Inha’s 3-Year Top 4 Employment Excellence

According to the 2025 Higher Education Public Disclosure released through the Korean Higher Education Disclosure System (Academy Info), Inha University once again recorded a strong employment rate, ranking fourth nationwide among universities producing more than 3,000 graduates.

With an employment rate of 68.5%, Inha University placed fourth, following Sungkyunkwan University (71.3%), Korea University (69.9%), and Hanyang University (68.9%). By maintaining fourth place for three consecutive years, Inha university has established a consistent top-tier ranking in employment outcomes among major universities with over 3,000 graduates.

The result reflects the effectiveness of the university’s employment support system despite a contracting recruitment market and the growing trend of rolling and career-based hiring.

Inha University also performed well not only in employment quantity but also in employment quality. In the job retention rate—an indicator measuring whether graduates remain employed at the same workplace after a certain period—the university recorded 86.4%, an increase of 0.9 percentage points from last year’s 85.5%, maintaining a high level among universities with over 3,000 graduates.

The consistent quantitative and qualitative employment success of students is attributed to the university’s wide range of employment support programs, including job- and industry-tailored initiatives.

Inha university actively provides both direct and indirect employment support through the operation of the University Job Plus Center, Field Training Support Center, and IPP Dual Training Center, expanding practical training opportunities and offering employment counseling.

The University Job Plus Center offers one-on-one customized career strategy consultations, job information, and a variety of career and employment support programs. Key programs include the small-group, intensive employment consulting program “Inha First Class,” job-specific lectures by industry professionals, and Visiting Employment Study Groups.

Graduates who previously participated in these programs later return as mentors through initiatives such as Job Fairs and Online Mentoring, establishing a virtuous cycle of employment support. Through this network, alumni share real-world work experience and industry insights with current students, supporting their successful transition into the workforce.

Inha university also operates a standardized field internship semester system (Co-op) in collaboration with companies across diverse industries, enabling students to gain hands-on experience aligned with their majors and interests. This system allows students to earn academic credits while acquiring practical field experience. In the 2025 academic year, 1,085 students are participating in the program across 389 organizations, with participation steadily increasing each year.

The Industry-Professional Practice Program (IPP) provides systematic theoretical education and on-site training in partnership with companies, cultivating practice-oriented, customized talent. The program has received positive feedback from both students and companies due to its high rate of conversion to full-time employment. Based on these achievements, Inha University was selected this year as a pilot institution for the “IPP Specialized University” initiative. Moving forward, the university plans to secure greater operational autonomy, enhance program quality, and further strengthen cooperation with major and leading enterprises.

President Cho Myung-woo commented, “This result, achieved amid a challenging employment environment, is not a short-term outcome but the product of a comprehensive, full-cycle employment support system spanning from the first to the fourth year. We will continue to develop and operate diverse programs to support students’ career development and employment.”

2025 취업캠프 인하 퍼스트클래스에서 교육을 듣는 학생들.

▲ Students participating in training at the “Inha First Class” Employment Camp 2025.

Original Article

Sogang Launches Institute for Sustainable Management

Sogang University held the official inauguration ceremony of the Institute for Sustainable Management Innovation on 28th at the Matthew Hall campus venue, marking the beginning of its full-scale operations. Established under the Sogang Business School, the institute serves as a new research hub dedicated to generating and disseminating innovative knowledge in management.

A distinctive feature of the institute is its platform-based structure. Unlike traditional research institutes that focus primarily on academic output, this institute functions as an incubator supporting doctoral-level scholars who seek to create and expand innovative management knowledge. It is primarily led by graduates and current candidates of Sogang’s Executive Ph.D. (E-Ph.D.) in Management programme, the first practice-oriented doctoral programme of its kind introduced in Korea. The institute aims to foster collaboration among academically trained practitioners and research-oriented professionals.

The institute is organised into three divisions: Education, Research, and Advisory. The Education Division introduces several differentiated programmes. In collaboration with Southern Connecticut State University in the United States, which holds STEM accreditation, the institute offers a Post-Doctoral certification programme that provides joint certification from both Korean and U.S. institutions. In response to the increasing demand for gender diversity in corporate governance, the institute has also developed a specialised programme to prepare female independent (outside) directors. Participants may be recommended to corporate boards through an affiliated nomination committee. Furthermore, the “Sogang Venture Academy” provides lifecycle-based coaching for venture entrepreneurs, supporting business development from early-stage start-up to IPO preparation. This model is designed on the premise that the E-Ph.D. network includes key actors across the entrepreneurial ecosystem.

