Embedded Systems Trainer Needed
Budget / Salary₹600–1,500
TypeFreelance project
LocationRemote
Posted2 hours ago
Our engineering department in Bangalore is running an intensive ten-day embedded systems boot-camp from 5 October 2026, and I need an experienced trainer to take charge of the sessions fully offline on campus. The cohort consists of advanced-level students who already grasp the basics and are eager to dive straight into practical work.
Scope of the boot-camp
I have structured the course around daily, project-driven labs that cover 8051 and ARM Cortex-M fundamentals, peripheral control through GPIO, interrupts and timers, register-level programming, and protocol implementation over UART, SPI, I2C, and CAN. We will be working on STM32 and ESP32 boards, escalating to RTOS demonstrations that culminate in FreeRTOS-based mini-projects. Sensor and display interfacing rounds out the agenda so each student walks away with a complete, running prototype.
Hands-on emphasis
Because the focus is firmly on projects, every concept needs to translate to the bench: microcontroller setup, peripheral driver coding, and FreeRTOS task management must all be demonstrated live and then reproduced by the students under your guidance.
What I need from you
• A clear, day-by-day outline showing how you will weave microcontroller fundamentals, protocol stacks, and RTOS use into project deliverables.
• Slides or reference notes that students can keep.
• All example code written in clean, well-commented Embedded C.
• Your presence on campus for the full 10 days; sessions typically run 9 AM–5 PM.
• Prompt troubleshooting during lab hours so every student’s board is up and running.
Logistics
Travel, food, and accommodation are not covered, so please factor that into your decision. Wi-Fi, oscilloscopes, logic analyzers, and a stock of STM32/ESP32 development boards will be ready for you.
Next steps
If you can commit, send me your updated profile highlighting similar workshops you have delivered and confirm your availability for 5–14 October 2026. I will shortlist quickly—the requirement is urgent—so an early response is appreciated.
Scope of the boot-camp
I have structured the course around daily, project-driven labs that cover 8051 and ARM Cortex-M fundamentals, peripheral control through GPIO, interrupts and timers, register-level programming, and protocol implementation over UART, SPI, I2C, and CAN. We will be working on STM32 and ESP32 boards, escalating to RTOS demonstrations that culminate in FreeRTOS-based mini-projects. Sensor and display interfacing rounds out the agenda so each student walks away with a complete, running prototype.
Hands-on emphasis
Because the focus is firmly on projects, every concept needs to translate to the bench: microcontroller setup, peripheral driver coding, and FreeRTOS task management must all be demonstrated live and then reproduced by the students under your guidance.
What I need from you
• A clear, day-by-day outline showing how you will weave microcontroller fundamentals, protocol stacks, and RTOS use into project deliverables.
• Slides or reference notes that students can keep.
• All example code written in clean, well-commented Embedded C.
• Your presence on campus for the full 10 days; sessions typically run 9 AM–5 PM.
• Prompt troubleshooting during lab hours so every student’s board is up and running.
Logistics
Travel, food, and accommodation are not covered, so please factor that into your decision. Wi-Fi, oscilloscopes, logic analyzers, and a stock of STM32/ESP32 development boards will be ready for you.
Next steps
If you can commit, send me your updated profile highlighting similar workshops you have delivered and confirm your availability for 5–14 October 2026. I will shortlist quickly—the requirement is urgent—so an early response is appreciated.
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