K-MOOC

Spatial computing is a key future technology that creates new industrial value by converging physical space with digital technology. 

This course is designed to systematically cover everything from foundational understanding to practical application and industrial utilization strategies, reflecting current industry demands. It consists of four subjects: Introduction to Spatial Computing, Spatial Computing Practice, Spatial Technology Engine Design, and Industrial Applications of Spatial Computing.

• Certification and Assessment Development Organization 마이크로소프트코리아 Opens new window 유니티테크놀로지스코리아 Opens new window
• Course Developer/Operator 건국대학교 Opens new window

Cybersecurity is a core industry that underpins the safety of the hyper-connected society, a key feature of the Fourth Industrial Revolution. As cyberattacks have recently become more sophisticated and intelligent, demand for highly skilled professionals with practical, job-ready capabilities is rapidly increasing.

This program is a job competency certification and assessment course focused not only on theory, but also on cultivating practical skills that can be applied immediately in the field. By continuously improving the curriculum to reflect the latest technology trends and learner feedback in real time, and by leveraging advanced infrastructure, the program enables learners to experience realistic cyberattack simulations and response processes firsthand. In particular, through systematic project management and a carefully tailored guidance system, it provides an optimized learning environment aligned with each learner’s progress and needs, thereby maximizing educational effectiveness.

Upon completion of the entire program, learners receive both a certificate of completion and a digital badge that can be used as proof of job competency at more than 100 companies and institutions, strongly supporting successful career development and job transition.

• Certification and Assessment Development Organization SK쉴더스 Opens new window
• Course Developer/Operator 용인대학교 Opens new window 산업기술보호협회 Opens new window

Multicloud refers to a strategy of building and operating IT infrastructure by combining two or more cloud service providers (CSPs), such as NAVER Cloud and AWS. It helps reduce the risks of dependence on a single cloud while enabling organizations to secure flexibility, stability, and cost efficiency by leveraging the strengths of each platform. The domestic public cloud market in Korea is projected to reach approximately KRW 3.8952 trillion by 2025, and with more than 40% of Korean companies planning to adopt multicloud, demand for related professionals is rapidly increasing.

In particular, in regulated sectors in Korea such as public services, education, and healthcare, the use of NAVER Cloud, which has obtained CSAP certification, is essential, while AWS plays a key role in expanding global services. As a result, professionals who can work with both platforms are becoming increasingly valuable.

The Match-Up Intelligent Cloud Program has identified four key job roles: Multicloud Solution Architect, DevOps & CI/CD Engineer, Cloud Data Analytics Engineer, and Generative AI API Specialist. Through dual hands-on training that combines NAVER Cloud, the leading platform specialized for Korea’s public and regulated sectors, and AWS, the global market leader, the program aims to cultivate practice-oriented multicloud professionals who can be deployed immediately in digital transformation environments.

• Certification and Assessment Development Organization 네이버클라우드 Opens new window
• Course Developer/Operator 건양대학교 Opens new window

This educational program is designed to enhance job competency by providing fundamental 3D printing theory and hands-on training with industrial AM equipment for the optimization of industrial AM machine operation. The program consists of four courses focusing on specific 3D printing technologies: FDM (ME), PolyJet (MJ), MJP (MJ), and SAF (PBF).

• Certification and Assessment Development Organization Prototech Opens new window 3D Systems Korea Opens new window Konkuk University Opens new window
• Course Developer/Operator Konkuk University Opens new window

Wearable robots are rapidly advancing as a key category of service robots, driven by an aging society, increasing demand for rehabilitation, and the convergence of innovative technologies. In particular, applications closely tied to daily life are emerging as new business opportunities for companies of all sizes, establishing a strong foothold in the market. Wearable robots are garnering attention for their potential to expand across various sectors, including healthcare, manufacturing, and wellness. Currently, they are used in medical and industrial settings to assist with rehabilitation, support users' movements, enhance muscle strength, restore physical balance, and overcome physical limitations. These technologies contribute significantly to promoting healthier lifestyles by aiding physical activities. Looking ahead, the steady supply of skilled professionals is expected to drive further market growth.Founded in 1934 as the Joseon Wireless Technical Institute, Kwangwoon University has been a pioneer in electronics in Korea. In collaboration with Angel Robotics Co., Ltd., a company renowned for its precise, ergonomics-based technological expertise, we offer "practical expert training programs" to foster innovation in wearable robotics and empower businesses to enter new markets.

