Microcontroller Training in Nashik
Explore the PIC18F / ATmega learning path: architecture, memory, GPIO, timers and interrupts within the embedded systems course.
Read more →Learning at Hexa Firmware Labs
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.
At a glance
Learn through a complete practical course
- Mode
- Offline, Nashik
- Level
- Beginner
- Modules
- 10 sessions
- Projects
- 3 hands-on
- Hardware
- PIC18F / ATmega; sensors and displays
- Tools
- Embedded C, MPLAB X, serial debugging; oscilloscope and logic analyzer
Who should join
Start with the building blocks of embedded hardware
This beginner course is for students and hobbyists who want to understand what a microcontroller does, how a program interacts with pins and peripherals, and how to assemble a small working system.
No prior embedded experience is required for the beginner route. Tell the instructor about your C programming and basic electronics experience so you can plan any preparation.
Curriculum
Your ten-module syllabus
- M01Introduction to Embedded Systems & MCU Architecture
- M02Development Environment Setup & First Program
- M03GPIO — Input, Output & Pull-up/Pull-down
- M04Timers, Counters & PWM Generation
- M05External & Timer Interrupts
- M06UART Serial Communication & Debugging
- M07SPI & I²C Protocols — Sensors & Displays
- M08ADC — Reading Analog Sensors
- M09EEPROM / Flash Data Storage
- M10Capstone Project: Sensor Logger Node
In the lab
Connect a sensor. Read it. Explain the result.
The curriculum progresses from GPIO and timers to interrupts, serial communication and analog measurements. Its named capstone is a Sensor Logger Node. Each block introduces a different way to observe what your code is doing on the board.
- Configure inputs and outputs and explain pull-up/pull-down behavior.
- Use timers and PWM rather than treating every timing task as a delay loop.
- Read analog data, communicate over UART, and interface SPI or I²C peripherals.
- Combine sensor readings and storage in the sensor logger capstone.
Course planning
Know what to bring and what to ask
The course lists ten sessions and three hands-on projects. Session duration, fees and kit terms are confirmed during enquiry. The selected PIC18F or ATmega setup determines the programming hardware used in your batch.
Hexa Firmware LabsE52, Flatted Building, Opposite Jyoti Ceramic, Satpur MIDC, Nashik 422007, Maharashtra, India
+91 7276504184
kapile.arjun@gmail.comOpen directions in Google Maps ↗
Questions
Before you enquire
Which microcontrollers are covered?
The original course curriculum lists PIC18F and ATmega 8-bit microcontrollers. Ask which board is planned for your batch.
Is Embedded C part of the course?
Yes. Low-level C programming is used alongside hardware interfacing and peripheral control.
Are sensors and displays included?
Yes. The syllabus includes SPI and I²C sensors and displays, ADC readings and a Sensor Logger Node capstone.
Where are classes held?
Training is offline at E52, Flatted Building, Opposite Jyoti Ceramic, Satpur MIDC, Nashik 422007. Weekday and weekend batches are available; enquire for the next schedule.
What are the fees and session timings?
Please contact the institute for current fees, session length, batch dates and hardware arrangements. These details are not published on this website.
Will I receive a certificate?
Ask the instructor about current completion and certificate terms before admission. No accreditation or placement guarantee is advertised here.
Keep learning
Related learning paths
Embedded C Learning in Nashik
Connect C programming with real microcontroller behavior. Explore Embedded C as part of the beginner embedded systems training in Nashik.
Read more →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.