Shubhankar Pandey

About Shubhankar Pandey

I’m a junior pursuing my Bachelor’s in Electrical and Electronics Engineering with a strong interest in both my core field and the aerospace sector. What excites me about electrical engineering is how it underpins critical technologies that drive progress—avionics, control systems, power distribution, signal processing, sensors, robotics, and communication architectures. These systems form the foundation of aerospace innovation, enabling rockets, spacecraft, and satellites to operate reliably in the most extreme environments. At the same time, I am deeply fascinated by aerospace itself. Rockets and spacecraft inspire me because they represent the highest level of engineering integration—bringing together propulsion, guidance, structural design, and advanced electronics into a single system. I am especially curious about how spacecraft generate and manage power, how control and navigation systems maintain stability, how sensors and instruments capture data, and how communication links are maintained across millions of kilometers. The complexity and precision required to achieve this continues to fuel my passion for the field. I enjoy research, project work, and hands-on experimentation where I can connect concepts with real-world applications. Whether it’s building electronic systems, working on embedded programming, or using simulation tools, I thrive when I’m designing and testing ideas that push my understanding further. I see continuous learning, adaptability, and innovation as core values in my growth as an engineer. Looking ahead, I want to combine my background with my passion for aerospace to contribute to spacecraft systems, satellite technologies, robotics, and next-generation communication networks. I am open to opportunities that allow me to collaborate, innovate, and contribute to advancing humanity’s journey into space.

Experience

1. Aerospace Engineering Isru Research Intern

   Space Copy

   Jun 2025 — Present · Wilmington, DE, US

   Contributing as an intern to cutting-edge space infrastructure development, focusing on electrical and electronic systems for off-Earth applications- Supporting design and analysis of space systems leveraging MATLAB, digital twin modeling, and circuit simulation tools- Working on sustainable habitat and energy subsystems using in-situ resource utilization (ISRU) concepts, especially involving lunar regolith- Collaborating with a global team across domains such as materials science, power systems, and advanced prototyping.

Education

• KIET Group of Institutions

  Bachelor of Technology - BTech