The Research Division supports doctoral-level researchers through various mechanisms, including research professorships and the establishment of dedicated research centres depending on project scale. Current thematic areas include AI-driven manufacturing innovation, sustainability diagnostic tools for platform enterprises, and AI-based healthcare and elderly-care business development. These projects seek to address emerging societal challenges through sustainable and innovation-oriented business solutions.

The Advisory Division offers management consulting and potential investment opportunities for domestic firms, drawing upon high-performing scholars within the E-Ph.D. programme. The institute plans to expand its advisory scope in collaboration with the forthcoming Sogang–Pangyo Digital Innovation Campus, thereby enhancing its societal contribution.

Coinciding with its launch, the institute also released Sogang University’s sustainability report. Notably, the report was produced through a student-led process, with undergraduate students independently conducting data collection, interviews, report writing, and design. ESG specialists have noted that the student-driven approach strengthens the authenticity and distinctiveness of the report, marking a meaningful development in university sustainability reporting practices. The full Korean version of the report is available online. (Read the Full Report)

KU Research Team Enables Power Generation Regardless of Time or Weather with Transparent Solar Window Technology

A research team led by Professor Jun Yong-seok from the Department of Integrative Energy Engineering and the Graduate School of Energy and Environment (Green School) at KU (President Kim Dong-One), in collaboration with research teams from Korea Aerospace University and the Korea Institute of Science and Technology (KIST), has developed a transparent solar window technology that can generate power 24 hours a day using sunlight during the day and indoor lighting at night.

The research results were published online on November 21 and published in print on December 17 in Joule (IF=35.4), a world-renowned international academic journal in the energy field.

*Article title: Scalable hybrid solar window with high transparency, high efficiency, and superior color rendering

*DOI: 10.1016/j.joule.2025.102216

*URL: https://doi.org/10.1016/j.joule.2025.102216 Existing transparent solar cells face a contradiction: increasing transparency leads to a decrease in power generation efficiency, while increasing efficiency reduces transparency. Moreover, thin-film solar cells distort the color of light during the absorption process, creating limitations for their application as building-integrated photovoltaics (BIPV).

Official Launch of a Plaque Unveiling Ceremony Sungshin’s China Alumni Association

Sungshin Women’s University officially established its China Alumni Association, celebrating the milestone with a plaque unveiling ceremony held in Shijiazhuang, Hebei Province. The ceremony symbolized the formal launch of a unified alumni organization representing Sungshin graduates across China and marked an important step in strengthening long-term connections between the university and its global alumni community.

The newly established alumni association brings together Chinese alumni from Sungshin’s undergraduate, master’s, and doctoral programs and is expected to serve as a central platform for alumni engagement and collaboration. Through the China Alumni Association, Sungshin aims to enhance alumni networking, support current and prospective international students, and reinforce sustainable global partnerships—positioning the alumni network as a key pillar of the university’s internationalization efforts.

Sogang Recognised for Sustainable Green Tech

A research team led by Professor Jeong Kwang-hwan in the Department of Life Science at Sogang University has received a Ministerial Commendation from the Ministry of Trade, Industry and Energy (MOTIE) in the category of New Technology Commercialisation Promotion at the 2025 New Technology Commercialisation Promotion Contest, held on 11 December 2025.

The award recognises Green Mineral, a technology-based venture founded on lithium-recovery technology developed by Professor Jeong’s team, for its contribution to advancing sustainable resource-recovery technologies and promoting technology commercialisation.

Organised by the Korean Agency for Technology and Standards under MOTIE and co-hosted by the Korea Testing Laboratory and the Korea Industrial Technology Association, the contest aims to encourage innovation and accelerate the adoption of proven technologies in industry and the public sector. The ministerial commendation is presented annually to individuals and organisations that have demonstrated outstanding contributions to industrial technology development and market creation.

Green Mineral was established in June 2021 based on the research outcomes of Professor Jeong’s team, with Professor Lee Ho-seok later joining as Chief Operating Officer. The company integrates fundamental scientific research with practical commercialisation capabilities, creating a model for translating academic innovation into industrial applications.

At the core of the recognised technology is a genetically engineered chlorella strain designed to maximise metal-extraction efficiency. The strain exhibits a unique bio-recycling mechanism, absorbing lithium into cells and releasing it in the form of high value-added lithium carbonate. This breakthrough marks a significant advancement in microorganism-based resource-recovery technology.

The technology also enables the extraction of residual lithium from wastewater remaining after primary recovery from waste batteries. Through process optimisation, it reduces energy consumption and carbon emissions across the recovery cycle, securing both economic feasibility and environmental sustainability.

