Robotics Club, IIITH

Another semester of turning caffenine into macheinery.
Bigger things loading for next sem…. Stay tuned 😉

Push buttons, twist k***s, make beats; learn how MIDI controllers come to life!

Ever wondered how DJs trigger sounds with just a tap? We’ll show you how these gadgets work, how to build one using a microcontroller, and let you jam with it live!

Expect demos, hands-on play, and a DJ set to wrap it all up!

📍 SH1, Vindhya A6
🗓️ Sunday, 9th Nov
🕑 2–4 PM

Hope to see you there!

ERC is recruiting !! Deadline to fill the form is March 22nd.

Wishing you a year filled with circuits of success, gears of determination, and the joy of endless discoveries! 🌟 Happy New Year from the Electronics and Robotics Club, IIIT H! Let's make 2024 the year of breakthroughs and technological marvels! 🤖🔧

Greetings Everyone,

CanSat is a worldwide competition conducted by the American Astronautical Society (AAS) where university teams build a space-type system and also get the chance to launch it. The problem statement for the year 2021 can be found beneath.

Every year a team from IIIT-H takes part in this competition and has qualified to the finals many number of times. The most recent one being in 2018, you can read about it beneath.

This year too, the institute has provided us with the chance to take part in this competition. Given the number of students interested in participating and the limited number of seats available, the Electronics & Robotics Club and Astronomy Club have jointly taken the responsibility for helping in the process of shortlisting members for the final team.

The interested members have to form teams and complete a few related tasks to be eligible for final selection. It is highly recommended to form teams with your seniors and juniors.

FORM for team registration :
https://forms.office.com/Pages/ResponsePage.aspx?id=vDsaA3zPK06W7IZ1VVQKHGoPmk1rHrNBgA9P012rlv1UNlhaVTQ3RE5NT0pHNEdOOVRZNExTSVhWQS4u

DEADLINE: 26th September 2020, 5:00PM

TEAM Formation Guidelines: Members in team 3-10.

Type of TEAM:
a. Completely undergraduate : Each team shall consist of between 3 and 10 students
b. Entirely of graduate students : Each team shall consist of no more than 5 students.
c. Mixed teams : Each team shall consist of no more than 7 undergraduate students and 3 graduate students

LINKS:
http://www.cansatcompetition.com/
http://www.cansatcompetition.com/docs/CanSat_Mission_Guide_2021.pdf
http://blogs.iiit.ac.in/cansat/?fbclid=IwAR2F5ruILbLlR1gFH9xxwcEexILP5EstjShoONAtSkoqtIvTNxuzg4GV104

Regards,
Electronics and Robotics Club
Astronomy Club

Hello Everyone!!

The Electronics and Robotics Club (ERC) is aiming to rise to its full potential this year. We have people eager to support the club in various domains like technical, marketing, web development, event planning etc.

Together, our Vision is

1. To encourage electronics and robotics culture in the college by conducting events, projects and tutorials in robotics and electronics domain.

Events : Planning a Mega event along with a few small
ones to promote the club and to bring people together from various domains and colleges for fruitful exchange of ideas.

Tutorials : Not only to give you a basic and expert insight but also to usher zeal for various domains in electronics and robotics.

Projects : Numerous innovative projects to help you explore more and bring out your talent and potential in the field. Also, encouraging and helping students to take part in various electronics and robotics competitions.

2. To find scalable solutions to real life problems beneficial to the campus or the community.

(i) Finding and implementing solutions to help people during this pandemic.
(ii) Innovating solutions for helping the community.
(iii) Helping the IoT based Smart campus initiative to grow and expand.

3. To innovate and implement ideas that could help the labs and research centres.

(i) Implementing basic projects that would help in Research.
(ii) Exploring solutions for some projects in the lab.
(iii) Helping the Labs and Research centres to design and implement prototypes.

4. To practically demonstrate concepts in various electronics and robotics courses. Implementing models, simulations or prototypes that would help explain course concepts more illustratively.