Journal of Space Exploration, Propulsion and Aerospace Systems

Aim and Scope

The Journal of Space Exploration, Propulsion and Aerospace Systems publishes original research, applied engineering studies, reviews, and policy analyses that examine the science, technology, and operations of space missions and aerospace propulsion. It serves as a cross-disciplinary forum for experts in aerospace engineering, space science, mission planning, and related domains.

Its scope reflects the complexity of space exploration, where success depends on advances in propulsion efficiency, spacecraft systems integration, mission design, and the ability to operate in challenging extraterrestrial environments. The journal welcomes studies that address technical, operational, and policy challenges from concept development through mission execution.

Key areas of interest include:

• Space Propulsion: Chemical, electric, nuclear, hybrid, and emerging propulsion technologies, including engine performance modelling and testing.
• Spacecraft Systems: Structural design, thermal control, energy management, communication systems, and avionics.
• Launch Systems: Vehicle design, reusability strategies, staging optimisation, and environmental considerations for launches.
• Mission Design and Planning: Trajectory optimisation, orbital mechanics, mission sequencing, and risk assessment.
• Human Spaceflight: Crew health, life-support systems, habitat design, and operational safety in microgravity or deep-space conditions.
• Robotic Exploration: Autonomous systems, planetary rovers, sample-return missions, and remote sensing in extraterrestrial environments.
• In-Space Manufacturing and Construction: Additive manufacturing, assembly of large structures, and resource utilisation in space.
• Space Policy and Economics: International cooperation, commercial space activities, space law, and cost-benefit assessments.
• Testing and Simulation: Ground-based testing facilities, flight testing, and computational modelling for system validation.

The journal accepts both theoretical and experimental work, including case studies, prototype evaluations, and technology demonstration reports. Submissions that link aerospace research to broader applications, such as climate monitoring satellites, disaster management systems, or telecommunication networks, are also encouraged.

Authors are expected to clearly define research objectives, describe the relevance of their findings, and outline potential applications. Contributions from a wide range of geographic and institutional contexts are welcome, supporting the journal’s commitment to diversity and international collaboration.