• Certification and Assessment Development Organization angel-robotics Opens new window
• Course Developer/Operator Kwangwoon University Opens new window

We provide practical training by selecting core technologies in the fields of Generative AI, data analysis/prediction, natural language processing, and computer vision, aiming to cultivate AI talents tailored to the industry. Through this, we can effectively acquire the practical competencies required for the AI industry.1) Generative AI: a technology that creates new content, such as text, images, and videos, based on data. It provides creative productivity and innovation in advertising, design, and media industries.2) Data Analysis AI: It is a technology that analyzes data to derive and predict insights. It is used to optimize decision making and improve efficiency in telecommunications, finance, healthcare, and manufacturing.3)Natural Language Processing AI: A technology that understands and communicates human languages, it is used for translation, chatbot, voice recognition, etc. It contributes to improving the quality of customer service and information provision.4)Computer Vision AI: It is a technology that processes visual information by analyzing images and videos. It provides accurate recognition and analysis in autonomous driving, security, and medical image analysis. Artificial intelligence education in four fields strengthens the core capabilities of AI technology to cultivate practical talents needed across the industry.

• Certification and Assessment Development Organization KT Corporation Opens new window
• Course Developer/Operator WOONGJIN THINKBIG Opens new window

An aging society and growing demand for wellness are expanding the market for biohealth, and the convergence of digital is opening up new markets. Biohealth is the process of collecting, analyzing, connecting, and predicting a large number of data measured from the body to monitor and manage health in real time. Blood glucose management has become a necessity due to the increasing number of obese and diabetic patients in the world, but repeatedly measuring and managing fasting and post-meal management in daily life is not an easy task, like forgetting and missing your daily medication. However, medical devices such as continuous glucose monitors can accurately manage continuous blood glucose with small sensors, allowing you to enjoy well-being without inconvenience.
Kwangwoon University, which has been leading Korea's electronics engineering since 1934, starting with the Joseon Radio Training Center, will help you enter the new market of biohealth medical devices by providing 'practical expert training' for biohealth medical device innovation together with ICENSE, a global healthcare leader based on sophisticated technology and high-level production facilities.

• Certification and Assessment Development Organization i-sens Opens new window
• Course Developer/Operator Kwangwoon University Opens new window

Intelligent Farm (Smart Farm) is an innovative agricultural approach that utilizes Information and Communication Technology (ICT) to remotely or automatically manage crop growing environments in plastic greenhouses, glass greenhouses, and vertical farms. Based on data on crop growth and environmental information, we can create an optimal growing environment to increase the productivity and quality of agricultural products with less labor, energy, and nutrients. We can monitor temperature, humidity, CO2, and other environmental factors through PC or mobile, and maintain and manage the optimal environment for crop cultivation.
Intelligent farms (smart farms) provide timely remote management solutions based on data about crop growth and environment collected in the field, significantly reducing time, effort, and cost while increasing productivity and quality of agricultural products. Smart farms are the foundation of agriculture into a future industry.
The Match-Up Program consists of basic and advanced courses by selecting a total of four core jobs required for cultivating crops by item in glass greenhouses, plastic greenhouses, and vertical farms. The training includes smart farm facility energy management, smart farm crop cultivation, smart farm crop protection, and smart farm data management.
The program spans 8 weeks for the basic course and 1 weeks for the advanced course. After completing the training and successfully passing the evaluation, participants will be awarded the Intelligent Farm Smart Farm Expert Certification. This certification solidifies your expertise in the field, paving the way for a promising future in the growing industry of Smart Farming.

