Can I start from zero?

Yes. The Arduino and ESP32 start is designed exactly for complete beginners — no electronics background required. The STM32 course does assume the basics.

Both. Online lessons use screen sharing and remote code review; in-person lessons give hands-on work with the hardware. A mixed format also works.

Yes, practice needs a board and a few components. We write down exactly which kit to buy in advance, so there is no wasted spend.

Is there a programme for company engineers?

There is, and it differs from the general course: the programme is built on your own project. If a team is moving from Arduino to STM32, the lessons follow exactly that transition.

How many weeks is the course?

A full STM32 course is usually 8–10 weeks (around 60 hours). Short intensives focused on one topic run over a few days.

Do you accept small prototypes or research projects?

Yes. We accept small proof-of-concept or research projects. Send your project description — I'll provide price and timeline estimate.

Which EDA tool do you use for PCB design?

Primarily KiCad (open-source, commercially usable) and Altium Designer. If the client has a specific requirement, other tools (Eagle, DipTrace) are also possible.

Is firmware limited to STM32 and ESP32 only?

No. STM32 and ESP32 are what we work with most, but Arduino (AVR), Raspberry Pi Pico (RP2040), Nordic nRF, Microchip PIC, Atmel are also possible. We recommend optimal MCU based on project requirements.

Do you sign NDAs (Non-Disclosure Agreements)?

Yes. Frequently required in engineering projects. We work with either a standard NDA template or your company's template.

STM32, Arduino and PCB Design Courses

STM32 courses, Arduino courses and PCB design courses — individual and group, online and in person. Corporate training and mentoring for company engineers.

Typical project:Group STM32 bootcamp (10 students)· 12 weeks

Project

Tell us briefly about the project: what you want to build, which functions it needs, the rough timeframe. If we have done something similar we will send an example.

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Overview How we work What this area covers What you receive Technologies we work with From concept to production Frequently asked questions Other engineering areas Project

STM32, ESP32, Arduino, KiCad group and 1-on-1 courses. Corporate engineer training. Online and in-person. Career mentorship for junior/mid engineers.

The value of a course is not in the slides but in the device the student builds with their own hands. So the lessons are built around practice: every topic ends in something that works — starting with a blinking LED and ending with a device that reads a sensor and sends data.

The main tracks: STM32 (from register level through HAL to FreeRTOS), a fast start with Arduino and ESP32, and PCB design in KiCad. Individual lessons adapt the pace to the student; group lessons cost less.

For companies there is a separate format: training existing engineers on a specific technology — for example when a team moves from Arduino to STM32, or starts with FreeRTOS. The programme is built around the company's own project rather than generic examples.

The courses run on the Innoway platform — schedule, pricing and registration are there. For corporate training and 1:1 mentoring, write to us directly.

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How we work

What this area covers

STM32 embedded bootcamp (60 hours, 12 weeks)
Arduino / ESP32 IoT beginner (40 hours)
KiCad PCB design intensive (24 hours)
1:1 technical mentorship — weekly session
Corporate engineer team training (customized)
Career coaching — CV, GitHub, portfolio

What you receive

Practical exercises and working example code
Lesson materials and schematics
A small project for each topic
Question-and-answer support after the lessons
In the corporate format: a programme built on the company's own project

Technologies we work with

STM32 CourseESP32ArduinoKiCadMentorshipTraining

From concept to production

01
Consultation and Requirements Analysis
We jointly define the project's goals, functional requirements, and budget/timeline constraints. NDA signed if needed.
02
Architecture and Schematic Design
System architecture, part selection, schematic drafted. Initial BOM and PCB block diagram agreed upon.
03
PCB Layout and Firmware
PCB design (KiCad/Altium), signal integrity, EMC checks. Firmware developed in parallel. Interim reviews.
04
Prototype and Testing
First PCB batch assembled and lab-tested. Validation with firmware. Required adjustments.
05
Production and Support
DFM optimization for mass production. Documentation, user manual, long-term technical support.

Frequently asked questions

Other engineering areas

Embedded Systems and Firmware→Schematic and PCB Design→Software Development and IoT Platforms→Wireless and IoT Connectivity (LoRa, BLE, Zigbee)→Edge AI, TinyML and Computer Vision→Prototyping and Small-Series Production→

Have an idea? Let's talk

Small prototype, medium-scale R&D, or long-term technical support — regardless of your project size, I respond within 48 hours.

WhatsApp (+994 51 411 13 12)WhatsApp (+994 70 802 00 20)Telegram Browse the courses ← All services

From concept to production

Consultation and Requirements Analysis

We jointly define the project's goals, functional requirements, and budget/timeline constraints. NDA signed if needed.

Architecture and Schematic Design

System architecture, part selection, schematic drafted. Initial BOM and PCB block diagram agreed upon.

PCB Layout and Firmware

PCB design (KiCad/Altium), signal integrity, EMC checks. Firmware developed in parallel. Interim reviews.

Prototype and Testing

First PCB batch assembled and lab-tested. Validation with firmware. Required adjustments.

Production and Support

DFM optimization for mass production. Documentation, user manual, long-term technical support.

Frequently asked questions