Vocabulary, grammar, pronunciation, and communication strategies related to daily life; listening, speaking, reading, and writing skills used for everyday communication; the use of English appropriately in daily life, suitable to language level, social context, and cultural norms; self-directed learning strategies for improving English language skills

Communicating in English relevant to the workplace and multiculture appropriately in work contexts according to situations, language level, and social norms; self-directed English learning strategies

Basic science and technology vocabulary; scientific communication and report writing; describing processes, tools, and innovations; teamwork and collaboration with international researchers; problem-solving and safety in laboratories; integrating English skills to address scientific challenges and future trends; fostering ethics, responsibility, and confidence in scientific contexts

English proficiency for communication in Thailand’s Soft Power and related industries; cultural exchange; hospitality and tourism communication; creative writing and digital content creation; marketing and branding; cross-cultural communication; professional etiquette; presentations and storytelling in English; promoting creativity and enhancing personal attributes for business success in an international context

Communication; medical vocabulary and terminology; patient interaction and symptom description; interdisciplinary team communication; documentation and reporting; pharmacological communication; lab report understanding; public health campaigns; cultural competence; and sports science counseling

Definitions, principles and importance of creativity in problem solving; brain and creativity in problem solving, types of problems; stages of creativity in problem solving, creative thinking process; obstacles of problem solving; impacts of creativity in problem solving; techniques of creativity in problem solving; measuring creativity in problem solving; applications of creativity in problem solving in various contexts

Use of information technology in daily life; searching, gathering, analyzing and evaluating the appropriateness of information; computer network systems, threats and security on the Internet; laws and ethics related to information technology and the Internet; creating digital media; applications and services on the Internet; basic use of artificial intelligence to adapt to changes in society and technology in the 21st century

Meaning, principles, the importance of systems and system thinking, systems components, system approach to problem solving, analytical thinking, critical thinking, digital tools that support problem analysis, filtering and choosing trustworthy information, information safety and ethics, identifying patterns and relationships in problems, connecting causes and effects, developing diagrams of the system thinking cycle, using digital technology to solve problems, applying systems thinking principles to different fields, and using systems thinking to solve various kinds of problems

Introduction to data management, gathering, and analysis; steps and economic tools to analyze and interpret data; data visualization and presentation skills; application of numerical methods assisting economic decision in digital era

Achieving a balance between physical and mental health in the digital living; meal planning and exercise suited to a digital lifestyle; the use of technology and applications for health tracking and assessment; principles of dressing for hybrid setting; personality for digital platforms; communication and appropriate personality expression in a hybrid work environment

Understanding the benefits and challenges of diversity, creating an inclusive and accepting work environment, effective communication within teams and across departments, leveraging diverse perspectives for problem-solving and innovation, building and leading high-performing, agile teams, developing emotional intelligence and managing personal biases, aligning diverse teams towards common goals, promoting a culture of continuous learning and growth, monitoring diversity, equity and inclusion, showcasing success stories and best practices related to diversity, teamwork

Knowledge about good quality of life, the concept of holistic well-being and its application in daily life, self-awareness and building good relationships, principles of life balance, life balance with work, planning and managing life to balance between study, work, and health, skills for balancing life and work, caring for physical and mental health, skills for managing health and creating good health

Creating and maintaining work-life balance in the digital edge, time management through digital tools, improving time management techniques, reducing work-related stress, and developing flexible work habits and positive relationships in the workplace

Principles and concepts of health, digital health literacy, the role of digital media in promoting well-being, the influence of social media trends on public health behaviors, strategies for evaluating and utilizing digital health information, and ethical responsibilities in disseminating health-related information through digital platforms

Social differences and diversity, the concept of multiculturalism, Thai multiculturalism, new forms of multiculturalism, borderless citizens, groups with various special needs, communication skills in a diverse environment, understanding multiculturalism and its application in the workplace

Fundamentals of nutrition, processed foods, food for non-communicable diseases, functional foods, food and holistic well-being and sustainability, food safety and registration, food innovations for health and life balance

Knowledge and skills in personal financial management and entrepreneurship for modern life, analysis and financial planning, budgeting and saving, investment in various assets, risk management in investments, use of technology in financial management, development of entrepreneurial ideas, creation and planning of new businesses, efficient resource management, market analysis and business opportunity identification, networking and building business relationships, development of financial decision-making skills, evaluation of financial performance, and preparation for future financial stability

