동원과학기술대학교
Smart Machinery and Electronics Department
Smart Machinery and Electronics Department
Training technical personal to lead electric energy field
Educational Purpose
Renewable energy is the future of our nation's energy, it is a leading central technology that leads the key industries which constitute our nation's future growth engine, and it has lead the diversification and specialization of the digital information age and today's modern industries. Electric energy is a necessity as long as humanity exists and the "green growth" pursued by the entire world can guarantee the nation's future, making it an opportunity and a challenge for all industries related to electricity and power.
Therefore, the renewable energy industry is a large market for employment and its future is even brighter than today. Also, because there is a severe lack of power technicians capable of the design, construction and maintenance in the areas of new renewable energy (solar, wind, fuel cells, etc.), power, automation and control systems, engineering and construction, and electric energy equipment as well as the maintenance and safety control of power facilities required by the industry, by studying the theoretical aspects and gaining field experience students have the opportunity to enter into any area of industries requiring electric energy related technology, giving our department more flexibility in employment choices than any other.
Our goal is to train technical experts equipped with field experience who can take a leading role in various automation equipment and electric energy industries based on the most highly commercialized new renewable energies such as solar and wind power. We aim to foster experienced power technicians who research on their own and can lead the renewable energy of the future through challenge, creativity, and innovation as expert technicians equipped with specialized knowledge based on systematic field experience to lead the diversification and specialization of the information age and modern industries as well as technical ability and productivity.
Department Features
- Solar energy, wind energy, and LED lighting equipment fieldsc
- Electric equipment field for utilization of high quality renewable energy
- Intelligent factories and building automation related fields
- Power related fields for effective distribution and transportation of renewable energy
- Electric trains and subway fields, which are key national industries
- Environment friendly renewable energy and future growth engine electric car fields
Marine Power Machinery Major
With the ongoing evolution of the machinery-related industry and the subsequent proliferation of root companies within the local community, there arises a pressing demand for specialized technical personnel proficient in areas such as welding, machining, and painting. These professionals must possess the requisite skills to meet the specific demands of industrial settings and effectively fulfill the responsibilities expected by employing companies. To cultivate such skilled manpower, it is imperative to provide field-tailored and systematic education, particularly emphasizing practical, hands-on training that seamlessly prepares graduates for immediate integration into industrial workplaces.The field of ship power machinery stands as a pivotal technology permeating various root-related sectors. Thus, the cultivation of adept professionals in this domain is indispensable to address the overarching manpower requirements across the machinery-related industry spectrum. Consequently, the department's educational approach meticulously reflects the evolving dynamics of industrial environments, adeptly integrating job-specific skills and embracing technological advancements demanded by the industry. Emphasis is placed on alleviating manpower shortages in root-related industries and enhancing graduates' competitiveness in the job market, with a strong focus on rigorous on-site practical training.
Mechatronics Major
With the continual advancement of mechatronics-related industries, the local landscape witnesses a proportional rise in automation-driven sectors. Consequently, there arises an escalating demand for specialized technical personnel adept in areas such as robotics and smart factory systems. These professionals must possess the requisite competencies to navigate industrial settings adeptly and fulfill the multifaceted responsibilities demanded by prospective employers. To this end, it is imperative to provide field-specific and systematically structured education, with a pronounced emphasis on practical, experiential learning that seamlessly prepares graduates for immediate integration into industrial workspaces.Mechatronics, being a foundational technology with broad applicability across diverse automation-related sectors, assumes a pivotal role in driving innovation and progress. Therefore, the cultivation of pragmatic professionals in this domain is paramount to addressing the manpower exigencies across the wider spectrum of automation-driven industries. Consequently, the educational ethos of our department is meticulously crafted to reflect the evolving exigencies of industrial landscapes, integrating job-specific proficiencies and embracing technological advancements requisite to industry demands. Our curriculum is meticulously tailored to redress the dearth of skilled manpower in automation-related sectors and to augment graduates' competitiveness in the contemporary job market.