Course Catalog
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| Course code & No. | Course Title | Course Description | Offering Unit |
|---|---|---|---|
| GE 1 | Earth Trek | A guided exploration into the tools and techniques of earth observation and measurement | DGE |
| GE 2 | Introduction to Geodetic Engineering and Geomatics | DGE | |
| GE 10 | General Surveying I | DGE | |
| GE 11 | Elementary Surveying | DGE | |
| GE 12 | General Surveying II | Introduction to astronomic observations, and modern geospatial technologies, specialized types of survey operations and techniques | DGE |
| GE 15 | Mine Surveying | Introduction to specialized surveying techniques for surface and underground mine operations, with focus on control and topographic survey | DMMM, DGE |
| GE 16 | Elementary Photo-Interpretation | DGE | |
| GE 30 | Digital Cartography | Overview of cartography and digital mapping techniques | DGE |
| GE 38 | Digital Cartography | DGE | |
| GE 115 | Mine Surveying | DGE | |
| GE 116 | Property Surveying | Theory and applications in acquiring parcel information in the Philippines | DGE |
| GE 117 | Construction and Industrial Surveying | Methods and applications of surveying in construction and industrial works | DGE |
| GE 118 | Hydrographic Surveying | Hydrographic surveying standards, methodologies, applications and mapping | DGE |
| GE 119 | Land Surveying | Survey project controls; comparative equipment, procedures and precision; regulations governing property surveys in the country; transformation of coordinates to the Philippine Plane Coordinate System (PPCS), PRS '92, land management and administrative titling and survey requirements, basic CADD. | DGE |
| GE 119 | Land Surveying | DGE | |
| GE 120 | Introductory Object-Oriented Programming for Geomatics | Concept of object-based and object-oriented programming in developing numerical computation applications for geomatics | DGE |
| GE 122 | Mathematical Methods in Geomatics | Mathematical methods for Geomatics application | DGE |
| GE 122 | Mathematical Methods in Geodetic Engineering | Matrices; systems of equations; interpolation; differentiation and integration; ordinary differential equations; linear differential equations; code development for numerical solutions. | DGE |
| GE 127 | Adjustment Computations for Geospatial Data Analysis | Theory of Standard and General Least Squares Adjustment | DGE |
| GE 128 | Adjustment Computations for Spatial Data Analysis | Concepts of measurement and error; statistical testing; variance-covariance propagation; error propagation in survey measurements; introduction to least square adjustments. | DGE |
| GE 129 | Adjustment Computation for Geodetic Applications | Standard and general least squares adjustment; adjustment of geodetic control network adjustment (trilateration, triangulation and traverse network; GPS adjustment); constraint equations. | DGE |
| GE 129 | Adjustment Computation for Geodetic Applications | DGE | |
| GE 142 | Geodetic Engineering-Related Laws in the Philippines I | Legal concepts and laws related to public and private lands | DGE |
| GE 143 | Laws on Natural Resources | DGE | |
| GE 143 | Geodetic Engineering-Related Laws in the Philippines III | Laws on Natural Resources | DGE |
| GE 144 | Geodetic Engineering-Related Laws in the Philippines II | Key laws on land registration | DGE |
| GE 145 | Mining Laws | DGE | |
| GE 148 | Land Registration Law | Fundamentals of the law on ordinary and cadastral land registration in connection with the Torrens system; Real Estate Development Laws, Indigenous People's Rights Act; Agrarian and Urban Land Reform. | DGE |
| GE 149 | Laws, Contracts, and Ethics of the Geodetic Engineering Profession | An introduction to contracts, the Geodetic Engineering Law and the code of ethical and professional standards for Geodetic Engineers | DGE |
| GE 149 | Contracts, Surveying Laws and Ethics | Requisites of contracts; obligations of contracting parties; nullity and enforcement of contracts; stud of actual cases involving contract; Republic Act 9200 - The Geodetic Engineering Law; Code of Ethical and Professional Standards; other surveying laws. | DGE |
| GE 151 | Introduction to Geodesy | History and development of geodesy; the international geodetic community; basic concepts in geodesy; positioning systems and positioning methods; time systems and time coordination; applications of geodesy. | DGE |
| GE 152 | Reference Systems and Reference Frames | Different kinds of reference systems and reference frames; geometry of the reference ellipsoid; computation of geodetic positions; coordinate transformation and map projections; International Terrestrial Reference Frames (ITRF); the Philippine Reference System (PRS). | DGE |
| GE 152 | Reference Systems and Reference Frames | DGE | |
| GE 153 | Earth's Gravity and Geoid Modeling | DGE | |