Basic principles and techniques in investment and financial risk management, development of knowledge about entrepreneurship and resource and capital management, financial situation analysis, investment planning, risk management, decision- making development, and financial project management using digital technology, managing teams and financial resources to creating business opportunities for sustainable growth

Understanding and skills in managing and leading modern entrepreneurial teams, cultural and social diversity, shared goals in organizations, principles of team management and leadership, effective communication within teams, negotiation techniques, resource and financial management, leading teams through digital transformation, data use and compliance with relevant laws, adapting to societal and technological changes of the 21st century, practical application of knowledge in real contexts, case studies and group projects, project management, and personality development for leaders

Principles of business financial and tax planning for modern entrepreneurs; financial report analysis; financial planning; time value of money; investment project analysis; financing structure and cost of capital; principles and methods of tax collection under the revenue code; personal income tax; corporate income tax; value-added tax (VAT); specific business tax; stamp duty

Knowledge of demand and supply, elasticity of demand and supply, production and service, cost and profit management, market structures and pricing strategies, macroeconomic indicators, the impact of economic policies on business decisions

Interest calculation, annuity saving, loan payment, price comparison, saving techniques; sufficiency economy, basic investments, financial ethics; financial technologies, budgeting apps, digital payment systems, cryptocurrency, blockchain; real-world financial decision-making, personal finance, entrepreneurial finance

National economic and social development through innovation and technology, Thailand’s innovation ecosystems, innovation-driven entrepreneurship, customers and sales, value proposition canvas, leadership and team building, intellectual property, business pitching skill training

The origin of the world, weather phenomena, climate change, physical geographic phenomena, geological time, the relationship between natural factors that cause various phenomena on the earth's surface, including the advancement of science and technology used to study various phenomena on the earth.

Structure of mathematics; set and logic theory; relation and function; geometry of common shapes; analytic geometry and conic section; plane and spherical trigonometry; matrices and determinants; basic statistics for geoinformatics and environment; introduction to calculus; vectors and transformation coordinates systems; differential equation and mathematical models

Concepts scope and definitions of geography and geo-informatics, physical phenomena, human society and environment, interaction between geography factors and human activities, application of geo-information technology

Background of human settlement, the evolution of culture, society, economy, settlement pattern, location selection, rank size rule, rural and urban structure, solving the basic problems of human settlement

Natural phenomena in geographical system that are related to the structure of topography, soils, rocks, minerals, change processes of the earth surface, the relationships between those phenomena and human living

Shapes of the earth and map projection, composition of map, reference system for positioning, scales, distance and direction, uses of topographic maps, types of aerial photography, 3D/stereo-photo vision, direction and positioning on aerial photographs, interpretation of aerial photographs, uses of aerial photographs, using google earth to interpretation aerial photographs and mapping

Spatial data, attribute data, vector data, raster data, spatial and attribute data input, spatial data analysis basic, spatial data visualization, map layout, introduction to GIS software

Database system; database management system; spatial database management system; E-R model; Principles of database design; Utilization of basic database for research; programming concepts for geographer; computer languages; principles of programming; open- source software; programing for data retrieval, data analysis and data visualization through internet map server

Principles of data analysis, spatial modeling, vector and raster-based modeling, multi-criteria modeling, data analysis using mathematical and statistical methods, hydrological modeling, network analysis, GIS applications in various fields, project implementation based on case studies

Principle and theory of remote sensing, data acquisition, composition, principle of operation and types of remote sensing, remote sensor types, electromagnetic spectrum, preprocessing of remotely sensed data, data analysis, data classification, accuracy assessment

Global Navigation Satellite System (GNSS) technology via GNSS receiver, formation and standard of data, data error removal methodologies, network corrections, altitude from GNSS calculations, high resolution methodologies in survey, field processing

In-depth understanding of techniques in digital image processing, data extraction, object-based classification, vegetation indices, change detection, data analytical process, data evaluation, applications of thermal infrared band, applications of active microwave (SAR) technique

Acquisition of digital images ,Types of aerial photo, aerial cameras, geometry of aerial photo, 3D visualization, stereoscopic depth perception, scale of vertical air photograph, relief displacement, stereoscopic parallax, height of object, terrain elevation measurement, parallax bar, orientation, aerial triangulation, map revision, flight line planning, photo control point, rectification, orthophoto mosaic, aerial photo interpretation, mapping, orthophotograph generation, terrain analysis, close-range photogrammetry

Practical training in fieldwork; developing skills, familiarity; surveying exercises using different techniques and instruments; preparing plans for team and individual work; writing report on fieldwork undertaking, involves field trips.

