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Questions and Answers | FAQ
Electrical, Computer, and Automation Engineering: The Heart of the AI-Powered Industry. Getting to know electrical, computer, and automation engineering:
In today's era where artificial intelligence (AI) and automation play a crucial role in every industry, electrical and computer engineering has evolved beyond general hardware and software design. Today, this field encompasses the development of AI, Machine Learning, IoT, Cloud Computing, and intelligent system control, applicable to various industries from automated manufacturing to advanced data analytics. Control systems engineering can therefore be considered the heart of all engineering disciplines, yet it largely functions behind the scenes.
Key components of modern electrical and computer engineering:
1️⃣ AI and Machine Learning – Developing algorithms capable of learning and making decisions automatically to reduce human reliance and increase efficiency.
2️⃣ Automation Systems – Technologies that reduce redundant tasks, such as industrial robots, smart home systems, and automated business processes.
3️⃣ Internet of Things (IoT) – Connecting various devices via the internet to enable intelligent communication and collaboration.
4️⃣ Cloud Computing and Edge Computing – Technologies that enable more efficient data processing and storage. Not limited to on-premise hardware,
5️⃣ Intelligent Control System Design – Utilizing AI and sensors to control industrial manufacturing processes for greater accuracy and speed.
What can you do after graduation?
Electrical, Computer and Automation Engineering opens up opportunities in a variety of careers, such as:
Artificial Intelligence Engineer – Develop machine learning algorithms and neural networks.
Automation Engineer – Designs and develops automation systems in industry.
IoT Engineer – Develops devices that can connect and communicate with each other via a network.
Industrial Software Developer – Creates programs that automate machine operations.
Data scientists use AI to analyze data to help make business decisions.
Network and Cybersecurity Engineer – Designs and maintains data communications and security infrastructure.
Is it difficult to find a job?
First, it's important to understand that no matter the field, graduating doesn't guarantee a job immediately. However, control systems engineering is a highly in-demand field, both domestically and internationally. A common problem, however, is the misconception surrounding engineering work. Many expect engineers to work in a comfortable office, sitting at a desk. In reality, most control systems engineering jobs are in industrial plants, often located in provinces outside of Bangkok. Therefore, if graduates seek easy, comfortable, high-paying jobs without considering other factors, their chances of finding work will decrease, regardless of their field. However, if they are open to opportunities and willing to learn, this field remains in high demand with a stable career path.
How should you prepare if you want to study this field?
1️⃣ Interest in mathematics and programming – AI and automation use mathematics to develop algorithms and require coding to develop systems.
2️⃣ English language skills – Since most textbooks and new technologies are published in English, this is a crucial skill for both studying and working.
3️⃣ Diligence and a thirst for knowledge – Technology changes rapidly. Modern engineers must constantly learn and adapt.
4️⃣ Hands-on learning – practical experimentation through projects or internships helps build essential understanding and skills.
After graduation, you receive a professional engineering license.
There are four levels of professional engineering licenses, with the scope of work and responsibilities increasing accordingly: Associate Engineer, Special Associate Engineer, Professional Engineer, and Chartered Engineer. Upon graduation, you have the pathway to apply for and obtain a professional engineering license.
