The global space economy has entered its first growth period which will be driven by commercial activities according to a white paper that was presented at Eduverse India Summit 2026. The white paper shows that commercial activities will generate 78 percent of worldwide space industry growth according to the white paper which demonstrates the need for educational systems and workforce training initiatives to develop new solutions.
According to the white paper, the global space economy reached USD 613 billion in 2024, growing at 7.8% year-on-year, and has now entered a decisive inflection point. Crucially, commercial activities account for 78% of total industry growth, underscoring a structural shift from a government-led space era to a commercially driven space economy. High-growth segments such as satellite services, space tourism, advanced manufacturing, and in-space servicing are emerging as dominant value drivers.
The paper highlights that in-space manufacturing and servicing alone is projected to grow from USD 21.3 billion in 2030 to USD 135.3 billion by 2040, registering a 20.3% CAGR. While government space budgets globally stand at approximately USD 135 billion annually, public spending alone is no longer sufficient to sustain the sector’s expansion. In India, the space economy, currently valued at nearly USD 8 billion with over 400 private companies active and faces a critical challenge without aggressive talent development and education reform, its share of the global space economy will remain limited.
This rapid expansion has triggered an unprecedented skills and talent deficit. The white paper also highlights sector surveys indicating that 72% of space companies report gaps in software and data skills, 41% lack adequate AI and machine learning expertise, 36% face shortages in advanced data analysis and modelling capabilities.
The findings make it clear that this is not a generic STEM shortage, but a specialised, industry-specific skills crisis, with traditional aerospace-heavy curricula failing to meet the demands of a software-driven, systems-oriented space economy.
The white paper notes that governments and institutions are beginning to recognize space education as a strategic lever for workforce development. In India, several initiatives led by national space agencies are already laying early foundations for talent creation.
Key initiatives highlighted include hands-on student programs such as national model rocketry and CANSAT competitions that expose undergraduate students to real-world aerospace design, systems integration, and project execution. Structured pre-incubation and entrepreneurship programs are also enabling students and early-stage innovators to translate theoretical space concepts into commercially viable prototypes, bridging the gap between academia and industry.
Additionally, introductory space science and technology training programs, delivered through online and hybrid formats, are providing final-year undergraduate and postgraduate students with exposure to satellite systems, Earth observation, and applied space technologies. Competitive platforms focused on robotics, autonomous systems, and planetary exploration are further nurturing problem-solving skills and innovation aligned with future mission requirements.
The paper also underscores the importance of capacity-building programs for educators, ensuring that space science knowledge is effectively transferred to school-level learners and embedded early within the education pipeline
The white paper titled “Developing the Space Education Ecosystem for the 2040 Trillion-Dollar Space Economy” was created by Navars Edutech together with SN Mentoring Consultancy Services and MSM Unify served as the publishing partner of the document.
The paper also demonstrates that talent represents the primary barrier which prevents the global space economy from achieving its potential to grow from its current value of 613 billion dollars to a range between 1.8 trillion and 2 trillion dollars before the years 2035 to 2040 end. Current education systems, largely designed for a government-led space era, are increasingly misaligned with the multidisciplinary.
