Dhruva Space and Manipal Academy of Higher Education are building the ASCENT facility in Manipal to advance space engineering. Scheduled to open in late 2026, the center aims to train students on satellite missions and prototype development. This partnership highlights the growing integration between Indian academic research and commercial space technology firms.
Manipal Academy of Higher Education (MAHE) and Dhruva Space have entered into a formal agreement to establish the Advanced Space Capability, Engineering and New-space Technologies (ASCENT) center. Located on the MAHE campus in Manipal, this facility is designed to serve as a hub for satellite system engineering, applied research, and technology prototyping.
Building Infrastructure for Space Missions
The ASCENT center will provide resources for spacecraft integration, testing, and qualification, with operations expected to begin by late 2026. For students, this initiative offers a platform to engage in end-to-end mission cycles, ranging from initial design to on-orbit operations. The collaboration aims to prepare graduates for the professional demands of India’s evolving private space sector by providing access to industry-standard testing environments and real-world engineering challenges.
Research Targets and Long-Term Goals
The center’s research agenda covers several technical areas, including autonomous spacecraft technologies, space-based Internet of Things (IoT), and space sustainability. By 2028, the partnership aims to develop and operate three CubeSat missions ranging from 1U to 6U in size. Looking further ahead, the roadmap includes the development of modular satellite platforms, a Space Situational Awareness center by 2030, and a planned interplanetary technology demonstration mission by 2035.
Industry Context and Strategic Value
For Dhruva Space, a private space-technology company, this partnership represents a strategic move to secure a pipeline of skilled talent while fostering research that can be converted into commercial solutions. India’s space sector has seen increased participation from private firms following government policy changes aimed at promoting commercial space activity, including the IN-SPACe (Indian National Space Promotion and Authorization Centre) framework. These initiatives encourage private entities to utilize academic resources to reduce development costs and shorten innovation cycles. While the project is academic-focused, it reflects the broader industry trend of large and emerging space companies embedding themselves in technical institutes to stay competitive in satellite manufacturing and mission operations. Investors in the sector often monitor these collaborations as indicators of future capability-building, though the financial impact of such research centers is usually realized over the long term through IP development and talent acquisition.