| GE 153 | Earth's Gravity and Geoid Modelling | Earth's gravity field; normal and anomalous gravity field; geoid; height systems; geoid height modeling and methods; geoid models; geodynamics of the earth. | DGE |
| GE 154 | Satellite Positioning Systems | DGE | |
| GE 154 | Satellite Positioning Systems | Introduction and overview of satellite-based positioning systems (SPS); orbit description; structure, acquisition and processing of SPS signals; mathematical methods for positioning using SPS; SPS surveying; processing transformation; error sources; software modules, SPS applications; prospects satellite geodesy. | DGE |
| GE 155 | Geodetic Control Network | Principles and methods of the establishment and densification of geodetic control network including horizontal, vertical and gravity control network; accuracy standards and specifications of geodetic control network. | DGE |
| GE 155.1 | Horizontal Control Network Laboratory | Project planning and implementation of a horizontal geodetic control network establishment and densification. | DGE |
| GE 155.2 | Vertical and Gravity Network Laboratory | Project planning and implementation of a vertical and gravity control network establishment and densification. | DGE |
| GE 157 | Photogrammetry I | DGE | |
| GE 158 | Photogrammetry II | DGE | |
| GE 159 | Photo Interpretation and Remote Sensing | DGE | |
| GE 161 | Geometric Geodesy | Reference ellipsoids, reference frames in geodetic datum definition, and applications on geodetic positioning | DGE |
| GE 162 | Physical Geodesy | Fundamentals of potential theory, gravity field of the earth, gravity reduction, height systems, gravimetry, geoid modeling, and introduction to geodynamics | DGE |
| GE 168 | Satellite Geodesy | Satellite geodesy with emphasis on GNSS technology and new space technologies in earth measurements | DGE |
| GE 169 | Geodetic Control Network | Principles and methods for the establishment and densification of horizontal, vertical, and gravity geodetic control networks | DGE |
| GE 174 | Satellite Positioning Systems | DGE | |
| GE 190 | Seminar in Geodetic and Geospatial Engineering and Geoinformatics | Undergraduate research proposol and data gathering. | DGE |
| GE 191 | Geodetic and Geospatial Engineering and Geoinformatics Practicum I | On-the-Job Training Preparation | DGE |
| GE 192 | Geodetic and Geospatial Engineering and Geoinformatics Practicum II | On-the-Job Training | DGE |
| GE 192 | Geodetic and Geospatial Engineering and Geoinformatics Practicum | DGE | |
| GE 193 | GE Survey Camp | Practical application of the concepts,methodologies and technologies used in geodetic engineering in field data acquisition processing | DGE |
| GE 197 | Special Topics in Geodetic Engineering | DGE | |
| GE 198 | Special Problems | DGE | |
| GE 199 | Undergraduate Research in Geomatics | Application of research techniques to topics in Geomatics | DGE |
| GE 199 | Undergraduate Research | Undergraduate research proper and defense. | DGE |
| GE 200 | Undergraduate Thesis | DGE | |
| GE 202 | Principles of Remote Sensing | DGE | |
| GE 203 | Principles of Geographic Information Sytems | DGE | |
| GE 204 | Applied Resource Information Systems | DGE | |
| GE 212 | Remote Sensing Systems | DGE | |
| GE 214 | Applied Image Processing | DGE | |
| GE 290 | Special Project | DGE | |
| GE 300 | Master's Thesis | DGE | |
| GIM 165 | Geographic Information Systems: Theory and Applications | Design and implementation of geographic information systems (GIS) | DGE |
| GIM 175 | Geographic Information Systems: Theory and Applications | Design and implementation of geographical information systems (GIS) and Spatial data management including: concept of information and GIS; georeferencing; spatial data modeling; spatial representation; geoprocessing; input/output operations; file storage; database management systems and distributed processing. GIS data models and structures. Spatial indexing. Algorithms for data manipulation, transformation. Spatial analysis and visualization. Techniques involved in project specification, design and implementation and the selection of computer hardware and software for GIS. Strategies and steps on GIS design and implementation. Interoperability, including internet-based handling of spatial data and web-based geo-information services. | DGE |
| GIM 176 | Land Administration and Management | Concepts, processes and technologies in land administration and maanagement | DGE |
| GIM 177 | Land Development and Valuation | Land development patterns and concepts; growth and sustainability; land development design elements and processes; site analysis and land use planning; land valuation types; land valuation methods. | DGE |
| GIM 177 | Land Development and Valuation | Different process in land development and valuation | DGE |
| GS 197 | Special Topics | CIS | |
