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Excited to learn how to develop Space Foods?
Topics will be covered :
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Fundamentals of Rocket Science and Engineering
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Rocket Physics and the Rocket Equation
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Propulsion Systems and Engine Types
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Rocket Structures and Aerodynamic Considerations
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Introduction to SolidWorks for Rocket Design
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Advanced SolidWorks Techniques for Rocket Components
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Advanced SolidWorks Techniques for Rocket Components
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ANSYS Analysis for Rocket Components
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Introduction to OpenRocket
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Advanced OpenRocket Simulation
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Nozzle Design and Optimization
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Thermal Analysis in ANSYS
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Integration of Analysis Tools
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Final Project - Part 1
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Final Project - Part 2 and Evaluation
Other important details
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Eligibility: Mech / Aerospace Engineering students
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Duration: 45 days
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Location : Online
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Completely Online Program
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Fee: ₹ 2,999/ ( Use Promo code DRONES to get flat ₹ 1000 OFF )
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Certificate will be issued on successful completion
#Dashboard
3000+
INTERNED
50,000+
STUDENTS REACHED
320+
STUDENTS FROM
UNIVERSITIES
Students trained from
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Students from 400 + universities or colleges have joined our programs!!
SpaceSkool formerly known as ASTRO.
Watching Rockets?
Or designing one ?
What makes you more excited!!??
Jumpstart your space journey with our Rocket Design online internship! Learn rocket science fundamentals and hands-on design using SolidWorks, ANSYS, and OpenRocket. From propulsion and aerodynamics to 3D modeling and simulations, gain practical skills through expert-led sessions and projects. Build a complete rocket design portfolio and prepare for a future in Space Industry, all from the comfort of your home.
Why should I learn this?
Learning rocket design opens the door to exciting opportunities in science, technology, engineering, and mathematics. It provides hands-on experience in applying physics, aerodynamics, and materials science to create real-world rocket models, fostering critical problem-solving, creativity, and analytical skills. This immersive process not only deepens understanding of how rockets work but also prepares students for careers in aerospace and engineering fields, equipping them with the practical knowledge and innovative mindset needed to tackle future challenges in space exploration and technology development.
How is this Program Beneficial for Me in the Current Situation?
This internship program focuses exclusively on teaching SolidWorks, ANSYS, and OpenRocket powerful tools for designing, analyzing, and simulating rocket components equipping you with industry-relevant skills that are highly valuable across multiple fields like aerospace, automotive, defense, manufacturing, and engineering, where precision modeling, structural analysis, thermal management, and flight simulation are essential for innovation and problem-solving in today’s competitive job market.
Leveraging Your Career Beyond Space
Leveraging skills in SolidWorks, ANSYS, and OpenRocket goes far beyond the space industry—these powerful tools are widely used across sectors like automotive, defense, manufacturing, electronics, energy, and healthcare to design, simulate, and optimize complex products and systems. ANSYS, for example, enables engineers to perform structural, thermal, fluid dynamics, and electromagnetic simulations critical for developing everything from electric vehicle powertrains and autonomous vehicle sensors to industrial machinery and medical devices. SolidWorks facilitates precise 3D modeling and assembly design used in product development and prototyping across multiple industries. OpenRocket’s simulation principles translate to any field requiring flight dynamics or aerodynamic analysis. Mastering these tools equips you with versatile engineering skills that accelerate innovation, reduce costs, and improve product performance in today’s fast-evolving technology landscape
Global Space Industry
Global Space economy is valued at USD 370 Billion in 2021 and is expected to reach USD 642 billion by 2030 with CAGR of 6.3%, as per the findings by renowned consulting firm EuroConsult.
This growth is enabled by growing demand for space-based services, lowering of costs, miniaturization and access to technology, liberal funding and enabling regulations around the world.
The revenue consists of the space market (USD 337 Bn in 2021) which includes commercial space revenues and government procurement for their space activities contracted to the private sector and other spending from government organizations (USD 33 Bn) to conduct their space activities (internal costs and R&D).
This growth is enabled by growing demand for space-based services, lowering of costs, miniaturization and access to technology, liberal funding and enabling regulations around the world.
India in the picture :
India, at present accounts for about 2% of global space economy. The sector in India consists of key government entities & various private players including established firms as well as start-ups.
There are ~500 private companies operating in the space technology sector in India. The Indian Space-tech start-up ecosystem is also booming, with over 100 active Indian space-tech start-ups.
Moreover, efforts have been put in towards revising the space policies including the FDI policy by the Government for the space sector to spur the growth of private sectors, increase industry's share in the Indian Space and global space market.
Opportunities and others :
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Indian Space industry is growing the CAGR of 48%. (As per the IBEF,Ministry of Commerce & Industries,Govt. Of India)
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Antrix Corporation expects the industry to grow up to $50 billion by 2024 if provided with appropriate policy support.(Source : Wikipedia)
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The investments will fuel the future of the space industry, which Bank of America says could reach $1.4 trillion by 2030.26-Oct-2021. (Source :AXIOS.COM).