NASA has an interesting opportunity for students, researchers, managers, and members of the general public. The NASA Open Science Trainings are designed to introduce learners to modern research practices, open data, collaboration, reproducibility, research ethics, and the responsible use of scientific information.
NASA currently offers two main public training options: Open Science Essentials and Open Science 101. Open Science Essentials takes approximately two hours and provides a concise introduction, while Open Science 101 is a five-module course that takes approximately 12 hours and goes deeper into the practical application of open science. Both are self-paced and available to learners outside NASA. Successful learners are eligible for a digital badge and certificate.
For students interested in research, online education, science communication, data management, or future academic careers, these courses can be a useful addition to a résumé or professional profile.
What Is Open Science?
Before discussing the courses, it is important to understand what open science means. Open science is a research approach that encourages scientists and researchers to make appropriate research information, data, methods, software, and results more accessible to other researchers and, where possible, the wider public. NASA describes open science as a collaborative culture enabled by technology that supports the sharing of data, information, and knowledge to accelerate scientific research and understanding.
This approach is particularly important in modern research because scientific projects increasingly generate large amounts of information. Whether researchers are studying Earth through satellites, examining data from a space probe, analyzing observations from a space observatory, or investigating biological responses to spaceflight, making research easier to discover and reuse can help other scientists build upon existing work. NASA's scientific information policy also emphasizes making publications, data, and software publicly available where legally permitted.
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What Are NASA Open Science Trainings?
The NASA Open Science Trainings are educational courses developed to help learners understand and apply open science principles.
NASA currently highlights two public courses:
- Open Science Essentials
- Open Science 101
The courses are available to the public, including researchers and students outside NASA. They are completed online and at the learner's own pace. NASA's current training page states that learners who complete the courses are eligible to receive a digital badge and certificate. This makes the training particularly useful for people who want to gain an introduction to research transparency and responsible data practices without committing to a long academic program.
NASA Open Science Essentials
Open Science Essentials is the shorter option for learners who want a quick introduction to open science. NASA estimates that the course takes approximately two hours to complete. It is designed as a concise, standalone introduction rather than an extensive research-training program. Students, researchers, managers, and other members of the public can register and complete it at their own pace.
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What Does Open Science Essentials Teach?
The course contains five main lessons.
Lesson 1: Understanding Open Science
The first lesson introduces the concept of open science and explains why openness can benefit scientific research.
Learners develop a basic understanding of how transparency and information sharing can contribute to collaboration and scientific progress.
Lesson 2: Challenges of Open Science
Open research also has challenges. The course discusses barriers such as institutional and social concerns, fear of being "scooped," and ethical issues surrounding data.
This is important because making research open does not simply mean uploading everything publicly. Researchers must consider privacy, ethics, security, ownership, and appropriate access.
Lesson 3: Open Science Framework
The course introduces the standard open science workflow, including the FAIR principles, Open Science and Data Management Plans, and different project roles.
FAIR stands for:
- Findable
- Accessible
- Interoperable
- Reusable
NASA uses FAIR principles to help ensure that scientific data can be discovered, accessed appropriately, understood across systems, and reused.
Lesson 4: Open Research Components
Learners explore major components of open research, including:
- Open data
- Open-source software
- Open research results
These concepts can help researchers think about openness throughout the research process rather than only at the publication stage.
Lesson 5: Practical Open Science Tools
The final lesson introduces practical tools and concepts such as persistent identifiers, open licensing, repositories, version control, preregistration, and the role of artificial intelligence.
NASA is also actively exploring AI applications for scientific research, including improving data discovery, analysis, and visualization.
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NASA Open Science 101
If Open Science Essentials provides an introduction, NASA Open Science 101 takes learners considerably deeper. The course contains five modules, with each module taking approximately 2.5 hours. Overall, NASA estimates approximately 12 hours for completion. Like Open Science Essentials, it is free, online, and self-paced for members of the public.
Module 1: Introduction to Open Science
The first module examines what open science is, how it is currently practiced, and its potential benefits and challenges. This gives learners the foundation they need before moving into practical applications.
Module 2: Open Science Fundamentals
The second module introduces important concepts such as the "Use, Make, Share" framework, FAIR principles, and essential open science tools. The idea is to help researchers think about how existing resources can be used, how new research products can be created, and how appropriate outputs can be shared.
Module 3: Open Data
Data is one of the most important parts of modern research. This module focuses on practical approaches for finding, assessing, creating, and sharing open data. For students entering research fields, understanding data management can be extremely valuable. Researchers may work with datasets generated through surveys, experiments, satellites, space missions, laboratories, or other scientific instruments.
NASA itself maintains extensive scientific data resources and emphasizes making appropriate scientific information accessible for further research.
Module 4: Open Code
Modern research increasingly depends on software and computational methods. The fourth module introduces approaches to developing and applying open code throughout the development lifecycle using the "Use, Make, Share" framework.
This can help learners understand why documenting code, making appropriate software accessible, and following reproducible practices can improve scientific collaboration.
Module 5: Open Results and Collaboration
The final module focuses on scientific collaboration and research results. Learners explore how to establish ethical contributor guidelines and how to discover, evaluate, publish, and properly credit open research results. The module also connects these activities with open science and data management plans.
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Open Science Essentials vs. Open Science 101
Both NASA courses cover open science, but they are designed for different levels of engagement.
If you simply want to understand the basic principles, Open Science Essentials is the better starting point.
If you are a student or researcher who wants to understand how open science can actually be incorporated into research projects, Open Science 101 is the stronger choice.
