Research and Development

Microsatellites: Design, development, and integration of microsatellites for various applications, including remote sensing, communication, and scientific research.

Payloads: Design and development of scientific payloads for space missions, including those conducted on the International Space Station (ISS) and microgravity research.

Microgravity Research: Investigation and experimentation in microgravity environments to advance scientific understanding and technology development.

Space Nuclear Systems: Research and development of nuclear power systems for space exploration and long-duration missions, utilizing AI and ML for optimizing performance and safety.

Sounding Rockets: Design, development, and launch of sounding rockets for atmospheric research, suborbital missions, and payload testing, leveraging AI and ML for trajectory optimization and control.

Suborbital Vehicles: Design and development of suborbital vehicles for scientific experimentation and technological demonstrations, integrating AI and ML for autonomous operations.

Avionics: Integration of advanced avionics systems for rockets and launch vehicles, including guidance, navigation, and control, leveraging AI and ML algorithms for enhanced performance and reliability.

Rocket Motor Testing: Test facility design and operation, motor testing, performance analysis, and optimization using AI and ML techniques.

Rocket Motor Design: Design and optimization of rocket motors for various applications, ensuring performance, safety, and reliability through AI and ML modeling.

Particle Accelerator Design: Design and optimization of particle accelerators for research, industrial, and medical applications, employing AI and ML algorithms for enhanced beam control and optimization.

Particle Beam Applications: Research and development of applications utilizing particle beams, such as material characterization, radiation therapy, and industrial processes, leveraging AI and ML for data analysis and optimization.

Advanced Reactor Components: Research, design, and development of components for advanced nuclear reactors, including fuel systems, coolants, electromagnetic pumps, and safety mechanisms, incorporating AI and ML for performance optimization and safety analysis.

Nuclear Microreactors: Investigation and development of compact nuclear reactors for various applications, including remote locations and specialized industries, utilizing AI and ML for operational efficiency and safety enhancements.

Medical Device Development: Design and development of innovative medical devices and instrumentation, incorporating AI and ML technologies for advanced diagnostics, data analysis, and treatment optimization.

AI/ML in Biomedical Engineering: Integration of Artificial Intelligence and Machine Learning algorithms in various biomedical engineering applications.

Extensive experience and expertise in applied physics and engineering sciences.

Strong focus on cutting-edge research and development projects, integrating AI and ML across all areas.

Collaboration with leading academic institutions, government agencies, and industry partners.

Commitment to delivering practical solutions to complex challenges. Dedication to scientific advancement and technological innovation.