Who can Join
-
Undergraduate Students
-
Class 10, 11, 12 students. (All board)
-
Professionals (for upgradation )
Syllabus
-
Introduction to Rocket Propulsion: Rocket propulsion accelerates spacecraft using Newton's third law.
-
Principles of Rocket Propulsion: Governed by laws of physics, including conservation of momentum and energy.
-
Compressible Flow and Quasi One-Dimensional Flow: Describes gas behavior in rockets, simplifies analysis along a single dimension.
-
Nozzles and Rocket Performance Parameters: Nozzles direct exhaust gases for efficient thrust generation; performance metrics include thrust, specific impulse, and efficiency.
-
Rocket Equation and Staging: Relates rocket mass, velocity, and exhaust velocity; staging optimizes performance by shedding weight.
-
Solid Rockets: Use solid propellants, simple and reliable, often as boosters.
-
Liquid and Hybrid Rockets: Liquid propellants offer precise control; hybrids combine solid fuel with liquid or gaseous oxidizer.
-
ANSYS: Engineering simulation software suite for various applications, including rocket propulsion.
-
ANSYS CFD (Computational Fluid Dynamics): Simulates fluid flow and heat transfer, used for rocket engine design and analysis.
-
ANSYS Stress Analysis: Predicts structural behavior under different loads, crucial for rocket component integrity and reliability
Take Away
-
1. Study materials
-
2. Research methods experience
-
3. Live interactive classes
-
4. Personalized research assistance
-
5. Career guidance
-
6. Design approach
-
7. Networking with international personalities
-
8. Internship certificate
-
9. Letter of recommendation
Timings
-
Monday to Saturday Evening 18:30 IST Onwards*
-
Recorded Versions will be given for each class (In case of time miss match your schedule).
-
There will be a separate session for offline learners for queries.
How to Join:
-
Make Payment 🛒: Wait until the process completes without refreshing the page.
-
Stable Internet 🌐: Ensure a stable connection before paying.
-
Form Submission 📝: After payment, fill out the Microsoft form.
-
Confirmation Email 📧: You’ll receive an acknowledgment email.
-
Form Link 🔗: If not redirected, find the form link in the payment receipt.
-
Contact Support ☎️: Reach out if you face any issues.
-
Spam Folder 📩: Remember to check your spam folder for confirmation emails! 👍
Fees
₹ 1,199/-
(Cutting-edge online infrastructure, Expert training sessions, Career guidance from industry leaders, E-certificate upon completion, Exclusive design approach insights)
Cancellation Policy
-
Cancel at least 48 hours before the class.
-
No refund if canceled within 48 hours.
-
Refunds based on advance notice:
-
7 days or more: 90% refund
-
3 - 6 days: 30% fee
-
Within 48 hours: 40% fee
-
Report any site bugs to the event coordinator.
-
Feel free to reach out if you need further assistance! 📅👍