• Certification and Assessment Development Organization Farmhannong Opens new window LG CNS Opens new window N.THING Opens new window
• Course Developer/Operator Yonam College Opens new window

The realm of information technology is ever-evolving, and the pace of change continues to accelerate. Its impact is far-reaching, and no industry or business can escape its influence. Cloud Computing, a vital technology in the Fourth Industrial Revolution, refers to a computing environment where IT services like data storage, networking, and content utilization are accessed instantly through servers on the Internet. From its inception as 'Mainframe→ PC→ Server/Client→ Internet' technology, cloud computing has evolved into a paradigm integrating network, virtualization, and mobility, evolving further into a hybrid cloud that embraces both public and private clouds.
The domestic cloud market is expected to experience rapid growth, driven by digital transformation (DX) and the government's 'Digital New Deal' policy to overcome the COVID-19 recession. As part of this initiative, the Ministry of Public Administration and Security has announced plans to transition and integrate the IT systems of all administrative and public institutions by 2025, by accelerating the integration of cloud-based information resources and establishing a cloud platform to adapt to digital transformation and changing digital demands.
In the future, the cloud sector will continue to seek skilled professionals in various cloud domains, as it emerges as a fundamental and core infrastructure for ICT, irrespective of the private or public sectors.
IGM Institute of Global Management and Metanetti Platform, leading Korea's IT infrastructure, will provide comprehensive training for cloud practitioners through a systematic approach encompassing four core courses: 'Security Architecture', 'Database Solution Architecture', 'Infrastructure Architecture', and 'Application Developer'. These courses are taught by Microsoft Azure MVP instructors who excel in their respective fields.

• Certification and Assessment Development Organization Metanet X Opens new window
• Course Developer/Operator IGM Opens new window

The drone industry represents a cutting-edge convergence of technologies, encompassing ICT, software, sensors, and aviation. It holds immense growth potential, facilitating the production and filming of drone-related hardware and software, while creating new operational and service opportunities in logistics, transportation, and high-tech systems development.
Countries like the United States, the European Union, and China have strategically restructured to nurture related businesses, investing heavily in infrastructure development. Similarly, Korea has established the "Basic Plan for Drone Business Development" in 2017, aiming to foster the drone industry as a foundation for leading the 4th industrial revolution. As part of market expansion efforts, drones are being utilized in various public sectors, such as construction, road and rail facility management, river and marine operations, natural resource management, safety, and disaster management. This approach aims to establish a uniquely Korean system through infrastructure development and regulatory innovation.
Looking ahead, the demand for skilled professionals in the drone industry is expected to surge across various sectors. This necessitates the discovery and cultivation of exceptional talents in the field, possessing specialized expertise in drone technology. Dong Seoul University is well-equipped to meet these demands, providing diverse practical experiences through creative makerspaces and state-of-the-art laboratories. The university's core competency-based curriculum and performance management system ensure the delivery of optimal education in the drone industry.

• Certification and Assessment Development Organization LIG Defense&Aerospace Opens new window
• Course Developer/Operator DONGSEOUL UNIVERSITY Opens new window

The Big Data course focuses on data that is too large or complex to be processed through traditional methods. In today's society, such data is being collected, stored, analyzed, and processed to create new value. Consequently, the ability to collect, process, and analyze big data has become crucial. Developing these capabilities requires a foundation in mathematical thinking, including probability and statistics, as well as the ability to handle various types of structured and unstructured data. Knowledge of platforms and frameworks capable of handling big data is also essential.
The Match-Up Big Data course consists of four key tasks in the field: 'Big Data and Mathematical Thinking', 'Structured Data Analysis', 'Unstructured Data Analysis', and 'Big Data Processing'. In an industrial landscape where skilled personnel in big data are in high demand, we encourage you to take the step forward and become an expert in the big data sector through the Match-Up Big Data courses.

• Certification and Assessment Development Organization Datastreams Opens new window
• Course Developer/Operator THE CYBER UNVERSITY OF KOREA Opens new window

In the movie <i, robot="">, humans no longer drive cars; they simply set the destination, and the car drives itself. Although set in the year 2035, the concept of autonomous driving depicted in the film is not so foreign anymore because autonomous driving technology has developed so fast in just a few years!
As autonomous driving technology has rapidly evolved, advanced driver assistance systems have become standard features across various vehicle types. These systems maintain safe distances from other vehicles, keep the car centered in its lane, reduce speed in safety zones and curves, and even stop and start the car when needed—eliminating the need for human intervention in steering, shifting, and braking.
Autonomous driving technologies are categorized from level 0 to level 5, with level 5 representing full automation. Hyundai Motor Group aims to develop level 3 self-driving cars capable of highway driving by 2021 and level 4 self-driving cars suitable for city driving.
The Matchup Program offers four core tasks and detailed training courses essential for autonomous driving: "Cognition, Judgment, Control, Communication, and Network." These technologies are vital in paving the way for the future of autonomous driving.</i,>

• Certification and Assessment Development Organization HYUNDAI MOTOR GROUP Opens new window
• Course Developer/Operator HYUNDAI NGV Opens new window

Smart farm is a farm that incorporates information and communication technology (ICT) into agricultural production facilities, such as glass and plastic greenhouses, to manage the growing environment of crops remotely or automatically. The convergence of agriculture and ICT can be applied in various forms not only in the production field but also in distribution, consumption, and rural life to revolutionize agriculture and rural areas.

