ESP32 / IoT Instructor
Omar Morceli
ESP32, IoT systems, connected devices
Courses taught: ESP32
Guides students through real ESP32 hardware projects, connected devices, and practical debugging.
LinkedInLive Practical Engineering Courses
with Real Hardware in Algeria
Almikatro helps students build real engineering skills through guided implementation, project-based learning, and practical work on Arduino, ESP32, STM32, and PCB projects. Courses may start with simulation where useful, but the real value comes from wiring, testing, debugging, and validating on hardware.
Live Online Classes
Limited Seats
Real Hardware Projects
Algerian Instructors
Real HardwareBoards, sensors, modules, and physical testing
Project-BasedGuided builds from setup to working systems
Debugging PracticeValidation beyond simulation and theory
Local SupportInstructor-led guidance for learners in Algeria
Real Hardware Practice
Hands-On Learning With Real Hardware
Arduino, STM32, and ESP32 tracks are built around physical implementation. Students may start with guided simulation or setup where useful, then move quickly into wiring, board testing, hardware debugging, and project validation on real components.
Real Boards
Work directly with Arduino, STM32, and ESP32 hardware in guided practical sessions instead of stopping at on-screen examples.
From Simulation to Hardware
Start with simulation or guided setup where useful, then move into real implementation, wiring, interfacing, and physical validation.
Test & Debug
Practice real debugging, signal checks, troubleshooting, and validation on physical systems, not only inside software.
Student Work Proof
See How Learning Actually Happens
These proof points use student-submitted technical media: real boards, hardware testing clips, and PCB layout screenshots that reflect practical work done by learners.
TTL / Serial Interface
Student Serial Interface Practice
This student-submitted example shows bench-level work around TTL conversion, serial interfacing, and the kind of hardware connection students use during practical STM32 debugging and communication tasks.
Hardware Debugging
Student Testing and Wiring
This student clip shows practical wiring, testing, and debugging activity on hardware, which is much closer to the real learning experience.
Student PCB Output
Student PCB Layout Work
This student PCB screenshot shows actual routing and board-design work, which makes the hardware-design track feel concrete and technically serious.
Instructor Team
Meet the Instructors
Learn from specialized instructors with practical engineering backgrounds and course-specific expertise.
PCB Design Instructor
Amina Hamri
PCB design, electronics design workflow
Courses taught: PCB Design
Teaches PCB design from schematic capture to routed, manufacturable boards.
LinkedIn
Engineering Fundamentals Instructor
Djenane Kheira
Beginner engineering foundations, practical electronics, embedded basics
Courses taught: Engineering Fundamentals
Leads hands-on beginner engineering implementation with real boards, sensors, and practical system building.
LinkedInWhy Almikatro
Why learn with Almikatro?
The Almikatro training path is built for Algerian students who want hands-on learning, live guidance, and a clear route from beginner foundations to real engineering applications.
Live Practical Sessions
Join instructor-led online classes where theory is explained through practical engineering use cases.
Project-Based Learning
Students work toward real monitoring systems, firmware projects, IoT dashboards, and manufacturable boards.
Beginner-Friendly Start
Engineering Fundamentals gives students a safer first step before more advanced ESP32, STM32, and PCB tracks.
Support That Builds Confidence
Students get direct answers, guided progression, and clear next steps instead of random tutorials.
Founder Note
Behind Almikatro
Achraf Sai
Founder of Almikatro
Almikatro was built by Achraf, a Mechatronics Engineer focused on robotics, embedded systems, and practical engineering work. The academy is powered by specialized instructors, while the founder sets the technical direction and the standard for implementation-focused training in Algeria.
Learning Path
A Clear Path From Fundamentals to Advanced Hardware Skills
Start correctly with Engineering Fundamentals, then move into connected systems, embedded firmware, and production-ready hardware design.
5-Step Progression
Almikatro Engineering Learning Path
Built to help students progress with clarity, not guesswork.
