SKKU Sungkyunkwan University With Classiq Technologies
Sungkyunkwan University
The Sungkyunkwan University (SKKU) Quantum Information Research Support Center has formed a strategic alliance with Classiq Technologies, a global leader in quantum algorithm design and optimization, to transform East Asia's quantum computing talent pool. A Memorandum of Understanding (MoU) shifts South Korea's quantum strategy from hardware-centric training to a more resilient, software-centered ecosystem.
Quantum Workforce Development: New Chapter
The Quantum Information Research Support Center, founded in August 2020, has led Korea's quantum workforce development. The Center has worked with key hardware firms worldwide under Director Yonuk Chong, an SKKU quantum information engineering professor. Previous programs used cloud-based access to IBM, IonQ, D-Wave, and Pasqal systems.
The Center's first quantum software relationship is with Israel-based Classiq Technologies. This shift admits that hardware access is vital, but the capacity to build, optimize, and apply complex algorithms will drive quantum technology's commercial applicability.
High-Level Modeling Breaks Barriers
Classiq is notable for its platform, which links low-level quantum technology to high-level functions. One of the biggest barriers to quantum adoption is developers' need for deep hardware architectural knowledge. Classiq's autonomous synthesis engine produces efficient quantum circuits from high-level models.
This technique relies on Classiq's "Qmod," the industry's first high-level modeling language. Qmod handles complexity, letting developers focus on algorithm logic. This compiler technology improves performance, not simply convenience. Up to 98% fewer quantum gates are needed while maintaining circuit accuracy thanks to the synthesis engine, which lowers execution costs and speeds up current hardware.
The tech community recognizes the company's talents. Classiq, which won Fast Company's “Next Big Thing in Tech 2025” award, serves LG CNS, Comcast, Rolls-Royce, SoftBank, and BMW Group.
Initial Effect: Seoul Training Program
Korea's first open education program on Classiq benefited the cooperation immediately. The exhausting day was held in Sangyeonjae in Seoul Square. Participants numbered 50. Graduate students, industrial professionals, professors, and quantum research centers participated.
Daniel Sung Jin Kim, Classiq's Commercial Director for South Korea, oversaw the training, which confirmed the demand for software-centric products. Participants of varied skill levels were able to use the platform, demonstrating its accessibility and speed of skill gain.
Strategic Vision for APAC
Classiq's strategic growth in APAC includes the cooperation. Akira Tanaka, Classiq's APAC Managing Director, said Korea and Japan are two of the fastest-growing quantum technology markets after China.
“We intend to greatly expand our domestic business operations and strategic partnerships through our collaboration with Sungkyunkwan University starting this year,” Tanaka added. Following the hiring of its Korea Commercial Director last year, Classiq is actively seeking quantum algorithm engineers in Korea to support this expansion.
Director Yonuk Chong, too, called the MoU a “turning point” for the country's quantum goals. He stressed that SKKU will remain a leading center for developing quantum computing talents for industrial use.
A Five-Year Excellence Plan
MoU timing matches SKKU's major new phase. The Ministry of Science and ICT selects the university for its “2026 Quantum Information Science Human Infrastructure Development Project”. The government has granted SKKU a five-year term to improve the research ecosystem.
Center goals for the next five years:
Promote quantum information science research “virtuous cycle”.
Recruit and train top domestic and overseas talent.
Collaborate on industrial, academic, and research education.
Make the Korean quantum ecosystem more competitive.
By merging Classiq's software skills into this long-term national endeavor, SKKU intends to ensure that Korean professionals are both users and developers of quantum algorithms.
In conclusion
SKKU and Classiq Technologies' collaboration is an example for how academic institutions and software creators might collaborate to meet future workforce needs as quantum technology approaches industrial application. High-level languages like Qmod and cutting-edge optimization tools could lower the entry barrier and accelerate Korea's quantum era rise.
