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Fundamentals of Rocket Design

Rocket design is a sophisticated field that combines principles of physics, engineering, and materials science to create vehicles capable of reaching space. The core principle underlying rocket design is Newton’s Third Law of Motion: for every action, there is an equal and opposite reaction. This principle explains how rockets propel themselves forward by expelling gas at high speeds in the opposite direction

Detalis

Date

September 14, 2024

Day

Saturday

Time

7:00 pm-8 pm

Entry Price

No

Orgnized By

MARS Exploration

Email:

hrmarsexplorationpvt@gmail.com

Phone:

8530636474

Venue:

Remote , Google Meet

Curriculum

 – 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.

Why Join the MARS Exploration

  • Hands-on experience in Aerospace Engineering softwares
  • Mentorship from Aerospace /Mechanical industry experts
  • Flexible scheduling to accommodate your needs
  • Free research paper Support
  • 3rd -4th year Academics Project guides /completion( Aerospace & Mechanical Field )
  • ISO Certified
  • AS 9001 D Certified ( Aerospace Managemet Standard)
  • MCA & Startup India under Register
  • previous 2 years offering an internship program
  • 10k Issued internship certificates
  • 3.3 k LOR issued for Higher studies in USA UK Australia Malaysia
  • 2.6 k Full-time job Employees Verification completed  

“Guiding an intern in rocket design is about igniting their passion for aerospace and equipping them with the tools to turn their curiosity into innovation. In this field, every challenge is an opportunity to learn, and every success is a step towards shaping the future of space exploration. It’s a journey of transforming theoretical knowledge into practical solutions, and watching our interns grow from learners to contributors is the most rewarding part of the experience.”

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Mentor - Mr Prabhat Phondekar (PhD in Rocket Propulsion )

Who Can Apply

Pursing or compaleting BE/B Tech /ME/M Tech In any Field  of Engineering stream or 11 & 12 Standard Students 

Registration open for 1 October 2024 Batch

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Eligibility: 1 year to 4th year or completed BE/B Tech/ME/M Tech  aerospace/aeronautical/ Mechanical Engineering or Bsc in AME / Aviation aeronautical/

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Eligibility: 1 year to 4th year or completed BE/B Tech/ME/M Tech  aerospace/aeronautical/ Mechanical Engineering or Bsc in AME / Aviation aeronautical/

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Welcome to MARS Exploration, the top aerospace startup in India, offering a cutting-edge online internship program for engineering students.

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Contact

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+91 8530636474 (Whatsapp)

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