01
Engineering Fundamentals
Start here. Build the programming and electronics foundations required before advanced embedded work.
02
IoT Engineering with ESP32
Build connected systems with telemetry, dashboards, monitoring, and remote control.
03
Embedded Systems Engineering (STM32 Standard)
Learn peripherals, timing, debugging, communication, and practical embedded workflows.
04
Embedded Systems Engineering (STM32 Advanced)
Continue into more advanced embedded topics after building the Standard course foundation.
05
PCB Design
Turn circuit ideas into manufacturable boards using an engineering-grade workflow.
Next Batch
Applications Are Open for the Next Live Cohorts
Apply now to receive the next available start date, weekly schedule, and guidance on which course fits your level best.
Current Status
Admissions are currently open for the next course groups.
Format
Live online sessions with practical, guided learning.
Schedule
Exact days and times are confirmed after application for the selected course.
Course Advisor
Not Sure Where to Start?
Answer a few quick questions and get the Almikatro course that best matches your current level and goal.
Find Your Best Starting Point
This is a guided recommendation based on your level, goal, and the type of systems you want to build.
You can change any answer and the recommendation updates instantly.
Recommended Path
Best match for you
Engineering Fundamentals
Start with the core programming and electronics concepts that make the later embedded tracks much easier and more practical.
Build the foundation needed for ESP32, STM32, and PCB design.
Best fit if you want to stop guessing and learn in the right order.
Good starting point for university students and complete beginners.
Our Courses
Choose the Right Course for Your Current Level
Each course page clearly shows the outcome, level, price, format, and how to register.
ArduinoStart Here
Build the base before advanced systems
Engineering Fundamentals
Simulation-supported where useful, but built around real board testing and practical hardware work from the start.
Taught by Djenane Kheira
View Course Details →
ESP32Connected Systems
Sensors, cloud, dashboards, control
IoT Engineering with ESP32
Simulation-supported where useful, then moved onto real ESP32 hardware, sensors, and connected-system testing.
Taught by Omar Morceli
View Course Details →
STM32STM32 Standard
Peripherals, timing, debugging, and real projects
Embedded Systems Engineering with STM32
Starts with guided setup where useful, then moves into real STM32 hardware implementation, testing, and debugging.
Taught by Zahra Habita
View Course Details →
STM32STM32 Advanced
FreeRTOS, DMA, Modbus, reliability, and industrial firmware
Advanced STM32 - Industrial Embedded Systems
Move from STM32 basics into professional firmware architecture, real-time systems, communication reliability, and industrial project work.
Taught within the Almikatro embedded systems track
View Course Details →
KiCadHardware Design
From schematic to production-ready boards
PCB Design
Go from schematic to manufacturing-ready boards using an engineering workflow built around KiCad.
Taught by Amina Hamri
View Course Details →
Not sure which course fits you?
Send your background and goal on WhatsApp and we’ll guide you to the right starting point.
Why Almikatro
Built Around Real Engineering Learning
Almikatro is positioned for learners who want practical skills, real systems thinking, and a clearer path from study to actual engineering work.
Not Generic Tutorials
The courses are designed around real engineering applications, not isolated examples with no project context.
Hardware + Software Thinking
Learners see how firmware, electronics, communication, and product decisions connect inside one workflow.
Practice-Focused Sessions
The training direction stays practical, with examples, systems, and guided work that move beyond theory alone.
Clear Progression
Students can start with foundations and move toward IoT, embedded systems, robotics, and PCB design in a structured way.
Clear Difference
What makes this different from random tutorials?
The academy is designed for students who want a structured technical path, instructor guidance, and practical results they can explain and build on.
What students get here
- Structured progression from fundamentals to advanced hardware and embedded work.
- Instructor guidance with course-specific support instead of disconnected videos.
- Practical project outcomes that connect to real engineering workflows.
- Local support and clearer next steps for learners in Algeria.
