The Korea Institute of Energy Technology (KENTECH), which marked its fifth anniversary, is presenting a new growth model for energy research innovation through high-level research capabilities, technology commercialization-based industry-academia collaboration achievements, and a student-centered innovative education model. As the university moves beyond being an energy-specialized institution to one leading national strategic research and industrial innovation, it is taking strong strides toward its goal of becoming a "World Top 10 Engineering School" by 2050.
KENTECH held a press briefing and performance-sharing session for reporters on Thursday at its research building under the theme "Beyond an Energy-Specialized University to a National Strategic Research Platform: Five Years of KENTECH." At the event, Acting President Park Jin-ho said, "The continued attention and support from the media has been a great source of strength in enabling KENTECH to sustain its growth through various challenges over the past five years." He added, "Now, with the fifth anniversary as a turning point, KENTECH plans to further strengthen its role as a research- and entrepreneurship-focused university responding to the energy transition and demand for national strategic technologies."
In line with its founding purpose as a research- and entrepreneurship-centered university, KENTECH has accumulated high-level research achievements. According to university information disclosures, KENTECH's research funding per faculty member stood at approximately 520 million won in 2024 and approximately 580 million won in 2025, ranking third nationwide for two consecutive years.
Backed by advanced research equipment and precision analysis capabilities, the university has secured a total of 204.2 billion won across 12 large-scale national projects and 205.5 billion won across 816 research projects from the government and private companies.
Oh Sang-ho, head of the Shared Equipment Center who recently received the Humboldt Research Award, presented the research achievements at the event. He drew attention by introducing research that observes and interprets changes occurring at surfaces, interfaces, and nanostructures of energy and semiconductor materials at the atomic level in real-world environments through in-situ Transmission Electron Microscopy (In-situ TEM) analysis with real-time atomic resolution.
In the fields of entrepreneurship and industry-academia collaboration, research outcomes are expanding into technology commercialization and linkages with regional industries. Currently, six faculty members—equivalent to 10% of KENTECH's full-time professors—are participating in technology-based startups and pursuing commercialization through technology demonstration and ties with regional industries.
Patent creation is also drawing attention. KENTECH has generated a total of 205 patents on a valid-patent basis, and has filed a total of 38 joint patent applications, including with Samsung Electronics in the field of advanced materials and devices, and with Korea Electric Power Corporation (KEPCO) in energy fields such as fuel cells. Through this, the university is creating a virtuous cycle in which research outcomes do not remain confined to laboratories but are connected to industrial sites and regional innovation.
In education, the university's standing continues to rise, with the early admissions competition ratio for the 2026 academic year reaching 24.33 to 1, the highest since its founding. Students are actively participating in projects and research, building research capabilities from the undergraduate level and earning strong recognition.
KENTECH operates all its curricula on a project-based problem-solving approach and realizes an immersive educational environment in which students define and solve problems on their own. This is achieved through a triple advising system in which three professors mentor each student and an undergraduate researcher program through which students conduct research alongside faculty from their first year. This educational system is also translating into tangible student achievements.
