IoT: Connecting Things | Batangas State University, The National Engineering University

28 Hours

Hybrid

Overview

Explore the fundamentals of the Internet of Things (IoT) and its transformative potential in various domains. This course covers the three key insights of IoT: the reasons for interconnectedness, the elements to be connected, and the methods of connectivity. Gain hands-on experience in creating circuits and microcontroller programs with Arduino, developing Python programs on Raspberry Pi, modeling IoT systems with Packet Tracer, and designing business models using the Business Model Canvas. Understand the significance of IoT in sectors like healthcare, energy, smart cities, and manufacturing, while prioritizing security and data protection in IoT solutions.

Total hours

Total: 28 Hours

Hybrid Learning: 10 Hours
Async Learning: 8 Hours
Skill-Based Assessment: 8 Hours
Final Exam via e-Learning Platform: 2 Hours

Course outline

Module 1: Things and Connections
Module 2: Sensors, Actuators, and Microcontrollers
Module 3: Software is Everywhere
Module 4: Fog Networks and Cloud Services
Module 5: Industrial IoT Applications
Module 6: Create an IoT Solution

What you'll learn

Create circuits and program microcontrollers using Arduino and various components, empowering you to build IoT prototypes and projects.
Develop Python programs on Raspberry Pi to implement IoT functionality, enabling you to connect devices and process data.
Utilize Packet Tracer to model IoT systems based on Python, simulating and analyzing their behavior in a virtual environment.
Gain insights into the applications of IoT in healthcare, energy, smart cities, and manufacturing, identifying opportunities for improvement and innovation.
Understand the importance of designing secure IoT solutions, protecting devices, software, and data from potential vulnerabilities and threats.