The recognition highlights Sogang University’s contribution to environmentally responsible innovation and its growing role in advancing sustainable industrial technologies. Green Mineral plans to expand industrial applications of its technology through full-scale commercialisation, supported by the planned expansion of its Gwangyang branch.

Professor Jeong commented, “It is meaningful that the microalgae-based eco-friendly metal-recycling technology developed at Sogang University is moving closer to the vision of a sustainable resource-recycling ecosystem through both technological development and commercialisation.” He added, “We will continue to play a leading academic and technological role in advancing resource-recycling technologies and supporting Korea’s green growth.”

Inha Wins Foreign Minister’s Commendation

Inha University recently received a Foreign Minister’s Commendation in recognition of its contributions to fostering global talent and enhancing the national image of the Republic of Korea.

The university was highly evaluated for promoting Korea’s outstanding educational capabilities worldwide, enhancing the national brand value, and successfully fulfilling the role of public diplomacy through tangible achievements in education diplomacy.

In particular, the educational cooperation project jointly conducted with Baku Engineering University (BEU) in Azerbaijan since 2020 has made a significant contribution to the field of education diplomacy.

Inha University operates a “3+1 International Dual Degree Program” designed in collaboration with BEU. Under this program, students complete three years of study at BEU, followed by one year of study in Korea, upon which they receive dual degrees. As students spend one academic year studying at Inha University, a minimum Korean language proficiency requirement is also set, contributing to the spread of the Korean language.

The program is offered across four majors—Civil Engineering, Electronic Engineering, Electrical Engineering, and Information Technology (IT)—and produced its first graduating class in 2024, marking the full-scale advancement of higher education cooperation between Korea and Azerbaijan.

In addition, the university is successfully operating joint and dual degree programs as well as King Sejong Institute programs in collaboration with partner universities in countries such as Uzbekistan and China, leading the overseas expansion of Korean higher education.

Inha University is also successfully operating Inha University in Tashkent (IUT) in Uzbekistan, which has drawn attention as Korea’s first case of exporting a university-level education system since its establishment in 2014. Last year, the university received final approval from China’s Ministry of Education to establish a Sino-foreign cooperative educational institution with Henan University of Technology leading to the launch of the Inha Institute of Technology, Henan University of Technology, which operates under a 4+0 dual degree system.

Moving forward, Inha University plans to continue expanding education diplomacy cooperation by implementing joint degree programs, educational curricula, and international training initiatives in regions such as Central Asia and the Caucasus.

President Myoung-Woo Cho stated, “The dual degree program with BEU in Azerbaijan has established itself as a highly regarded educational program in the local community through annual consulting on laboratory and practical training system development, as well as customized and intensive management, thereby opening new horizons in education diplomacy.” He added, “Building on this commendation, we will further expand and advance education diplomacy aligned with national foreign policy and strive to solidify our position as a leading internationalized university.”

▲ President Myoung-Woo Cho (right) and Tae-Jun Jeon, Head of the Office of International Affairs, pose for a commemorative photo after receiving the Foreign Minister’s Commendation.

Original Article

Sogang Tops Graduate Employment in Seoul

Sogang University has ranked first among four-year comprehensive universities in Seoul in both graduate employment rate and job retention, according to the latest national university disclosure data released by the Ministry of Education and the Korean Educational Development Institute on 9 January 2026.

The university recorded an employment rate of 73.1 per cent, securing first place among Seoul-based universities. Its fourth-round job retention rate reached 91 per cent, marking three consecutive years at the top position. These results indicate that Sogang has achieved strong outcomes in both the quantity and quality of graduate employment.

Amid intensifying youth unemployment and a hiring trend increasingly focused on science and engineering graduates, Sogang’s performance is particularly notable. Despite having a high proportion of students in humanities and social sciences and no contribution from contract-based programmes, the university achieved the highest employment rate among its peers. Sogang also outperformed the second-ranked university by a margin of 1.8 percentage points.

The results are attributed to Sogang’s integrated approach to career development, which combines discipline-specific education, personalised career guidance, and a wide range of curricular and co-curricular programmes. The university has also strengthened its educational framework in response to the AI-driven transformation of industry, aligning academic training with evolving labour-market demands.

Job retention rate, which measures whether graduates remain employed after a certain period, is widely regarded as an indicator of employment quality. Sogang’s sustained top ranking in this indicator highlights the effectiveness of its long-term career support system.

Sogang University provides comprehensive career support through personalised mentoring by professional staff, alumni-led mentoring programmes, and specialised career courses. By offering diverse opportunities for career exploration beyond immediate employment outcomes, the university enables students to develop a broad understanding of their future paths and make informed decisions about their professional and personal trajectories.