Utilization of oceanographic satellite data, meteorological satellite data, natural resource exploration satellite data, wind energy assessment, solar energy assessment, wave energy assessment, creating movement models from satellite data, applying artificial intelligence to satellite data for prediction

Artificial intelligence techniques; big data analysis spatio-temporal query processing and optimization; Integration of knowledge, geoinformatics applications, storage and acquisition of big data; remote sensing techniques, high resolution aerial photograph, LiDAR for 3D data, ground mapping data, data set from sensor, spatial data model; system design in UX & UI, big geospatial data utilization and management

Knowledge Integration; application of geoinformation science, actionable planning, city management, natural resource-environment, health, socio-economic, disasters-pollution, energy, education, high level design method; factor effect design, spatial data selection, data analytics from AI method; spatial problem solution, spatial data learning model, result of regression, decision system

Basic principles of geoinformatics, the advanced artificial intelligence language models developed by the artificial intelligence research lab, transforming and managing spatial databases into geographic information systems, model improvements to artificial intelligence language model from the artificial intelligence research lab, using natural language processing techniques, use of information, location-based information occurs on the world, connection channels that developers or service providers, programming with advanced artificial intelligence language models.

Application of geo-informatics technology to manage transportation data, power consumption, save energy and choose to use clean energy, infrastructure, internet communication network, managing air pollution, wastewater, garbage, and drainage problems, the urban heat island effect; promoting and balancing the environment; increase green space; integrating satellite and geoinformatics technologies in smart city planning; urban community management model for providing sustainable life and services to citizens

Environment and Law of Change, Environmental Impact, Project and Type of Project, Environmental Impact Assessment, Project Screening/Project Site Screening, Tender of Document, Strategy Management of Environmental Impact Assessment, Principle of Strategy Health and Social Impact Assessment

Data collection, data analysis, results interpretation, final report writing, spatial problem solutions, research ethics, researcher ethics, presentation, research publication

Integrating knowledge of space technology and geographic information, according to academic and professional lines, full-time as a temporary employee at the establishment and doing research projects on space technology and geographic information (for students, 2 months of internship and 2 months of research projects)

Key concepts in mapping on the website from geospatial data via the Internet, designing services and maps on the website, drawing and querying maps on the server using web map services, layering data together with web map application program interface web-based, editing and analysis from MapServer, GeoServer, OpenLayers, QGIS, PostGIS, etc.

The relationship between human life and geographic information technology, mobile location services, geographic applications, environmental impacts, weather, monitoring, land use, location selection principles, map benefits, remote sensing

Meaning, causes, characteristics, occurrence of natural disasters and disasters caused by humans, surveillance, warning, impact monitoring, damage assessment, mitigation, and rehabilitation. Natural disasters, climate change, drought, wildfires, floods, landslides, earthquakes, tsunamis, volcanic eruptions, coastal erosion, disasters caused by humans, fires, land subsidence, greenhouse gas emissions, use of geographic information technology to search for information from relevant agencies.

Basic theories of morphology; meaning, classification, process and evolution of each type of morphology plateau plain estuary coastal. As well as systematic geo-geographic technology applications

Trigonometry for surveyors, field notes, horizontal measurement, theodolites, levelling, angle measurement, traverse, topographic surveys, construction surveys, earthwork, cut and fill, maps drawing

Principles, components; types and development of Unmanned Aerial System (UAS); flying safety; types of payload cameras, control of Unmanned Aerial System, preflight planning, land use land cover mapping, ground control points (GCPs), generation of ortho mosaic imagery; digital elevation model (DEM); LiDAR detection; basic concept of photogrammetry, sUAS applications

Design of relational and spatial databases, utilization of NoSQL databases for managing distributed spatial data, data backup in cloud systems; big data analysis in geospatial applications, development and use of APIs for database connectivity, integration of data from multiple sources to support decision-making; application of knowledge in natural resource management, urban planning, environmental change monitoring, development of integrated geospatial database projects, presentation and evaluation of data analysis results

