safely. The project must make a case for itself: show and explain why the system will work as intended. Enter, the safety assurance case, or simply safety case as it may be more commonly known. Researchers at Ames Research Center have been fine tuning their notion of the safety case and developing a tool to make its development easier.

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OSMA Promotes Development of NASGRO® Software for Use on Ground-Based Pressure Systems

6-minute read
Compressed cylinders

In recent years, the Office of Safety and Mission Assurance (OSMA) Pressure Systems program accomplished a number of efforts to facilitate broader use of NASGRO for the analysis and sustainment of pressure systems. By expanding the use of NASA’s perpetual, royalty-free NASGRO license, centers across the agency will realize a significant cost savings.

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How NASA Centers Manage Explosives Risks

9-minute read
VAB

When working with explosives, it’s essential to fully understand the hazards and potential risks to employees and facilities in the area should something go wrong. However, it’s also possible for non-explosive materials to become energetic in a way that poses similar, potentially deadly and damaging risks. These high-risk operations — whether relative to “traditional” explosives or energetic materials — need to be properly managed to ensure a safe work environment. How Explosives Safety Officers are assessing and managing that risk varies from center to center to accommodate the diverse environments and work being done. The following examples show how three unique NASA centers and facilities are managing these risks.

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Goddard Develops Integrated Platform to Improve Mission Performance

3-minute read
Conceptual Drawing of Metamorphosis

The Safety and Mission Assurance Directorate at Goddard Space Flight Center developed an integrated platform, the Meta information system, which currently encompasses 22 operational applications for Goddard and NASA Headquarters’ Science Mission Directorate.

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Stennis Creates Integrated Database of its Mishap Data

3-minute read
Crystal Ball

Stennis Space Center’s Safety and Mission Assurance (SMA) Directorate combined its safety data from seven separate databases to create a more streamlined collection of data. The center hopes the system, known as the SMA Crystal Ball, will eventually predict future safety incidents based on past data to help Stennis management better allocate center resources. 

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Made With Mars in Mind — Development of a Multipurpose Inspection System for COPVs

4-minute read
NASA Nondestructive Inspection

NASA and industry are working together to meet the safety, schedule and efficiency demands for current and future space flights, including those to and from the International Space Station.

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