Natural Sciences
The Natural Sciences Program at Taejae University is dedicated to nurturing future innovators who are grounded in a deep understanding of the scientific and technological foundations of modern society. Our curriculum offers a diverse range of courses spanning fundamental theory, analytical and simulation methods, and integrative problem-solving. Students actively engage in interdisciplinary research, modeling, and the design and fabrication of virtual laboratories. Opportunities are also available to participate in capstone-related projects or internships through our partnerships with global laboratories and industry organizations. At the heart of our program lies a philosophical commitment to curiosity, understanding, and progress—three interwoven dimensions that drive scientific inquiry. Designed for a hybrid learning environment, our curriculum integrates online synchronous sessions, flipped learning models, and immersive virtual labs to foster active, student-centered learning. The program is structured around three interconnected domains:
Foundational Insights
Develops scientific literacy through interdisciplinary exploration of core concepts across physics, chemistry, biology, and planetary systems.
Science in Society
Examines the ethical, historical, and societal dimensions of science, cultivating critical thinking and Science, Technology, and Society (STS) literacy.
Expanding Frontiers
Challenges students to tackle complex, cross-disciplinary problems in areas such as sustainability, biotechnology, and technological innovation.
Rather than following a rigid, linear track, these domains offer a holistic and integrative learning experience that empowers students to think critically, act creatively, and navigate the scientific dimensions of real-world challenges. Majoring in Natural Sciences opens doors to a wide range of career paths, as scientific knowledge and its applications are increasingly essential in today's world. Our graduates are equipped to integrate and apply scientific principles effectively, making them highly sought after across diverse fields—from cutting-edge research and technological development to environmental leadership, healthcare innovation, and science-informed policymaking. At Taejae University, we prepare students not just for immediate career opportunities, but for impactful, lifelong contributions to society and the global community.
Educational Goals
Upon completion of our program, students should be able to : . Develop problem-solving skills, simulation techniques, effective communication, and a strong foundation in theoretical knowledge for real-world applications. . Acquire interdisciplinary knowledge and critical thinking methods to tackle complex challenges in modern and future society. . Foster global engagement and cultural awareness by understanding global issues and designing solutions with scientific approaches. . Encourage self-directed learning and self-tailored projects to support students' unique interests and career goals
Course Highlights
Category
Courses
Curiosity - Foundational Insights:
Building the Architecture of Scientific Understanding
NS200 Energy and Matter in Systems
NS202 Atoms to Systems
NS221 A Study of Life
NS331 Earth Systems and Climate Science
XD221 Quantitative Modeling in Social and Natural Sciences
Progress - Expanding Frontiers
Advanced Interdisciplinary Exploration
NS311 Thermodynamics & Sustainable Energy Systems
NS312 Smart Systems for a Sustainable Future
NS321 Genetics and Biotechnology
NS332 Ecology and Environmental Sustainability
Curiosity - Foundational Insights
Building the Architecture of Scientific Understanding
NS200 Energy and Matter in Systems
Covers fundamental principles of physics and energy and their roles in natural and technological systems, with virtual experiments illustrating atomic to planetary phenomena.
NS202 Atoms to Systems
Explores how atomic transformations drive change across biological, environmental, and energy systems, revealing the chemical foundations of progress and societal impact.
NS221 A Study of Life
Explores the fundamentals of life science – including basic cell biology, biochemistry, evolution and ecology – to understand how molecular interactions give rise to interconnected living systems, with virtual lab simulations
NS331 Earth Systems and Climate Science
Examines Earth's dynamic systems (atmosphere, oceans, land, and biosphere) and the science of climate change, using data-driven virtual labs to analyse environmental patterns and global change.
XD221 Quantitative Modeling in the Sciences
Introduces mathematical and computational tools for modeling complex systems across natural and human-driven domains, equipping students with interdisciplinary problem-solving skills applicable to science, technology, and society.
XD231 Experimental Design and Statistics: Scientific Inquiry & Methodology
This course introduces experimental design and statistical analysis for data science and AI. Students develop practical skills in research planning, data analysis, and ethical considerations through hands-on, collaborative projects, preparing them to conduct rigorous, impactful research.