Principles and technologies for web application development in geospatial information programming for front-end and back-end development, use of APIs and Web Mapping Services, system development on cloud platforms; spatial data management in database and big data formats, application of OGC (Open Geospatial Consortium) standards; development of systems supporting AI and Machine Learning for geospatial data analysis and visualization, design for user experience (UX/UI)

Integrating knowledge in remote sensing technology applications Geographic information system Global positioning, studying patterns and theories about cities technical analysis methods and steps in urban planning, urban elements and structures and urban environment, system dynamics of natural resources, environment, economy, society, population, population density, urban environmental problems, planning for urban natural resource and environment including spatial analysis for urban environmental planning

Study of land use, physical, economic, social, infrastructure, political city, factors and structures of sectors and cities, role of the city, urbanization, Theory and patterns of settlements and cities/urban, special city planning, comprehensive urban planning, regional planning and country planning, apply geospatial technology for urban and regional planning, planning for land use; housing, transport, public utilities and public welfare applied training from real locations

Geographical concepts and principles related to tourism, physical, economic, social, and cultural factors influencing the development of tourist destinations, tourism resources, issues and impacts of tourism, sustainable tourism management and planning, applications of geoinformation technologies in tourism, mapping tourist destinations, developing databases for tourism management, case studies, fieldwork experiences

The globe and environment; the sun and radiation, atmosphere, greenhouse gas, ozone and absorb radiation process, global warming impacts, El Nino – La Nina, water resource management, sea level rise phenomenon; global warming and clean energy; adaptation for century 21

Definition; components; working system of geoinformatics technology; potential in applying technology; remote sensing, geoinformatics and global positioning system; Fundamentals of digital mapping; geoinformatics for population's characteristics; socio-economic information; demographic database management; demographic mapping; presentation of geoinformatics data

Local tax types; composition; tax forms related information; the role of geographic informatics in local taxation; relationship of data in tax assessments, the use of tax collection; property registration systems

Concepts and definitions of coastal geography, coastal change phenomena, coastal interactions with living things and the environment, coastal geo-informatics applications

Application of geo-informatics technology; agricultural data surveying, planning; analyzing; developing land area; physical characteristics; topography; weathering natural resources; environment; irrigation; promote agricultural economy. stationary agricultural planning; systematic monitoring; evaluation of crop cultivation; holistic management of organic products; including agricultural production process monitoring systems; application of remote sensing data planning; field surveys; coupled with ground data collection; agriculture development to intelligent agriculture; assess the growth of plants; plant plots management; geographically identified GI and GAP with QR Code technology for effective sustainable agriculture management

Study the physical geography, factors and structures of urban communities, application of techniques and tools, innovations and/or geo-informatic technology for survey studies, land use of cities, analysis, design, physical development of cities, development of areas supporting new urban development, new urban form

The meaning of natural resources and environment, human behavior that results in changes in natural resources and environment, human adaptation, application of new technologies and innovations to manage the environment and natural resources sustainably in the future.

Management, surveying, design, application of geographic information technology to analyze, monitor, and model changes in natural resources as a component in the decision-making process for managing physical and biological natural resources, and the relationship between hydrology and humans and the environment.

Meaning, causes, characteristics, occurrence of natural disasters, important spatial data used for disaster management planning with geographic information technology, such as surveillance, prevention planning, assessment of damage and impact from disasters, including new technologies and innovations for warning and emergency rescue from disasters.

Fundamentals of tourism, components of the tourism industry, tourism resources, issues and impacts of tourism, sustainable tourism conservation and development, relationship between geography and tourism, creation of tourism databases and maps, management and planning of tourism using geoinformation technology, applications of geoinformatics in tourism, case studies, fieldwork experiences

Using geoinformatics in data management, data analysis, Industrial area management, water management for Industrial, assessing the potential of Industrial areas, productivity and marketing, application of information for Industrial development

Definition and components of digital geospatial data infrastructure; geospatial standards; Fundamentals geographic dataset; geospatial portal and Digital geospatial policy

Smart city development policy; components of healthy city development; land use and health promotion activities in urban areas: development of a geographic information database based on indicators for healthy city development; case study of spatial health data analysis; spatial health data management using geographic information technology

Principle and concept of cooperative education, preparation before cooperative education practice, training in techniques for applying for jobs and interviews, writing a resume, skills for working with workplaces, quality management systems, techniques for presenting work, skills for writing reports, personality development for the working society

Integrating knowledge in space technology and geographic information, according to academic and professional lines, full-time as a temporary employee at the business.