BML

C Language · Embedded Programming · Basic to Advanced · Live Online

Learn
Bare Metal.

Master bare-metal development with ARM microcontrollers — from C basics to register-level firmware. A structured 3-month live online program, beginner to advanced, no shortcuts.

⏱ 3 Months 📹 100% Live Online 🎯 Beginner → Advanced 🔧 ARM Microcontrollers

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GPIO ✦

UART ✦

SPI ✦

I2C ✦

DMA ✦

NVIC ✦

TIMERS ✦

PWM ✦

FreeRTOS ✦

CAN BUS ✦

BOOTLOADER ✦

ADC / DAC ✦

GPIO ✦

UART ✦

SPI ✦

I2C ✦

DMA ✦

NVIC ✦

TIMERS ✦

PWM ✦

FreeRTOS ✦

CAN BUS ✦

BOOTLOADER ✦

ADC / DAC ✦

0⁺Modules in Program

0^moDuration, Beginner to Pro

0^%Live — Never Pre-Recorded

01 — Hardware Platforms

Boards to work with.

stm32_profile.h

MCU PlatformSTM32F103C8T6

ArchitectureARM Cortex-M3 (32-bit)

Clock Speed72 MHz

Memory64KB Flash | 20KB RAM

Hardware Capabilities

🔌

37 GPIO Pins
General purpose inputs & outputs

📟

3x UART / USART
Serial communication

⚡

2x SPI & 2x I2C
High-speed sensor buses

📊

2x 12-bit ADC
10 external analog channels

Hardware Capabilities

🔌

45 GPIO Pins
Fast IO hardware access

📟

2x UART
With fractional baud rate

⚡

2x SPI/SSP & 2x I2C
Standard peripheral buses

📊

ADC & DAC
2x 10-bit ADC | 1x 10-bit DAC

lpc_profile.h

MCU PlatformNXP LPC2148

ArchitectureARM7TDMI-S (32-bit)

Clock Speed60 MHz

Memory512KB Flash | 32KB RAM

02 — Live Sessions

Live Every Week

Code. Debug.
Ship. Repeat.

Watch code built on real hardware live. Ask questions, break code, see the fixes — real interaction, real learning, never pre-recorded.

Mon–SatBeginner & Intermediate Modules8:00 PM IST

MonthlyQ&A Marathon — Open Forum3 hrs

Always100% Live — Real interaction, real learningOnline

main.c — STM32F103 Live Session

/* Bare Metal GPIO — No HAL, No Arduino */
/* Session 07 — Register-Level Control  */
 
#include "stm32f10x.h"
 
void SystemInit() {
  /* Enable GPIOC clock — Bit 4 in APB2ENR */
  RCC->APB2ENR |= 1 << 4;
  /* PC13 → Output push-pull, 2MHz */
  GPIOC->CRH = 0x00300000;
}
 
int main() {
  SystemInit();
  while(1) {
    GPIOC->ODR ^= (1 << 13);
    delay_ms(500);
  }
}
 
$ make flash
✓ Flashed. LED blinking at 1Hz. 

03 — Why Choose Us

We Make You
Think Like an
Engineer.

Not just to teach embedded programming — but to make you understand the "why" behind every register and every design decision.

🏭

Industry Experience

Real firmware background in automotive, IoT, and industrial automation — not textbook theory.

🔬

Practical Focus

Every concept taught with hands-on hardware projects and real debugging sessions.

📡

Live Interaction

Real-time doubt solving, code reviews, personalized guidance — never pre-recorded.

⚡

Bare-Metal Only

No HAL layers, no Arduino. Just you and the hardware. Complete control, complete understanding.

STM32 ✦

ARM Cortex-M ✦

RISC-V ✦

JTAG / SWD ✦

GDB ✦

OpenOCD ✦

Logic Analyzer ✦

Oscilloscope ✦

Clock Tree ✦

Power Modes ✦

Flash Memory ✦

STM32 ✦

ARM Cortex-M ✦

RISC-V ✦

JTAG / SWD ✦

GDB ✦

OpenOCD ✦

Logic Analyzer ✦

Oscilloscope ✦

Clock Tree ✦

Power Modes ✦

Flash Memory ✦

04 — Student Reviews

What Students
Say

★★★★★

"Best investment I made in my career! The instructor's deep knowledge of ARM microcontrollers and hands-on approach made complex concepts easy to understand. I went from zero to building projects in 3 months."