CNU & Amkor: New Semiconductor Packaging Hub

CNU and Amkor Technology Launch Joint Research Center to Advance Semiconductor Packaging Innovation

GWANGJU, South Korea – Chonnam National University (CNU), led by President Lee Keun-bae, and Amkor Technology Korea, headed by President & CEO Jin-an Lee, have officially inaugurated the CNU-Amkor Semiconductor Packaging Technology Joint Research Center. The opening ceremony, held on January 12 at CNU’s Advanced Campus in Buk-gu, Gwangju, marks a significant milestone in university-industry collaboration aimed at mastering critical back-end semiconductor processes.

The event was attended by high-profile dignitaries, including CNU President Lee Keun-bae, Amkor Technology Korea CEO Jin-an Lee (Honorary Doctorate in Engineering from CNU), National Assembly Member Min Hyung-bae, and Gwangju City Vice Mayor for Culture and Economy Kim Young-moon.

A Hub for Practical Innovation and Talent Cultivation

The new research center is designed as a strategic hub for empirical research and talent development in semiconductor packaging—a field increasingly recognized as a cornerstone of the high-performance, high-density semiconductor era. By integrating CNU’s academic excellence with Amkor’s global industrial expertise, the center ensures that research outcomes are directly applicable to the production floor.

The facility is equipped with state-of-the-art semiconductor packaging machinery, allowing students and researchers to work in an environment identical to actual industrial sites. Key research initiatives will focus on national strategic fields, including:

Advanced Packaging for Automotive and AI Semiconductors

AI-driven Intelligent Process Optimization

Fostering Regional Ecosystems and National Competitiveness

This partnership serves as a benchmark for South Korea’s balanced national development policy, demonstrating how regional flagship universities and global enterprises can collaborate to nurture strategic industries. It is expected to enhance the local talent pool, strengthen the regional industrial ecosystem, and ultimately bolster South Korea’s global standing in the semiconductor sector.

President Lee Keun-bae emphasized his commitment to student career paths, stating: “Since my inauguration last February, I have focused on creating practical opportunities for our students. Recognizing Amkor’s global presence in Gwangju, I personally reached out to CEO Jin-an Lee to establish this partnership, believing that industry-linked, empirical education is the key to enhancing our students’ competitiveness.”

CEO Jin-an Lee highlighted the synergistic nature of the center: “This center represents the convergence of Amkor’s global experience and CNU’s research capabilities. As advanced packaging becomes the heart of the semiconductor industry’s reorganization due to rising demand for AI and high-performance computing, we expect this facility to be a ‘win-win cradle’—a living classroom for students and an innovation engine for the company.”

Honoring Leadership and Vision

Following the opening ceremony, CNU conferred an Honorary Doctorate in Engineering upon CEO Jin-an Lee in recognition of his contributions to the industry and academia. Dr. Lee then delivered a special lecture titled “The AI Era: Evolution of Semiconductor Packaging Technology,” sharing insights on future industry trends and the vital role of university-industry synergy.

Sogang Explores Humanity in the Age of AI

Sogang University has released Season 3 of its SOGANG101 lecture series on its official YouTube channel, under the theme “Reconsidering Humanity in the Age of AI.” The new season explores how rapid advances in artificial intelligence are reshaping human roles, values, and responsibilities across society.

Unlike previous seasons, which focused on in-depth lectures by individual professors, Season 3 adopts an interactive format in which students pose questions and multiple faculty members respond from diverse academic perspectives. Each episode features two to three professors, creating a cross-disciplinary dialogue that integrates insights from philosophy, science, engineering, social sciences, and the humanities.

Comprising eight episodes, the series addresses key issues such as ethical responsibility in AI decision-making, human-centred technological development, the transformation of work and knowledge production, and the enduring significance of creativity, moral judgement, and critical thinking. Through these discussions, SOGANG101 moves beyond technical explanations to examine how humans can coexist with and meaningfully engage with advanced technologies.

The series reflects Sogang University’s commitment to interdisciplinary education and critical inquiry in the AI era. By connecting technological innovation with humanistic perspectives, it seeks to foster deeper understanding of the social and ethical implications of artificial intelligence and to encourage broader reflection on the meaning of humanity in a rapidly evolving technological environment. In particular, the programme underscores the importance of ethical responsibility and sustainable thinking in shaping the relationship between humans and intelligent technologies.

The full series is available on Sogang University’s official YouTube channel. The series is supported by YouTube’s automatic subtitle translation, allowing global audiences to engage with the content in multiple languages.

