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International Conference on Advanced Propulsion and Control Systems

📅 28–29 Jun 2027 📍 Morogoro, Tanzania 👤 Standard / Listener

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$150

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest developments in hybrid propulsion technologies, emphasizing their integration into aerospace applications. Researchers are invited to present innovative designs and performance analyses that enhance efficiency and reduce emissions.

This session explores the emerging field of electric propulsion systems in aerospace engineering. Contributions should address design methodologies, performance metrics, and potential applications in next-generation aircraft.

This track aims to highlight cutting-edge research in rocket propulsion systems, including new propellant formulations and engine designs. Papers should discuss the implications of these innovations for space exploration and satellite deployment.

This session will cover optimization techniques for gas turbine engines, focusing on performance enhancement and fuel efficiency. Participants are encouraged to share computational models and experimental results that demonstrate advancements in this area.

This track addresses the unique challenges associated with scramjet propulsion, including airflow management and thermal dynamics. Researchers are invited to propose novel solutions and experimental findings that advance the state of the art.

This session focuses on the integration of various propulsion systems within aerospace vehicles. Papers should explore interdisciplinary approaches that enhance system performance and reliability.

This track highlights the role of intelligent control systems in optimizing propulsion performance. Contributions should focus on the development and implementation of advanced algorithms for adaptive and nonlinear control.

This session examines the interplay between guidance, navigation, and propulsion control systems. Researchers are encouraged to present methodologies that improve the accuracy and reliability of these integrated systems.

This track focuses on thrust vectoring control methods and their applications in enhancing maneuverability and stability of aerospace vehicles. Papers should discuss theoretical frameworks, simulations, and experimental validations.

This session addresses the critical aspects of safety in propulsion systems, including risk assessment and mitigation strategies. Contributions should explore innovative safety protocols and their implementation in aerospace applications.

This track emphasizes the importance of simulation in the design and testing of advanced propulsion systems. Researchers are invited to share novel simulation methodologies and their applications in predicting engine performance.