Smart farms provide timely and remote management solutions based on data on crop growth and environment collected in the field, significantly reducing time, effort, and cost while increasing the productivity and quality of agricultural products. Smart farms are the foundation for building our agriculture into a future growth industry.
In the Match-Up program, we selected four core jobs that are required to grow crops such as watermelons, strawberries, melons, tomatoes, and cucumbers in glass and plastic greenhouses. After taking the training courses for facility specialists, pest control specialists, nutrition specialists, and environmental management specialists, and passing the assessment, they can be certified as "Smart Farm Specialists."

• Certification and Assessment Development Organization Farmhannong Opens new window LG CNS Opens new window
• Course Developer/Operator Yonam College Opens new window

In the conventional paradigm, automobiles used to rely on internal combustion engines and fossil fuels. However, the advent of new energy vehicles has shifted the focus to electric energy, resulting in significantly reduced pollutants while driving. According to the government's eco-friendly car supply roadmap, they aim to increase their share in industrial demand to 14.4% by distributing approximately 250,000 electric vehicles by 2025. As a result, the value and significance of electric vehicle technology are steadily increasing.
Hyundai Motor Group is preparing for a gradual shift from Internal Combustion Engine (ICE) vehicles to Zero Emission Vehicles (ZEV) to meet the growing demand for electric vehicles. The group will focus not only on enhancing the fuel efficiency of existing ICE vehicles, but also developing and operating various types of electric vehicles, and expanding the number of electric vehicle types to 44 by 2025. This includes mass-producing all types of vehicles, from semi-mid-size passenger cars to large SUVs and commercial vehicles, to cater to customer needs and lead the 4th industrial revolution era.

• Certification and Assessment Development Organization HYUNDAI MOTOR GROUP Opens new window
• Course Developer/Operator HYUNDAI NGV Opens new window

The 'Becoming a D·N·A (Data, Network & AI) Specialist' curriculum is designed to nurture individuals into proficient D·N·A Specialists.
With the rising popularity of ESG management and NET Zero initiatives, environmental considerations and carbon neutrality have become imperative for manufacturers to secure a sustainable future. As a result, the industry is undergoing rapid digital transformation, with a shift towards smart factories across all value chains. The D·N·A curriculum, crafted by companies experienced in developing and supplying smart factory solutions, encompasses cutting-edge convergence technologies that successfully integrate big data analysis and AI into machine tool-based smart factory construction solutions.
Throughout the course, students will gain comprehensive insights into advanced smart factories, covering the entire big data analysis process, from pre-processing to in-depth analysis and the infrastructure supporting big data. The curriculum offers a blend of online training and hands-on consulting for a holistic learning experience.
Comprising four detailed curriculums, the D.N.A. program equips students with essential knowledge for D.N.A (Data, Network & AI) professionals. These include Smart Factory and CAD/CAM/CNC, IIoT-based data collection development, understanding Digital Twin for process automation, and a solid foundation in AI-based theory.

• Certification and Assessment Development Organization Gunn Solution Opens new window PROTECH INNOTION Opens new window LINK2US Opens new window
• Course Developer/Operator Gunn Solution Opens new window

The Medical Metaverse aims to provide medical education and services in a virtual space by combining medical services and education with the metaverse. The lectures are designed to foster convergence talents by providing the fundamentals and core job training required for the development of a medical metaverse platform based on medical images processed with artificial intelligence technology.
Students will become experts in preparing for the future society of the medical metaverse through the education of professors and working-level experts at Incheon Catholic University, the leader in bio-health convergence education, and Medical IP, a digital twin-based medical AI solution company.

• Certification and Assessment Development Organization MEDICAL IP Opens new window
• Course Developer/Operator INCHEON CATHOLIC UNIVERSITY Opens new window