Jay Parmar

Electronics Engineer

★★★★★

"Amazing course! Live sessions with real-time doubt solving gave me the confidence I needed. Now working on IoT projects at my company."

Mali Harsh

Software Developer

★★★★☆

"As a mechanical engineer wanting to switch to embedded systems, I was worried I wouldn't keep up. But the course starts from absolute basics and builds up gradually. Worth every rupee!"

Ketul Suthar

Embedded Systems Trainee

★★★★★

"Outstanding! The focus on bare-metal programming really sets this apart. I learned register-level programming, protocols, and debugging techniques I use daily in my job now."

Monali Sharma

Firmware Developer

05 — Our Philosophy

We don't teach you a library.
We teach you the hardware beneath it.
No HAL. No Arduino. Just registers and real silicon.

From blinking your first LED to building a complete RTOS-based system — every concept is taught live, on real ARM hardware. No simulators. No shortcuts.

Stop hiding behind the abstraction layer.
The hardware is waiting to be understood.

— Bare Metal Life · Embedded Systems & C Programming

Join Bare Metal Life.

3 months. Live online. ARM microcontrollers. Beginner to Advanced. No pre-recorded lectures.

Join Now

Program Details

13 Modules.
Zero Shortcuts.

01 — BASIC

C Programming Basics

Start from zero — intro to C, variables, data types, operators, and I/O. The language every embedded engineer must master.

Intro to CVariablesOperators

02 — BASIC

Control Statements

if/else decisions, loops, switch-case — learn how to control program flow with precision.

if / elseLoopsSwitch Case

03 — BASIC

Functions & Modularity

Write reusable, clean, modular code — function design, header files, and code organisation.

FunctionsHeader FilesModularity

04 — BASIC

Arrays & Pointers

1D & 2D arrays, pointer arithmetic, strings and memory — essential before touching registers.

ArraysPointersStrings

05 — BASIC

Embedded C Concepts

volatile keyword, bitwise operations, and direct register programming — the bridge between C and hardware.

VolatileBitwise OpsRegisters

06 — BASIC

Microcontroller Basics

ARM MCU architecture, memory maps, clock systems — understand what's inside before you program it.

MCU ArchitectureClock System

07 — INTERMEDIATE

GPIO Programming

Control LEDs, read buttons, configure pins — your first real hardware interaction at register level.

LEDsButtonsInput/Output

08 — INTERMEDIATE

Timers & Interrupts

ISR writing, timer configuration, polling vs interrupt-driven design — real-time embedded thinking.

ISRPollingTimer Setup

09 — INTERMEDIATE

Communication Protocols

UART, I2C, SPI — signal diagrams to working code. Interface with sensors, displays, and EEPROMs live.

UARTI2CSPI

10 — INTERMEDIATE

Display & Input Devices

Interface LCD displays, keypads, and EEPROM read/write — build real user-facing embedded systems.

LCDKeypadEEPROM R/W

11 — ADVANCED

Embedded System Design

State machines, non-blocking code patterns, system architecture — how professional firmware is structured.

State MachinesNon-Blocking

12 — ADVANCED

Debugging & Optimization

Real debugger tools, memory usage analysis, find and fix bugs efficiently — skills that set professionals apart.

DebuggerMemory Usage

13 — ADVANCED

Sensor Fusion & Capstone

Combine everything — IMU, LCD, EEPROM, UART. Build a complete embedded product from scratch on ARM hardware.

IMULCDCapstone

General Purpose I/O

Learn Bare Metal.

Boards to work with.

Hardware Capabilities

Hardware Capabilities

Code. Debug. Ship. Repeat.

We Make YouThink Like anEngineer.

Industry Experience

Practical Focus

Live Interaction

Bare-Metal Only

What StudentsSay

Join Bare Metal Life.

13 Modules.Zero Shortcuts.

Ready to start your embedded journey?

Learn
Bare Metal.

Code. Debug.
Ship. Repeat.

We Make You
Think Like an
Engineer.

What Students
Say

13 Modules.
Zero Shortcuts.