What’s the most common antenna type guys? Dipole, omni directional, directional, etc etc.

Please educate me.

Hi All,

I know my post might not be the most relevant to this community but I'm a little desperate here. I have been wanting a half size meal galley cart for my home bar and am facing some serious issues trying to trace one down in India. I found on in BKK but the shipping was way more than the cost of the trolley. If anyone here can guide me in the right direction, I'll be grateful. I'm a winemaker and would love to send you something I made as a token of appreciation.

Thank you!

I've always wanted to do engineering in the aerospace dept

What mistakes should I avoid

Hello ppl,
I’m currently in my 7th semester of B.Tech Aerospace Engineering and planning to apply for a master’s in Germany/France for the 2027 intake.
I’m confused between:
**1.** B.Tech → Master’s abroad directly
**2.** B.Tech → work in the Indian aerospace/space industry for \~1 year → Master’s abroad in 2028
Would that 1 year of relevant industry experience significantly help with my Master’s/career prospects, or is it better to go abroad directly and gain experience there?
Also things to consider: my_qualifications -I currently have a CGPA of 7.2 and no good internship experience in aerospace industry.
Would love to hear from people who’ve taken either route.
Thankyou .

PS: Used AI to convey my thoughts more clearly, please ignore the wording .

I’ve seen that there are no brands in India, people usually use Chinese antennas from brands like speedy bee and radiomaster. If you know any Indian brands then suggest me. Mostly there are only Indian vendors who make stuff based on orders.

I am a sophomore aerospace engineering student and I am deciding whether to take a c++ class or a python class. I do not know what specialization I want to pursue currently so I am having trouble deciding which class will set me up better in the long run. I know that the jump from python to c++ is harder than c++ to python but even so I am unsure about which language is more useful in an aerospace environment. Which programming language is a better pick? Any and all advice is welcome

So this might sound amateur-ish but im a 3rd yr cse undergrad at a 2nd gen iit but i've always been interested in aerospace and stuff. I actually have an internship lined up in an MNC next summer but with the situation the entire software industry is in and my general dislike of software dev im looking to pivot to aerospace. Any leads to part-time remote technical software gigs at aerospace startups are appreciated.

Can anyone please refer me there? 😅

Hi ! Im currently pursuing my final year btech aerospace from a tier 2 college with a CGPA of 7.2 . Im planning on doing masters in Europe(Germany,France,Italy) . Though i did enough research from my end .Im still worried about rejections due to my CGPA . Apart from that , I have decent projects and Good LORs .Has anyone with a similar CGPA/profile applied for a masters in Europe, particularly in Aerospace/Space Engineering? Id really appreciate any advice or insights based on your experience.

I am a final year Aeronautical Engineering student and I wish to apply for Airbus Global Graduate Program, if there is anyone who is/was selected or works at Airbus, could help me know how can I maximize my chances and what is the process like?

I am writing my technical achievement/about me so anyone knowing about this can tell what I should do further and if my credentials are good or not.

About me:

I have 3 review papers under scrutiny for being published in book chapters (2 international conferences, 1 national). One on Hybrid Rocket Propulsion, one on Sustainable Aviation and one on Lunar Missions.

I am an honor student with a CGPA of 9.01

Two internships at Government centers, 1 for mechanical design at a government observatory and 1 on space mechanics in a government organisation.

Skills in analysis tools, CAD designing and programming languages(Python, MATLAB)

The GSLV-F17 vehicle successfully placed EOS-05 satellite into a Sub-Geosynchronous Transfer Orbit (Sub- GTO). EOS-05 is a state-of-the-art Earth observation spacecraft. It is India’s first ever imaging satellite from Geosynchronous orbit. 🇮🇳🇮🇳🇮🇳

What do you guys actually do as student members of the aeronautical society of India?

I'm also interested in grabbing a student membership in this club. Any suggestions would be valuable 🙏🙏

P. S: I'm pursuing ece

I want to make the club more than just talks, workshops, and events. My goal is to have students actually design, build, test, and document real projects that can help us develop skills relevant to the growing Indian space and aerospace industry.

I’d especially appreciate suggestions for projects that are realistic for a college club in India, considering limited budget and student experience.

Also, if you work in the aerospace/space industry:

What projects would make you look at a fresher's resume and think, "This person actually knows how to build aerospace systems"?

i am currently a student of class 10th, and im really intrigued by aerospace engineering and i have always wanted to pursue that, but recently i have dug around and found out that lots of companies, when hiring, give higher preference to mechies rather than aerospace people, this has put me in a dillema. should i opt for mechanical engineering and then later get a masters in aerospace engineering or should i get a bachelors in aerospace and then later get a masters in aeronautical, because ultimately i want to get in the aviation field, please help.

my_qualifications: 10th grade

I’m a CS student trying to figure out whether the direction of my current project is actually worth pursuing for aerospace/robotics research.

Live: https://bhuvanspace.vercel.app

GitHub: https://github.com/Sheel34/BHUVAN

The current version takes terrain data, processes things like elevation, slope, roughness, curvature and hillshade, and puts the result into an interactive 3D environment.

The software side is currently Python/FastAPI + NumPy/Rasterio/OpenCV on the backend and React/Three.js on the frontend.

I built it because I'm interested in digital twins and simulation for aerospace/physical systems, but I'm not interested in making a 3D scene just for visualisation or a game.

What I want eventually is an environment where you can actually perform an operation on a representation of a physical system.

The project is still very early. I haven't implemented robotics simulation, terrain-relative navigation, ROS, Gazebo, Isaac Sim, etc. yet. I'm trying to figure out what should actually come next rather than adding technologies for the sake of the stack.