Strategies for Improving EUV Photoresists

A joint research team led by Dr. Gu Ye-jin of the Natural Circulation Electronic Materials Research Institute at Inha University and the Polymer Engineering and Materials Synthesis Laboratory has recently attracted significant academic attention by consecutively proposing strategies to overcome the reliability issues and performance limitations of photoresist materials used in EUV lithography-based ultra-high-density semiconductor manufacturing processes.

EUV lithography is a technology that uses extremely short-wavelength light to draw ultra-fine semiconductor circuits at the nanometer scale. The material that actually forms the shapes of transistors and metal interconnects within integrated circuits is the photoresist, which undergoes chemical changes upon exposure to light to create the circuit pattern. As such, photoresists are considered a core patterning material essential for accurately fabricating semiconductor circuits.

Recently, tin nanocluster-based photoresists, which enable more precise circuit patterning than conventional organic photoresists, have emerged as promising next-generation materials. However, these materials suffer from limitations in that their properties change upon exposure to air during processing, leading to degraded pattern quality and reduced process stability.

Dr. Gu Ye-jin focused on the fact that this instability originates from a specific chemical property of tin—Lewis acidity. Because tin readily reacts with moisture in the air, she proposed a strategy to mitigate this issue by incorporating fluorine atoms. Through material synthesis and lithography experiments, she demonstrated that this approach significantly enhances the stability and process reliability of photoresists.

The fluorine-incorporated tin oxide photoresist synthesized by the joint research team exhibited excellent process stability, showing outstanding patterning resolution at the 10-nanometer (nm) scale without reliability degradation caused by atmospheric exposure. Furthermore, by leveraging the material properties enabled by fluorine incorporation, the team implemented a bilayer photoresist structure. As a result, circuits could be formed using lower EUV exposure doses, significantly improving overall process efficiency.

This research was conducted in collaboration with the Samsung Electronics Semiconductor Research Center under the support of the Samsung Future Technology Incubation Center. The results were recently published in Advanced Functional Materials, a highly influential international journal in materials science, under the title:

Tin-Oxo Nanocluster Extreme UV Photoresists Equipped with Chemical Features for Atmospheric Stability and High EUV Sensitivity.”

In addition to this work, Dr. Gu also conducted research on chemically amplified resists (CARs), proposing a new approach to improve the productivity of EUV lithography processes. EUV lithography operates using light with a wavelength of 13.5 nm, and insufficient photon delivery during exposure can lead to degraded pattern quality.

Rather than increasing the exposure dose, Dr. Gu proposed incorporating high light-absorption elements into the photoresist. This strategy reduces photon loss during exposure, thereby enhancing pattern quality while maintaining process efficiency.

Experimental results confirmed that iodine is an effective element for improving the operational efficiency of chemically amplified photoresists. Based on these findings, the team synthesized a CT contrast agent–based radiation sensitizer containing a high concentration of iodine and applied it to commercial EUV photoresists. This approach successfully demonstrated simultaneous improvements in EUV sensitivity and pattern quality.

This research was carried out in collaboration with the Electronic Materials Division of Dongjin Semichem and was recently published in ACS Applied Materials & Interfaces under the title: “Positive Role of Iodine Atoms in Chemically Amplified Photoresists for Extreme Ultraviolet Lithography.”

Dr. Gu Ye-jin of the Natural Circulation Electronic Materials Research Institute at Inha University stated, “It was meaningful to propose solutions to advanced semiconductor technology challenges through close collaboration with industry. I will continue pursuing research that contributes to strengthening the competitiveness of Korea’s semiconductor technology.”

불소화 리간드를 주석산화물에 도입함으로써 주석과 대기 중 분자 간 반응성이 감소하고, 화학적 직교성 확보에 따라 적층 박막 구조 구현이 가능해져 레지스트 감도가 향상되는 두 가지 핵심 특성.

▲ Two key characteristics: By introducing fluorinated ligands into tin oxide, reactivity between tin and atmospheric molecules is reduced, chemical orthogonality is secured, and multilayer thin-film structures become feasible—resulting in enhanced resist sensitivity.

아이오딘이 화학 증폭형 포토레지스트의 작동 효율을 향상시키는 고흡광 원소임을 확인하고, 이를 다량 포함한 CT 조영제 기반 방사선 증감제를 상용 EUV 포토레지스트에 적용하여 감도와 패턴 품질이 동시에 향상됨을 입증

▲ Iodine was identified as a high-absorption element that improves the efficiency of chemically amplified photoresists. By applying a CT contrast agent–based radiation sensitizer containing a high concentration of iodine to commercial EUV photoresists, simultaneous improvements in sensitivity and pattern quality were demonstrated.

▲Dr. Gu Ye-jin of the Natural Circulation Electronic Materials Research Institute

Original Article