What students usually struggle with elsewhere
- Passive content with no one to ask when a practical issue blocks progress.
- Random lesson order that makes hardware and software feel disconnected.
- Examples that stop before turning into a complete useful system.
- No clear route from a beginner starting point to more serious engineering work.
Almikatro Projects
Real Projects Built at Almikatro
These are Almikatro project examples that show the kind of practical hardware work, tested firmware, connected monitoring, and PCB execution the academy is built around.
Tank Monitoring System
ESP32 Connected Monitoring System
This Almikatro project shows connected monitoring work with ESP32, telemetry, dashboards, and validation around real pressure, temperature, volume, and alert behavior.
Robotic Arm Prototype
STM32 Embedded Control Project
This Almikatro project shows embedded control implementation with actuators, motion behavior, and hardware-software debugging on a practical STM32-based system.
PCB Hardware Board
PCB Design to Routed Board
This Almikatro hardware project shows schematic work, component placement, routing, board checks, and production-ready output beyond simple prototyping.
Engineering Support
Need Help With Your Own Project?
Almikatro also provides focused technical support for embedded systems, PCB design, firmware debugging, and project rescue.
PCB
PCB Review
Review schematics and layouts before fabrication, with practical feedback on risks, manufacturability, and design decisions.
FW
Firmware Debugging
Get help diagnosing firmware, wiring, communication, and embedded integration problems across Arduino, ESP32, and STM32 builds.
SOS
Project Rescue
For blocked or unstable projects that need focused technical support, clearer direction, and a practical recovery path.
Testimonials
What Learners Value Most
Real feedback from learners about the practical style, professional approach, and overall course experience.
"Honestly, it was a pleasure to be part of a course with active students, strong participation, and a very professional approach."
"Overall, I'm very happy with the course. It's very useful, and I really like that it is already focused on practice."
"It's great, and the group is very good too. Maybe the only thing to add is even more practical examples and tricks used in real systems."
Community & Events
Learning Beyond the Main Courses
Almikatro also takes part in hands-on learning events that help spark curiosity and introduce younger learners to robotics, making, and practical technology.
Community Event
Robotics Outreach Activity
Robotics can also be a first step into technology, helping younger learners discover how making, movement, and problem-solving come together.
A Growing Learning Community
Alongside the main engineering tracks, Almikatro also supports hands-on events that encourage discovery, creativity, and early interest in technology.
Early Exposure to Technology
Young learners get a first contact with robotics, making, and interactive technical activities.
Hands-On Learning Spirit
The same practical mindset behind the courses also appears in events, workshops, and outreach activities.
Local Engagement
It reflects a stronger connection with learners, families, and communities interested in science and technology.
Who These Courses Are For
Students, Beginners, and Future Embedded Engineers in Algeria
University Students
Build practical skills that connect classroom knowledge to real engineering systems.
Complete Beginners
Start with a structured fundamentals track instead of trying to learn from scattered tutorials.
Future IoT & Embedded Learners
Prepare for ESP32 and STM32 with a stronger base in systems, sensors, and electronics.
Hardware Builders
Progress from microcontrollers to PCB design with a clearer engineering workflow.
Algerian Learners Looking for Live Support
Join live online practical sessions, ask questions directly, and get guidance on the right next course.
Start with the right level
Begin with fundamentals, then move toward IoT, embedded systems, and PCB design with confidence.
FAQ
Questions Students Usually Ask Before Joining
Short answers to the questions most learners ask when choosing their first Almikatro course.
Are the courses live or recorded?
The main format is live online instruction with guided practice, questions, and direct support during the learning process.
Where should I start if I am new?
Engineering Fundamentals is the recommended first step for beginners and students who want to build a strong base before ESP32, STM32, or PCB Design.
Can I ask about the right track before paying?
Yes. You can contact Almikatro first, explain your background, and get guidance on the best course and next cohort for your level.