Embedded Systems Course in Nashik
Learn embedded systems on PIC18F and ATmega hardware: Embedded C, peripherals, communication and a sensor logger project in offline Nashik classes.
See syllabus →Offline · Hands-on · Nashik
Practical Embedded Systems Training in Nashik
Learn microcontrollers, Embedded C, ESP32, FreeRTOS, PCB design and IoT by connecting circuits, writing code and debugging real hardware.
3Practical courses
RealHardware exercises
OfflineWeekday & weekend
Choose your course
Three courses. Real hardware. A clear next step.
ESP32 + FreeRTOS Course in Nashik
Study ESP32 connectivity and FreeRTOS in Nashik: ESP-IDF, tasks, queues, Wi-Fi, MQTT, Bluetooth, storage and an IoT environmental monitor.
See syllabus →PCB Design Course in Nashik
Learn PCB design in EasyEDA through offline Nashik training: schematics, footprints, placement, routing, DRC/ERC, Gerber files and an ESP32 board.
See syllabus →From concept to circuit
Make the hardware part of the lesson.
A program that compiles can still produce the wrong result on a board. A floating input, a wiring mistake or an incorrect peripheral setting can all change what you observe. Practical training connects the code to a measurable result.
- Work with actual microcontrollers, sensors and displays.
- Read serial output and inspect signals with lab tools.
- Build small exercises before combining them in a project.
$ build → flash → observe [GPIO] input configured [UART] serial output ready [ADC] sensor reading captured ? Does the reading match the circuit? Measure. Explain. Adjust. Repeat.▌
Build your foundation
What you can learn
Core topics include GPIO, ADC, PWM, timers, interrupts, UART, SPI, I²C, sensors, displays, storage, Wi-Fi, Bluetooth, MQTT and PCB layout. Each course page shows the relevant syllabus.
Who can join
A practical starting point for curious builders.
BE, BTech and diploma students in electronics, E&TC, electrical, instrumentation and related fields can enquire. Graduates, beginners, working professionals and hobbyists can discuss a suitable starting level. Computer and IoT students should be comfortable working with basic circuits.
College projects
Final-Year & Engineering Project Guidance
Turn a student project idea into a system you can explain. Guidance can cover the block diagram, hardware choices, code, debugging, testing, report structure and demonstration preparation.
Embedded systems
Learn to combine a controller, sensors, outputs and firmware into an embedded student project with a clear test plan.
Explore guidance →IoT projects
Plan a student IoT project that connects sensing, communication and a meaningful display while accounting for lost connectivity.
Explore guidance →ESP32 projects
Scope an ESP32 student project around useful sensing, Wi-Fi or Bluetooth, with manageable firmware and a repeatable demonstration.
Explore guidance →Diploma projects
Choose a manageable diploma project and learn the circuit, code, testing and demonstration step by step at your current skill level.
Explore guidance →Training method
Concept → Circuit → Code → Hardware → Debugging → Mini project
Concept
Understand what the peripheral or protocol does.
Circuit
Trace power, ground and signal connections before programming.
Code
Implement one behavior at a time and build it.
Hardware
Flash the board and compare its output with your expectation.
Debugging
Use observations and measurements to isolate the cause.
Mini project
Combine the working blocks and explain your test results.
Satpur MIDC, Nashik
Hexa Firmware LabsCome with an idea. Leave with a learning plan.
E52, Flatted Building, Opposite Jyoti Ceramic, Satpur MIDC, Nashik 422007, Maharashtra, India
+91 7276504184
kapile.arjun@gmail.comOpen directions in Google Maps ↗
Students travelling from Satpur, Ambad and colleges around Nashik can ask about weekday or weekend batches before planning a visit.
Your next step
Bring your questions. Start with a conversation.
Tell us your experience, what you want to learn and your preferred schedule. We can help you choose a practical starting point.