Who Can Take NASA Open Science Courses?
One of the most useful aspects of these NASA training opportunities is that they are not restricted to NASA employees. NASA states that researchers, students, and members of the general public outside NASA can create an account and register for the public versions of the courses. Therefore, you do not need to work at a NASA facility or space center to participate.
The courses may be particularly useful for:
- Undergraduate students
- Graduate students
- Researchers
- Research assistants
- University faculty
- Science communicators
- Data professionals
- Research managers
- Students preparing for research careers
- Members of the general public interested in science
You also do not need to be studying astronomy or aerospace engineering. Open science principles can be applied across many disciplines.
Are NASA Open Science Courses Free?
Yes. NASA's current information describes the public Open Science Essentials and Open Science 101 courses as free. They are available online and can be completed at the learner's own pace. This makes them attractive for students who want to develop research skills without paying for another professional course.
However, learners should distinguish between a course certificate and an academic degree or professional license. Completing a NASA training course does not make someone a scientist or research professional by itself. Instead, it provides additional knowledge and a credential that can support an existing academic or professional profile.
Does NASA Open Science Training Provide a Certificate?
Yes. NASA states that learners who complete the training are eligible to receive a digital badge and certificate.
This can be useful when updating a résumé, LinkedIn profile, academic portfolio, or professional development record. A certificate is especially meaningful when it represents a skill that connects directly with your academic or career goals. For someone planning to enter research, the course can demonstrate familiarity with modern open research practices.
What Skills Can You Gain?
The NASA Open Science Trainings can help learners develop an understanding of several research-related skills, including:
Research transparency
You learn why researchers should clearly document appropriate research processes, data, methods, and results.
Data management
The courses introduce principles for finding, assessing, managing, and sharing research data.
FAIR data
You learn how the Findable, Accessible, Interoperable, and Reusable principles can improve scientific data use.
Research collaboration
Open science encourages researchers to work together and share appropriate research outputs.
Reproducibility
Open research practices can make it easier for other researchers to understand and reproduce scientific work.
Open-source research
The training introduces open code, open software, and other resources that can support collaborative research.
Research ethics
Learners are introduced to ethical considerations surrounding data sharing, contributors, artificial intelligence, privacy, and research practices.
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Why Should Students Take NASA Open Science Training?
For students, one of the biggest advantages is the opportunity to learn a concept that is becoming increasingly important in modern research. NASA's Office of the Chief Science Data Officer refreshed these training resources in 2025, including a streamlined Open Science Essentials course and an updated Open Science 101 course. NASA described both as free and self-paced resources available to the public. The training can also complement other forms of online education.
For example, a student might combine a university degree with courses in statistics, research methodology, scientific writing, data analysis, and open science. Together, these experiences can create a stronger research skill set. The NASA connection is another advantage. NASA is one of the world's leading scientific organizations, conducting research involving everything from Earth observation to space probes, space observatories, planetary science, astrophysics, and human spaceflight. Its open science work demonstrates that openness is not limited to one scientific field.
How to Register for NASA Open Science Trainings
Registration is completed online.
For Open Science Essentials, NASA provides a public registration option through its digital learning platform. After creating an account and enrolling, learners can complete the course at their own pace, with progress saved between sessions.
For Open Science 101, NASA provides a separate public course enrollment page.
You can start with the shorter Essentials course if you are completely new to open science. If you want more detailed training, you can move on to Open Science 101.
Official NASA training page: NASA Open Science Trainings
Career and Research Opportunities
The training should not be viewed as a direct NASA job or internship opportunity. Instead, it is a professional learning opportunity that can strengthen your understanding of modern research.
The skills may be relevant to careers involving:
- Academic research
- Scientific data management
- Research administration
- Data analysis
- Scientific communication
- Open-source research
- Research software
- Science policy
- Digital research
- Higher education
NASA is also developing AI applications for scientific workflows, including tools for data search, discovery, analysis, and visualization. This shows why understanding data and responsible digital research practices can be useful beyond traditional laboratory work.
Frequently Asked Questions
Is NASA Open Science 101 free?
Yes. NASA describes Open Science 101 as a free, self-paced public course consisting of five modules.
How long does NASA Open Science 101 take?
The complete course takes approximately 12 hours, with each of its five modules taking around 2.5 hours.
Is NASA Open Science Essentials free?
Yes. The public Open Science Essentials course is free and takes approximately two hours to complete.
Can international students take the NASA course?
The public versions are available to learners outside NASA, including students and researchers. NASA does not describe the public courses as being restricted to U.S. citizens.
Do NASA Open Science courses provide certificates?
Successful learners are eligible for a digital badge and certificate.
Do I need to study astronomy to take the course?
No. The training focuses on open science principles and practices that can be relevant across different research disciplines.
Final Thoughts
The NASA Open Science Trainings provide an accessible way to learn about modern research practices from one of the world's best-known scientific organizations. With two options available, learners can choose between the approximately two-hour Open Science Essentials course and the more comprehensive Open Science 101, which takes approximately 12 hours. The courses cover important areas such as open data, FAIR principles, open-source software, research collaboration, ethical research practices, reproducibility, preregistration, and emerging applications of AI. Most importantly, the training does not require you to become a NASA employee or travel to a NASA space center. You can learn online, at your own pace, and add the resulting certificate and digital badge to your academic or professional portfolio. As research becomes increasingly collaborative and data-driven, understanding how to use, make, and share scientific knowledge responsibly is becoming an important skill. NASA's Open Science Trainings offer a practical starting point for developing that knowledge.
