01
Core Engineering Basics
Programming logic, electronics basics, and structured problem solving give you the foundation for practical implementation.
Almikatro
IoT Engineering with ESP32
Professional online engineering training for students and engineers who want structured live sessions, practical implementation, and a complete final IoT system.
- Live Online Interactive Sessions
- Build Complete IoT System
- Final Practical Project
- Certificate Included
- WhatsApp Group Support
- Session Recordings Available
8 Live Sessions
2 hours/session
16 hours total
4 weeks
IoT ESP32 + final project
Shorter commitment, stronger outcome: a professional ESP32 IoT course that leads to a practical final system instead of a long, vague roadmap.
Progression
Your Engineering Progression
This brochure focuses on the ESP32 IoT course. It gives learners a practical bridge from core embedded basics into connected-system engineering and future specialization.
02
ESP32 IoT Engineering
Build connected systems with sensors, Wi-Fi, dashboards, control logic, and a complete final project. This brochure focuses on this step.
03
Next Specialization
After ESP32, learners can continue into deeper embedded systems with STM32 or move toward hardware development and PCB design.
Market Relevance
IoT skills connect devices, data, and practical engineering decisions.
Industry
- Remote machine monitoring
- Status dashboards and alerts
- Connected maintenance workflows
Agriculture
- Soil and environment sensing
- Remote irrigation supervision
- Field data collection and control
Labs & Research
- Wireless measurement systems
- Telemetry from distributed devices
- Remote visibility into experiments
Smart Products
- App-connected devices
- Cloud dashboards
- Products that improve through live data
Problem to Practical
Many learners get stuck between demos and useful IoT systems.
Where learners struggle
- Connecting sensors to useful dashboards
- Understanding Wi-Fi and MQTT workflow
- Structuring telemetry and control cleanly
- Moving from tutorials to system thinking
What this course does
It helps you move from tutorial-style ESP32 experiments to practical IoT engineering, with a stronger architecture mindset and more confidence in how devices, data, and remote control fit together.
System thinkingConnected devicesCloud visibility
Course Difference
Architecture-first IoT learning
The focus is on how devices, brokers, dashboards, and control flows work together, not isolated sketches.
Real monitoring and control scenarios
You learn through examples that resemble agriculture, robotics, lab systems, and connected products.
Communication as an engineering skill
MQTT, telemetry, dashboard updates, and remote commands are treated as core design topics.
Engineering mindset beyond simple Wi-Fi demos
Structured, practical, and professional from setup to final project, with the goal of helping you think and work like an IoT engineer.
Build a Complete IoT System
What you will build
- Smart Home Controller
- IoT Monitoring Dashboard
- Smart Agriculture Node
- WiFi Robot Controller
- Web control interface
- Sensor monitoring workflow
- Practical final integration
- Certificate-ready portfolio project
Outcome
Build a complete IoT system
By the end, you should be able to deliver a connected engineering project with sensing, control, and monitoring, not just isolated code examples.
IoT DashboardTelemetryMonitoring
Who This Program Is For
Electronics & Embedded Engineers
For engineers building connected sensor systems and embedded products that need live visibility.
Automation / Robotics Engineers
Useful for machines and prototypes that need wireless monitoring, commands, and dashboard control.
Computer Science Students
Helpful for learners who want practical device-to-cloud engineering beyond software-only projects.
Agriculture / Environmental / Lab Engineers
Relevant when data acquisition, remote monitoring, and telemetry matter in the field or laboratory.
Fit
Engineers building connected sensor systems are the best fit for this program. No prior IoT experience is required, but an engineering mindset is expected.
01
ESP32 Fundamentals + GPIO
Board setup, tools, and digital I/O basics.
02
Analog + PWM + Motor Control
Analog reading, PWM behavior, and actuator control.
03
Communication (UART, I2C, SPI)
Work with practical embedded communication buses.
04
Sensors + Mini Project
Integrate sensing into a guided mini system.
05
WiFi Fundamentals
Build the network base for connected systems.
06
Web Interface Control
Create simple practical online control interfaces.
07
IoT Monitoring System
Connect device data into a clear monitoring workflow.
08
Final Project
Deliver one complete IoT engineering project.
Requirements & Hardware
What you need for this course
- BackgroundBasic C/C++ knowledge is enough. No prior IoT experience needed.
- Start phaseBegin with Wokwi, so no hardware is needed at first.Wokwi
- Practical phaseThe ESP32-S3 hardware pack is required later.
Hardware pack required
Course Format
Format
- Live Online
- Interactive
- Hands-on coding
- Real engineering projects
ZoomSchedule
- 8 Live Sessions
- 2 hours per session
- Total: 16 hours
- Duration: 4 weeks
Required Hardware Pack
ESP32-S3 board, breadboard, jumper wires, LED + resistor, push button, potentiometer, and BME280 sensor are required for the practical part of this course.
Live Online8 sessions16 hours4 weeks
Positioning
This is professional engineering training: short, structured, practical, and built around one final IoT system.
Pricing Options
Standard Track
For professionals and graduates.
- 15,000 DA
- Installments available
Student Track
For verified current students.
- 13,500 DA
- Valid student ID required
Course Format
Compact schedule with practical value.
- 8 live sessions
- Total: 16 hours
Important Note
Student pricing is available for verified students, installments are available for the standard track, and seats remain limited in each cohort.
Registration Steps