– Overview of Rocket Design

      Definition and importance of rocket design in space exploration.

      Key stages of rocket development from initial concept to launch.

  – Basic Rocket Physics

      Newton’s Third Law of Motion and its application in rocket propulsion.

   – Rocket Equations

      Introduction to the Tsiolkovsky rocket equation and its significance.

   – Design Objectives

     Goals such as maximizing efficiency, ensuring reliability, and meeting mission requirements.

 – Types of Propulsion Systems

     Liquid Propulsion: Components, advantages, and examples.

      Solid Propulsion: Basics, benefits, and common uses.

     Hybrid Propulsion: Combining elements of liquid and solid propulsion.

   – Propellant Selection

      Criteria for choosing propellants based on mission needs.

 – Staging Concepts

      Explanation of multi-stage rockets and their benefits for reaching orbit.

   – Configuration Designs

    Common rocket configurations and their impact on performance.

   – Case Studies

     – Examples of successful rocket stages and configurations (e.g., Saturn V, Falcon

   – Rocket Structures

     Key structural components: airframe, tanks, and engines.

   – Material Selection

     Criteria for choosing materials that can withstand extreme conditions (e.g., high temperatures, pressure).

   – Structural Integrity

     Ensuring strength and stability throughout the rocket’s flight

  – Role of Avionics

      Components and functions of onboard avionics systems.

   – Guidance and Control**

     How rockets are navigated and controlled during flight.

   – Telemetry and Data Acquisition

     Collecting and analyzing flight data for performance monitoring.

   – Launch Preparations

      Steps and considerations for preparing a rocket for launch.

   – Flight Dynamics

     – Understanding the flight profile and key performance metrics.

   – Safety Measures

     Ensuring safety through design features and pre-launch checks.

 – Common Design Challenges

      Addressing issues like structural stress, thermal protection, and fuel management.

   – Innovative Solutions

     Modern solutions and technologies that address these challenges.

  – Interactive Discussion

      Open floor for attendees to ask questions and discuss specific topics of interest.

  – Recap of Key Points

     – Summary of the main concepts and takeaways from the webinar.

   – Further Resources

     She recommended reading and resources for those interested in deeper exploration of rocket design.