Guyana joins global all-female space initiative Mission ShakthiSAT

Guyana has joined Mission ShakthiSAT, a global all-female space technology initiative designed to integrate young women into the forefront of space science. The program aims to dismantle traditional barriers in STEM by providing specialized training to girls from diverse backgrounds across the globe.

Nareeta Devi Nandkumar has been selected as the representative for Guyana. She is among a cohort of 12,000 girls, aged 14 to 18, participating from 108 different countries. The initiative is led by Space Kidz India, a Chennai-based organization founded by Dr. Srimathy Kesan.

The Path to Lunar Orbit

The program is structured in rigorous phases to move students from theoretical knowledge to practical application. Phase One required participants to complete 120 hours of online training, which focused on the fundamentals of space technology and the complexities of payload development.

Following this foundational work, the program moves into Phase Two, where one selected girl from each participating country travels to India. During this stage, the representatives engage in hands-on satellite design, fabrication, and testing. The ultimate objective of the mission is to develop and place spacecraft into lunar orbit.

Breaking STEM Barriers

Mission ShakthiSAT is the first initiative of its kind to place young women at the center of a comprehensive space science program. By offering free specialized education, the project seeks to challenge the historical gender imbalance in the space sector and provide high-level technical skills to those who might otherwise lack access to such resources.

For Guyana, this participation represents a strategic step in integrating its youth into the international technology community. By sending a representative to engage in high-level satellite development, the country is actively promoting STEM education and demonstrating that space science is an accessible field for its young citizens.

Future Implications

The involvement of Guyanese youth in a lunar-focused mission could serve as a catalyst for a new generation of local scientists and engineers. As the program progresses toward the launch phase, the focus remains on whether these educational gains will translate into long-term institutional growth for STEM in the region.

While the core mission is underway, the specific administrative details of the local rollout and the exact timeline for the fabrication phase in India remain the primary points of interest for observers of the program's progress.