Journal of Aerospace Engineering and Technology

Journal of Aerospace Engineering and Technology (JOAET) is a peer-reviewed, hybrid open-access journal dedicated to publishing cutting-edge research and technical studies in aerospace engineering, aeronautics, astronautics, propulsion, avionics, materials, UAV/drone systems, and space technology. JOAET delivers authoritative, high-quality research and industry-relevant insights to support developments in aviation, space, and aerospace science.

What This Journal Covers: Key Focus Areas

• Launch Systems & Orbital Mechanics: Expanded launch-vehicle engineering, orbital dynamics modelling, trajectory optimisation, mission planning, and space-mission performance analysis.
• Space Robotics & Habitats: Advanced robotic systems for space operations, autonomous manipulators, space-habitat design, human-spaceflight support tools, and extraterrestrial infrastructure engineering.
• Jet & Rocket Propulsion: Detailed combustion modelling, thrust-generation studies, propulsion system optimisation, engine performance analysis, and rocket engine design frameworks.
• Hypersonic Propulsion: High-speed ramjet/scramjet research, hypersonic flight physics, thermal-protection behaviour, aerodynamic heating, and extreme-velocity propulsion systems.
• Hybrid & Electric Propulsion: Next-gen hybrid-electric propulsion, battery–motor integration, fuel-efficiency improvement, thermodynamic optimisation, and low-emission aerospace power systems.

Who Should Read JOAET

• Aerospace engineers, aircraft designers, and propulsion system developers

• UAV/drone engineers, avionics specialists, and flight-control system developers

• Satellite engineers, space mission researchers, and astronautics professionals

• Materials scientists, aerospace-materials researchers, and manufacturing engineers

• CFD analysts, simulation and modeling experts, and structural engineers

Why JOAET Matters

In a rapidly evolving aerospace and space-technology landscape, JOAET plays a critical role by:

• Publishing peer-reviewed, high-impact aerospace research spanning aeronautics, astronautics, propulsion, materials, and UAV systems

• Providing a global, accessible platform for engineers, scientists, and industry professionals to share innovations and technical breakthroughs

• Enabling multidisciplinary collaboration bridging aerodynamics, materials science, electronics, propulsion, and aerospace systems

• Supporting real-world applications from aircraft design and safety to satellite systems, propulsion tech, space missions, and UAV development

• Serving as a trusted academic and industry resource for research, development, education, and regulatory compliance in aerospace

Subscription & Access Options

• Digital Access: Full online access to current issues, archives, and searchable aerospace research content

• Print Edition: High-quality printed volumes available for institutions, libraries, and subscribers