Entlar Training / Cohorts & Training
Cohorts & Training Programs
9 programs across 6 engineering domains. Live cohorts with fixed batches and training programs with flexible pacing. All include real hardware projects.
PCB Prototyping & Bring-Up
Board assembly, soldering, debugging, bring-up procedures, and validation techniques for custom PCBs.
BLDC Motor Control & FOC Fundamentals
Master brushless DC motor control and Field-Oriented Control from theory to hardware implementation on STM32.
Real-Time Systems & Communication Protocols
FreeRTOS internals, CAN 2.0B, Modbus RTU, SPI/I2C protocols in real industrial embedded systems.
EV Motor Controller Design
EV inverter architecture, BMS design, vehicle-level integration, and motor selection for EV drivetrains.
Motor Controller PCB Design
KiCad 8 power layout, 4–6 layer stackup, impedance control, DFM, and a real motor controller PCB project.
Embedded Firmware for Motor Control
STM32 HAL, FreeRTOS task architecture, encoder interfaces, and PWM generation for motor control firmware.
Advanced Motor Drive Design
Inverter topology, gate driver design, thermal management, and high-current PCB layout for motor drives.
Hardware Product Development Bootcamp
Full product lifecycle: concept → schematic → PCB → enclosure → BOM → prototyping → production handoff.
Robotics Systems Engineering
Kinematics, servo control, AMR architecture, sensor fusion, and hands-on robotics system design.