The Internet of Things (IoT) is an ever-expanding area of information technology and electronic engineering. It covers the interconnectivity of machines, cloud data, data collection, reporting, analysis, and more. By 2025 it's anticipated that there will be more than 21 billion IoT devices.
Once you begin looking for examples of Internet of Things, you quickly realise that it’s all around us. Years ago, people made fun of the idea that your refrigerator might one day be connected to the Internet. Today, it’s not funny — it’s well on its way to becoming the standard. Your smartphone? That’s part of the Internet of Things. Your FitBit? That’s part of the Internet of Things too!
Therefore, a course on the internet of things can form a foundational pathway to an ever-evolving career in IoT!
What is an Internet Of Things (IoT) course?
A Bachelor of Science (Majoring in Internet of Things) will transform a student into a technological expert who can manage, program, maintain and secure IoT devices in many critical areas such as energy, transportation, health, aviation, infrastructure, smart home, smart city and hospitality.
Students will become an expert in a rapidly growing field, and they will learn how to:
- Design, install, customise, enhance and maintain IoT devices and networks
- Effectively communicate IoT ideas in a professional environment
- Understand how hackers think, and be able to present solutions to cyber attacks
- Be employed by top IoT companies, such as Amazon and Intel, as an IoT Engineer, IoT Mobile Application Engineer or other career title related to IoT
What are the subjects learned in this degree?
At James Cook University, graduates of the Bachelor Of Science (Majoring in Internet Of Things) will be equipped for the rapidly-expanding world of sensors and data. Graduates will solve complex problems by applying technology to collect and analyse information from a wide range of sources. The main subjects of study include electronics, programming, sensors, and statistics, such as:
- Science, Technology and Truth
- Modelling Natural System
- Problem Solving and Programming I
- Mathematical Foundations
- Quantitative Methods in Science
- Database Modelling
- Professional Placement
The Major subjects involved in the IoT course includes:
- Mathematical Techniques
- Introduction to Microcontroller Programming
- Electric Circuits
- Internet of Things Devices and Software
- Circuit Theory
- Advanced Statistical Modelling
- Mathematics for Scientists and Engineers
- Linear Algebra
- Internet of Things Systems and Security
- Sensor Technologies
- Statistical Data Mining for Big Data
What are the career opportunities for graduates with this degree?
The blooming IoT domain has opened up a world of possibilities for skilled engineers and professionals. The growing demand has even widened the supply-demand gap.
Aspiring IoT experts can explore related career opportunities in various fields such as healthcare, manufacturing, transportation, agriculture, utilities, and consumer products. Even though IoT’s specific function may differ in each of these fields, they deal with the core fundamental issues such as business case validation, data processing, networking, security, and overall technology requirements. They include:
- IoT Developer: They create software to support specific IoT applications. Other responsibilities of an IoT developer include building algorithms to analyse and manage data.
- IoT Architect: The role entails building the strategy and end-to-end architecture of IoT solutions. An IoT architect’s job is to identify and document the IoT state of an organisation. He/she builds an architecture that addresses the current needs and fulfils future business requirements. Building an end-to-end IoT solution includes dabbling in various technology areas such as data collection sensors, applications at the edge, and integration with enterprise systems.
- IoT Embedded Systems Designer: An IoT Embedded Systems Designer’s job is to facilitate communication between IoT-connected systems that contain sensors, microprocessors, and software, through IoT networks. The designers build the firmware that helps these networks function. Apart from using languages such as Python and C++ to create device-specific firmware, an embedded systems designer works closely with the hardware.
- IoT Security Engineer: Breaches in the connected devices space is a major concern. Multiple incidents in the past, many of which have led to major losses, have escalated the requirement for security engineers with IoT skills to deal with, manage, and prevent such breaches in security.
- IoT Solutions Engineer: They work with customers to identify their needs and customise the IoT networks and solutions to meet requirements related to the type of sensors, wireless technologies, and other components.
How long will this course take to complete?
Around the world, an undergraduate degree that makes use of the two-semester academic calendar typically takes three years. Of course, this is dependent on whether you're taking the degree on a full-time or part-time basis.
However, at James Cook University, we have advanced from the typical two-semester system of the academic calendar. This gives rise to our trimester system, which expedites the learning pathway for students of our Bachelor of Commerce degree to just two years for full-time students.
Gain a head start in your career with an internet of things course at James Cook University.
At James Cook University, you'll receive a high-quality Internet of Things course in Singapore, with state-of-the-art facilities and the latest in advanced technology, allowing you to pursue studies that create a meaningful impact in your field.
Deepen your industry knowledge and attain a globally-recognised Australian degree to expand your employability opportunities or pursue entrepreneurship.
Take charge of your future and the countless opportunities that await you! Enquire with us today!