Semiconductor Department - My career choice? (Korea)

In relation to middle and high school students' advancement, they must collect information on their field of interest, receive counseling, select a department, and prepare consistently in order to select a department that suits their talents, interests, interests, passion, and long-term goals. Let’s find out whether the Department of Semiconductor fits my aptitude and goals.

 

 

My career choice,

which department should I choose?

 

◆ Department of Semiconductor ◆

 

 

Semiconductor Department

 

Ⅰ. Students like this should choose the Semiconductor Department...

 

The Department of Semiconductors is an academic field related to the theory, design, manufacturing, and application of semiconductor devices. In order to be interested and successful in the semiconductor department, it is important to have the following talent, aptitude, passion, and interest.

 

1. Interest and understanding of math and science

Knowledge of mathematics and science is essential for the semiconductor department. An understanding of mathematical modeling, physics, electrical and electronic engineering, etc. is required. Students must have a strong interest and basic understanding of math and science.

 

2. Logical thinking and problem-solving skills

The semiconductor department must solve complex problems. Students must have logical thinking and problem-solving skills. You must understand the operating principles, design process, and manufacturing technology of semiconductor devices, and be able to respond efficiently when problems arise.

 

3. Experimental attitude and practical experience

In the semiconductor department, not only theory but also experimentation and practical experience are important. Students must have an experimental attitude and be able to design experiments and perform data analysis. Additionally, an understanding of the semiconductor manufacturing process and practical experience are required.

 

4. Computer engineering and programming skills

The Department of Semiconductor is closely related to computer engineering. Students must be able to simulate semiconductor devices, use design tools, and analyze data using programming languages. Additionally, computer engineering thinking and an understanding of algorithms are required.

 

5. Creativity and innovative mind

Semiconductor science is a rapidly evolving field. Students must have the creativity and mindset to generate new ideas and propose innovative solutions. Additionally, the ability to continuously identify and learn the latest technology trends is required.

 

Developing these characteristics and abilities is important for success in the semiconductor department. Of course, individual interests and passions play the most important role. Please consider whether you can challenge and grow in the semiconductor department based on your interests and passion.

 

 

Ⅱ. Semiconductor Department Overview

The reason why computers, smartphones, cars, and various household electronic products that we commonly see can work is because of the presence of semiconductors. The Department of Semiconductors is a department where you learn the related knowledge needed to develop semiconductors, which play a key role in many products, and improve their functions and performance. You will also learn about the operating principles of semiconductors, semiconductor design, and the processes and processes required for manufacturing, new equipment and facilities, and the latest technologies.

 

 

Ⅲ. Jobs related to semiconductor department

Robotic engineer, semiconductor engineering technician, semiconductor equipment technician, materials engineering technician

 

 

Ⅳ. Qualifications related to semiconductor department

Semiconductor design engineer, ceramic engineer, electrician, electronic engineer

 

 

Ⅴ. Semiconductor Department Characteristics

Semiconductors are key components that enable various electronic products to operate and are divided into memory semiconductors and non-memory (system) semiconductors. Memory semiconductors include RAM, ROM, and Flash Memory, and non-memory semiconductors include CPU, GPU, MPU, AP, and CMOS. Korea holds more than 70% of the global market share in the memory semiconductor field, and is expanding investment in the non-memory semiconductor field, so the outlook for the Department of Semiconductor is expected to be bright.

 

 

Ⅵ. Fields of entry after graduating from the Semiconductor Department

● Businesses and industries

Development engineers in semiconductor materials and devices and manufacturing processes, integrated circuit design engineers, development engineers in the software and ultra-high frequency communications fields, semiconductor processing companies, large semiconductor companies

 

● Academia and research institutes

Public and private research institutes in the semiconductor field, such as ETRI, Electronics and Telecommunications Research Institute, Korea Research Institute of Standards and Science, Korea Institute of Science and Technology, etc.

 

● Government and public institutions

Government and local government officials such as the Ministry of Science and ICT, public institutions such as the National Information Society Agency

 

 

VII. Main subjects studied

● Semiconductor engineering

Learn basic theories about semiconductor engineering and data actually researched or manufactured in semiconductor-related industries.

 

● Semiconductor physics

Learn about the crystal structure of semiconductor materials, energy band theory, electrons and holes, and the electrical and optical properties of semiconductors.

 

● Electronic circuit design

Learn how to implement an actual electronic system through understanding and application of circuits and operational amplifiers with passive and active elements.

 

● Semiconductor process

Learn the basic composition, principles, and characteristics of semiconductor devices introduced for each unit process.

 

● Semiconductor process training

Learn basic knowledge about ultra-high vacuum, thin film growth technology, and etching necessary for the manufacturing process of semiconductor devices and integrated circuits.