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"A home for dreamers"
"A home for dreamers"
“Programming, science, robotics and practical projects for students who like to understand how things work — and build them.”
Do_Programming Club is a practical student technology and robotics club based in Rangpur, Bangladesh. We turn computational logic and circuit theory into physical prototypes through hands-on collaboration.
Practical skill development through real builds and collaborative problem solving.
We work directly with breadboards, ultrasonic sensors, DC gear motors, and microcontrollers. Theory is tested through physical prototypes.
Starting from structured C and terminal compilers to understand memory and pointers, moving onto Python and modern web tooling for software.
Members work in small project groups. Code is peer-reviewed, wiring mistakes are debugged together, and knowledge is freely shared.
Focused areas where members explore, experiment, and develop technology.
Foundational programming, algorithmic problem solving, and modern web application development.
Hands-on embedded systems, sensor integration, motor actuation, and autonomous mobile robots.
Physics experiments, electronic breadboarding, scientific measurement, and empirical verification.
Translating everyday challenges into practical prototypes, hardware-software integration, and community tools.
Real hardware, software, and science builds created by club members.
An Arduino-powered two-wheel differential drive rover equipped with an ultrasonic sensor and servo pan mechanism.
A high-precision RTC-based automated relay trigger designed to sound school bells on exact class change intervals.
A corrosion-resistant soil moisture measuring station that automates mini 5V submersible water pumps for nursery plant beds.
Workshops, hackathons, open build days, and technical seminars.
A full-day practical workshop for students covering Arduino basics, ultrasonic distance sensors, and motor driver configuration.
A dedicated 3-session training camp diving deep into structured C programming, terminal compilers, and memory structures.
An open exhibition where club members demonstrate their built robots, scientific apparatus, and software experiments to visitors.
Structured, hands-on learning cohorts for members and students.
A rigorous introduction to programming using the C language. Covers variables, control structures, loops, functions, arrays, strings, pointers, and file operations.
A project-based cohort focused on physical computing. Learn schematic reading, breadboard prototyping, sensor calibration, motor control, and autonomous logic.
Transition from digital modules to discrete analog components. Study diodes, BJTs, MOSFETs, operational amplifiers, and signal conditioning for sensors.
Collaborative learning, practical experimentation, and peer mentorship.
We wire components and see them react first. Understanding the theoretical equation becomes natural once physical feedback is observed.
Burnt LEDs, reversed polarity, and segmentation faults happen to everyone. We analyze why it failed and adjust together.
Projects are accompanied by schematics, pinouts, and GitHub repos so that the next cohort of students can replicate and build upon them.
We focus our hardware on practical local tools—school automation, soil monitoring, and hands-on lab demonstration kits.
Moments from our workshop floor, lab sessions, and field demonstrations.
Club members testing ultrasonic scanning delay parameters on an acrylic 2WD chassis.
2026-03-12Wiring 74HC08 AND gate IC with tactile buttons and green indicator LEDs.
2026-04-05Group discussion on array indexing, memory boundaries, and pointer arithmetic in GCC.
2026-05-22Testing capacitive moisture readings across dry, damp, and saturated soil samples.
2026-06-18Whether you are writing your first line of C, wiring a sensor, or building an automated robot, Do_Programming Club welcomes you.
Your input helps improve our workshops, community sessions, and future project tracks.