u/Powerful_Machine1237

I am still in 2nd year moving to 3rd year soon.

I am currently pursuing EEE

I have some 2 months holidays, so If I decide to cook during those days.

1)Where can I get the free classes videos?

Is it telegram or any other platform?

2. how to prepare for the exam? Like whats the concise way? Is it similar to jee? If yes thats fine.

If not please guide me 🙂

Hi

I am currently doing my undergrad in EEE electrical and electronics engineering

So I have skills in pcb designing, analog circuits and everything related to EEE core.

I would like to work with you guys as a intern, so I can build the network with fews startups in India and also I will learn something from your startups.

So if you guys have any requirements of mine. Please let me know I will share me my resume and we can connect further.

Thanks and all the best for your startup

Hey everyone,

I’m an electronics/telemetry trainee . We are currently developing our custom Data Acquisition (DAQ) system, specifically focusing on processing IMU data to extract clean lateral and longitudinal acceleration vectors.

Since we are running an internal combustion vehicle, we are currently getting absolutely hammered by noise. The high-frequency mechanical engine vibrations and the massive EMI/ignition spikes from the spark coils are completely degrading our low-voltage analog lines, turning our data graphs into useless, jagged spikes.

I wanted to reach out to the wider FS/FSAE community—especially teams running high-RPM CV or hybrid platforms—to see how you guys cracked this:

1. Hardware vs. Software Filtering: How do you isolate your IMU? Do you rely heavily on mechanical dampening/isolation materials at the housing mount, or do you handle the bulk of it in post-processing/firmware (like Butterworth, low-pass, or Kalman filters)?
2. IMU Placement & CoG: Due to tight packaging constraints, we are struggling to mount the sensor exactly at the vehicle's Center of Gravity (CoG). If your IMU is offset from the CoG, what math, transformation matrices, or angular velocity corrections are you running to clear out the added centripetal/tangential acceleration components?
3. The Physical Mount: What materials or design choices did you use for your physical sensor enclosure to decouple it from chassis vibration? If anyone is open to sharing a CAD screenshot or a photo of their mount, that would be an incredible reference.

If any veteran CV team has a spare log file (CSV, MATLAB, etc.) containing a few seconds of raw, unfiltered IMU data during a track run or engine test, it would be an absolute goldmine for us to benchmark our digital filter models against real-world noise floors.

Really appreciate any insights, advice, or textbook recommendations you can throw our way. Good luck to everyone currently testing and prepping for competitions!

Thanks in Advance!

Hey everyone,

If you or your kids are struggling to clear concepts, finish assignments, or prepare for upcoming exams, I am offering personalized, online tutoring sessions tailored to your pace.

As an engineering student myself, I understand exactly where students get stuck and how to break down complex topics into simple, logical steps.

📚 What I Can Help You With:

1. Engineering & College Level

Engineering Mathematics: (M1, M2, M3, Calculus, Linear Algebra, Differential Equations, etc.)

Electrical & Electronics Engineering (EEE) Core: Basic Electrical Engineering, Circuit Theory/Network Analysis, Analog/Digital Electronics, and related core subjects.

2. School Level (Class 6th to 10th)

Boards: CBSE & Karnataka State Board

Subject: Mathematics (Building strong foundational concepts, algebra, geometry, and board exam prep).

🕒 Class Timing & Slots:

Available Slot: 7:00 PM to 8:00 PM (IST)

Days: Flexible weekdays/weekends (can be mutually decided based on syllabus load).

Platform: Classes conducted online via Google Meet / Zoom.

💡 Why Study With Me?

Concept-Driven Learning: No rote memorization. I focus on why a formula works, using practical engineering context.

Peer-to-Peer Comfort: No rigid, intimidating classroom environment. It’s an interactive, doubt-friendly space.

Preferred Languages are Kannada English
my_qualifications : B.tech In BMS college of engineering Currently studying in 4th sem EEE

💰 Rates:

Rates: Affordable and student-friendly (hourly or monthly packages, negotiable based on frequency).

If you’re interested or have any questions, feel free to drop me a DM or reply to this post!

Hey everyone,

If you or your kids are struggling to clear concepts, finish assignments, or prepare for upcoming exams, I am offering personalized, online tutoring sessions tailored to your pace.

As an engineering student myself, I understand exactly where students get stuck and how to break down complex topics into simple, logical steps.

📚 What I Can Help You With:

1. Engineering & College Level

Engineering Mathematics: (M1, M2, M3, Calculus, Linear Algebra, Differential Equations, etc.)

Electrical & Electronics Engineering (EEE) Core: Basic Electrical Engineering, Circuit Theory/Network Analysis, Analog/Digital Electronics, and related core subjects.

2. School Level (Class 6th to 10th)

Boards: CBSE & Karnataka State Board

Subject: Mathematics (Building strong foundational concepts, algebra, geometry, and board exam prep).

🕒 Class Timing & Slots:

Available Slot: 7:00 PM to 8:00 PM (IST)

Days: Flexible weekdays/weekends (can be mutually decided based on syllabus load).

Platform: Classes conducted online via Google Meet / Zoom.

💡 Why Study With Me?

Concept-Driven Learning: No rote memorization. I focus on why a formula works, using practical engineering context.

Peer-to-Peer Comfort: No rigid, intimidating classroom environment. It’s an interactive, doubt-friendly space.

💰 Rates:

Rates: Affordable and student-friendly (hourly or monthly packages, negotiable based on frequency).

If you’re interested or have any questions, feel free to drop me a DM or reply to this post!

I have designing a buck converter for some project
My problem is I am bucking down the voltage from 18v - 12v
Input is from the battery of capacity 18v , 32Ah
And The Output I require is Continuous 5A( Load is some communication RF module)
And Same goes with 5V output( Load is Raspi 5 OR jetson Nano)

While drawing the PCB. I need to finish my buck convertor within 4x3 cm box as My goal is to do that!. But right now For 5A current I need 3.5mm thick trace how to accomplish it?! within that size!

Please guide me!

Thanks in Advance

https://reddit.com/link/1t0pezi/video/4uo5fyt45iyg1/player

I just repoured the polygons while running the DRC and it has become and turned into a dog shit!
how to make it look and good and clean?!

18v - 12v Buck convertor!

Tell me your Suggestions!
What you feel about my closed loop buck convertor!
Thanks in Advance