Beginners & Enthusiasts

Internet of Things (IoT)
Cohort

Become an IoT Engineer in just 12 weeks. Learn to design, build, and deploy connected devices and smart systems. You'll master embedded systems, sensor integration, wireless communication protocols, and cloud connectivity. Work on real-world IoT projects including smart home systems, industrial monitoring, and environmental sensors ready for the booming IoT industry.

IoT Engineering Professional

IoT Engineers

5.0

Start your IoT Engineering
Bootcamp Journey TODAY!

What the brochure show

About the IoT Engineering Program
The modules for IoT mastery
Jekacode's distinguishing projects

Register for the next cohort

💳 Flexible Payment Options

Choose the plan that works for you — pay in Full, Half, or split into 3 Easy Installments.

Choose Training Mode

Virtual (Not Available)

Price

₦200,000

Course Overview

Here’s What You’ll Master

Module 1: IoT Fundamentals & Architecture
  • Understanding IoT ecosystem and components
  • IoT architecture layers (perception, network, application)
  • Types of IoT devices and use cases
  • IoT communication models and protocols
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    Module 2: Electronics & Circuit Design
  • Basic electronic components and circuits
  • Reading and creating circuit diagrams
  • Power management for IoT devices
  • PCB design fundamentals
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    Module 3: Microcontrollers (Arduino/Raspberry Pi)
  • Introduction to Arduino IDE and programming
  • Raspberry Pi setup and Linux basics
  • GPIO pins and digital/analog I/O
  • Interfacing with external components
    • Module 4: Sensors & Actuators
  • Types of sensors (temperature, humidity, motion, light)
  • Sensor data acquisition and calibration
  • Actuators (motors, relays, servos)
  • Signal conditioning and filtering
    • Deux personnes discutent ensemble
    Module 5: Wireless Communication Protocols
  • WiFi and Ethernet connectivity
  • Bluetooth Low Energy (BLE)
  • LoRa and LPWAN technologies
  • MQTT and CoAP protocols
    • Module 6: IoT Programming (Python/C++)
  • Python for IoT data processing
  • C++ for microcontroller programming
  • Real-time operating systems
  • Firmware development and debugging
    • Deux personnes discutent ensemble
    Module 7: IoT Cloud Platforms
  • Introduction to AWS IoT and Azure IoT Hub
  • ThingSpeak and Blynk platforms
  • Data ingestion and storage
  • Cloud-to-device communication
    • Module 8: Data Analytics for IoT
  • Time-series data processing
  • Real-time data visualization
  • Predictive analytics with sensor data
  • Edge computing vs cloud computing
    • Module 9: IoT Security & Privacy
  • IoT security threats and vulnerabilities
  • Encryption and authentication
  • Secure firmware updates
  • Privacy considerations in IoT
    • Module 10: Capstone IoT Project
  • Complete IoT system design and implementation
  • End-to-end project development
  • Testing and deployment
  • Project presentation and documentation

    • E JEKA CODE

    After Completion, You Will Be Able To:

    Design and build complete IoT systems from scratch.
    Program and configure Arduino and Raspberry Pi microcontrollers.
    Integrate various sensors (temperature, humidity, motion, etc.) and actuators.
    Implement wireless communication using WiFi, Bluetooth, and LoRa technologies.
    Connect IoT devices to cloud platforms like AWS IoT and Azure IoT.
    Collect, process, and analyze sensor data for actionable insights.
    Collaborate on IoT projects using version control and documentation best practices.
    Develop smart solutions for home automation, industrial monitoring, and environmental sensing.
    Prepare for IoT certifications and job opportunities in the growing IoT industry.
    Apply now!
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