9 programming languages that is used by NASA in their Mission

C/C++ 

When it comes to embedded systems, spaceship control, and real-time applications, the aerospace industry and NASA rely heavily on C and C++. These languages provide for precise, low-level command and exceptional efficiency.

1

FORTRAN 

For many years, NASA depends on the programming language FORTRAN for its scientific and numerical computing needs, particularly in domains such as computational fluid dynamics and astrophysics.

2

Java 

At NASA, Java is commonly used in ground-based applications, mission control systems, and satellite software. It is platform independent, making it appropriate for cross-platform applications.

3

MATLAB 

NASA projects utilize MATLAB for mathematical modeling, simulations, and data analysis, particularly in the fields of astrophysics and Earth sciences.

4

Python 

NASA uses Python for many things, like data processing, scientific computing, simulations, and scripting. Researchers and engineers find it useful because it is easy to understand and can be used in many different ways.

5

Simulink 

Simulink is useful for designing spaceships and robotics since it is used for modeling and simulating dynamic systems, sometimes in conjunction with MATLAB.

6

Assembly Language 

Assembly language programming is sometimes used for jobs that need precise control over hardware parts or to improve the performance of important parts of code.

7

Pascal 

Pascal was used in some of NASA's earlier missions in the past, although this practice has since been phased out in favor of using more contemporary languages.

8

Ada 

Ada is known for being safe and reliable, so it can be used for things like controlling spaceships and other safety-critical systems.

9

LabVIEW 

LabVIEW is used by NASA to build systems for control and tracking, especially for test and measurement.

10

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