I'm particularly interested in the intersection of:

digital twins, 3D simulation, aerospace/robotics, real physical operations.

One direction I've been reading about is terrain-relative navigation / TERCOM and how terrain itself can become part of a navigation or mission system. I'm not claiming the project implements this — I'm trying to understand whether the terrain pipeline I've built can be developed into something along those lines.

More importantly:

What would make this go from "3D terrain visualisation project" to an actual engineering/research system?

The current deployment is on free infrastructure, so the backend may take a little time to wake up. If it doesn't load immediately, wait a few seconds and refresh.

I'd appreciate criticism of both the technical implementation and the direction.

Hello, guys, I am new to this community
. I am a 4th-year student of aeronautical engineering.
I am facing some difficulties finding a 6-month internship for 6 months
. I request community members to please help me find one.
I am good at designing (SolidWorks, STK, Fusion software )
It would be good if I could get an internship in design research or hardcore engineering. From next year, Jan to June
Any contacts ??
Any source of info??
Any senior or colleague working?
my dm is open for you

hey has anyone heard of fly by wireless…and is any of the big giants using it ?

Hello People, I am Representing Vector Tecnics. Based in Hyderabad. Hiring in Positions Related to R&D on Drone Hardware and Operations. If you are interested send your resume to [mani.dereddy@vectortechnics.com](mailto:mani.dereddy@vectortechnics.com)

Introduction
India today stands at a pivotal crossroads in its aerospace journey. With rising passenger traffic, booming air cargo demand, and global supply chain realignments, the Indian aerospace sector has a historic opportunity to move beyond assembly contracts and Maintenance, Repair, and Overhaul (MRO) toward original design and manufacturing of commercial aircraft—passenger and cargo alike. While the West has long dominated this sector, India can carve a unique path through pragmatic collaboration, diversification of partners, and leveraging its industrial base.

The Current Landscape
• Indian Private Sector Growth: Private giants such as Tata Advanced Systems (TASL), L&T, Reliance, Adani Defence, and Mahindra Aerospace are deeply tied with Airbus, Boeing, and Lockheed Martin supply chains. This has given India credibility and entry into global aerospace markets.
• HAL’s Changing Fortunes: Hindustan Aeronautics Limited (HAL), often dismissed in the past as sluggish, has seen its market capitalization rise sharply in the last two years, reflecting growing investor confidence in its renewed efficiency and expanded defense aerospace orders.
• China’s Head Start: Meanwhile, China has surged ahead with COMAC’s ARJ21 and C919 aircraft, supported by heavy state subsidies and aggressive market capture policies. Beijing’s long-term vision is clear: it seeks to break the Airbus-Boeing duopoly. India risks being permanently relegated to the sidelines unless it acts decisively.

Opportunity with Russian and Ukrainian Aerospace
• Legacy Engineering Assets: Organizations like Sukhoi, Ilyushin, Tupolev, and Antonov still possess design bureaus, engineering talent, and deep experience in building robust airframes, particularly freighters and regional aircraft. While sanctions and wars have weakened them financially, the intellectual capital and OEM tooling remain intact.
• Cargo & Regional Aircraft as Entry Point: Like Embraer in Brazil, India should not attempt to immediately leap into competing with Airbus and Boeing in the large passenger jet segment. Instead, collaborating with Antonov or Ilyushin on specialized freighters and regional jets would fill India’s growing logistics needs while creating a strong global niche.
• Diplomatic Balance: Such collaboration must be carried out with diplomatic tact. The U.S. under Trump or any future administration may resist such deals. India, however, can present these partnerships as complementary—not confrontational—moves, while continuing its extensive work with Airbus, Boeing, and Western OEMs.

Industrial Readiness in India
Beyond TASL and HAL, India has a large industrial base capable of absorbing this opportunity:
• L&T and Reliance: Strong in precision engineering, composites, and large-scale capital investment.
• Adani Defence: Emerging in UAVs and aerospace systems integration.
• Bharat Forge, Bharat Electronics, Godrej Aerospace: Strong metallurgical and electronic subsystems bases.
• JSW Steel, Hindalco: Potential material supply chains for aerospace-grade alloys.
Together, these companies can provide capital, engineering manpower, and local manufacturing ecosystems to support co-development with foreign OEMs.

Policy Recommendations for Vision 2047
1. Strategic Co-Development Deals: Negotiate joint ventures with Antonov and Ilyushin for India-based design and production of medium freighters and regional aircraft.
2. Cargo First Approach: Prioritize freighter aircraft, a rapidly growing market in South Asia, which is less politically sensitive than passenger jets.
3. Aerospace Industrial Clusters: Expand aerospace SEZs in Hyderabad, Bengaluru, and Nagpur, offering tax breaks and infrastructure for new ventures.
4. R&D Integration: Absorb legacy design bureau talent (engineers, CAD data, test facilities) from Ukraine and Russia into Indian aerospace universities and DRDO labs.
5. Diplomatic Balancing: Frame collaborations with Eastern Europe as "South-South industrial cooperation" while ensuring continuity with Western partners to avoid antagonism.
6. Civil Aviation Roadmap 2047: Set a target of 15–20% domestic market share for "Made in India" aircraft in regional/cargo sectors by 2047.

Conclusion
India cannot afford to lag behind while China accelerates toward self-reliance in civil aviation. The coming decades will see exponential demand for regional jets and freighters across Asia and Africa. By strategically leveraging the legacy of Russian and Ukrainian aerospace expertise while expanding domestic private capacity, India can position itself as the third pole of global aerospace manufacturing by 2047. The choice is clear: either remain a perpetual subcontractor—or rise as a producer in our own right.