India’s space story is often told through launches, rockets lifting off, satellites entering orbit, and ambitious lunar missions.
But building a long term space ecosystem involves more than propulsion systems and mission milestones. It requires classrooms preparing future engineers. It requires a research culture. And it requires something rarely discussed in public conversations, how astronauts will actually eat during extended missions.
A Visakhapatnam based startup founder Sai Srujan Palateru has chosen to work in these quieter corners of the ecosystem.
Turning Classrooms into Early Space Labs
Through SpaceSkool, he collaborates with schools and universities to introduce structured, hands-on exposure to space science. Instead of limiting sessions to inspirational talks, students work through practical modules covering rocketry fundamentals, astronomy basics, space biology and simplified spacecraft systems.
The goal isn’t to create instant space scientists. It is to make space engineering less abstract.
In many Indian classrooms, physics remains confined to textbooks. Programs like these attempt to translate equations into small physical experiments, helping students understand how real systems behave.
As private space startups multiply and national missions grow more ambitious, early technical familiarity may prove just as important as advanced research facilities.
The Overlooked Question: What Do Astronauts Eat?
Beyond education, Srujan is also exploring space food systems through his venture BeyondBites.
Long duration missions demand food that is compact, nutritionally precise, stable for extended periods, and efficient in mass. Unlike conventional packaged food, space nutrition operates under strict constraints, where shelf life, nutrient retention, and formulation density matter more than presentation.
As conversations around lunar habitats and deep-space travel become more frequent, life-support systems including reliable nutrition, move from theory to operational necessity.
While rockets dominate headlines, food remains mission critical infrastructure.
Building the Less Visible Layers
India’s space ecosystem is expanding! Launch providers, satellite startups, and policy reforms often receive attention. But complementary layers such as education pipelines and life support technologies are equally essential for long term sustainability.
By focusing on these areas, Srujan’s work represents a broader interpretation of participation in the space sector, not just reaching orbit, but preparing the ecosystem that makes sustained exploration possible.
In a country accelerating its space ambitions, these foundational efforts may shape the depth of future progress as much as the launches themselves.