| Geog 1 | Places and Landscapes in a Changing World | DGeog | |
| Geog 11 | Commercial and Industrial Geography | A study of the major human adjustments to the natural environment which result from the effect to make a living. The course deals with the leading commercial products of farm, range, forest, mine, sea and factory, and trade routes and centers. The course aims (1) to give the students a comprehensive survey of the principal industries of the world in their environmental setting, (2) to establish by concrete illustrations the principles set forth in Geography 1, and (3) to construct a framework of geographic adjustment throughout the world. | DGeog |
| Geog 31 | Economic Geography of the Philippines | Distribution, variety and significance of natural resources and how the physical environment affects their use. | DGeog |
| Geog 100 | Physical Geography | Systematic study of land forms, climate, natural vegetation, and soils | DGeog |
| Geog 101 | Climatology | Climate elements, types and regions | DGeog |
| Geog 102 | Geography of the Philippine Islands | A survey of the principal economic activities of the Islands from the standpoint of their relation to natural environmental complex. Emphasis is placed on the study of the commercial relations of the Philippines with other trade regions; the factors and problems in the development of Philippine trade; the shipping services, and the ports and port facilities. | DGeog |
| Geog 103 | World Regional Geography | DGeog | |
| Geog 104 | Development of Geographic Thought | DGeog | |
| Geog 105 | Economic Geography | DGeog | |
| Geog 106 | Human Geography | Principles of human geography. The distribution of mankind on the earth. Human establishments. Man as a geographical factor. The distribution of cultivated lands. Types of cultural landscapes in various parts of the world. Industrial landscapes. The settlement of an area. | DGeog |
| Geog 109 | Quantitative Methods in Geographic Analysis | Elements and application of quantitative techniques in geography. | DGeog |
| Geog 111 | Resource Management and Conservation | DGeog | |
| Geog 119 | Geography of Movement | DGeog | |
| Geog 121 | Landform Analysis | Landform evaluation and analysis, map reading and photo interpretation, and applications of Geographic Information Systems (GIS) in terrain evaluation. | DGeog |
| Geog 124 | Geographic Information Systems for Human Geographic Research | DGeog | |
| Geog 131 | Geography of the Philippines | DGeog | |
| Geog 133 | Geography of the Tropics | DGeog | |
| Geog 135 | Rural and Urban Geography | DGeog | |
| Geog 143 | Geography of Asia | DGeog | |
| Geog 145 | Geography of the Pacific | DGeog | |
| Geog 151 | Geography of Europe | DGeog | |
| Geog 155 | Geography of North America | DGeog | |
| Geog 157 | Geography of South America | DGeog | |
| Geog 159 | Geography of Africa | DGeog | |
| Geog 161 | Concepts and Principles of Land Use | Utilization and evaluation of land resources and land use allocation, development and causes of land misuse; land management and the application of Environmental Impact Assessment (EIA) principles to land use change. | DGeog |
| Geog 171 | Political Geography | DGeog | |
| Geog 173 | Cultural Geography | DGeog | |
| Geog 183 | Transport Geography | DGeog | |
| Geog 185 | Medical Geography | DGeog | |
| Geog 190 | Map, Aerial Photo, and Satellite Image Interpretation | DGeog | |
| Geog 192 | Field Methods in Geography | Methods and techniques of observing geographic features, recording geographic data, and writing geographic reports. | DGeog |
| Geog 197 | Digital Cartography | Introduction to the concepts, principles, theories and applied components of Digital Cartography and Geographic Information Systems (GIS). | DGeog |
| Geog 198 | Special Topics in Geography | DGeog | |
| Geog 199 | Seminar | Methods, techniques and problems of research. | DGeog |
| Geog 200 | Thesis | DGeog | |
| Geog 201 | Political Geography | DGeog | |
| Geog 202 | Field Geography | Training in methods of geographic fieldwork for advanced students who have not had a field course in geography. | DGeog |
| Geog 204 | Geographic Thought | Concepts, approaches and debates in the evolution of geographic thought | DGeog |
| Geog 209 | Spatial Analysis | Geographic concepts and spatial analytical methods for social research | DGeog |
| Geog 210 | Marine Geography | Man and the sea; oceanic climate and landforms; regulation and control of the utilization of the sea and sea bed. | DGeog |
| Geog 211 | Seminar in Geography | Important contemporary literature and problems in geography. | DGeog |
| Geog 212 | Applied Climatology | Regional genesis and dynamics of climate and its effects on resource development. | DGeog |
| Geog 213 | Agriculture and Food Geography | Distribution, significance and dynamics of agro-food systems | DGeog |
| Geog 214 | Industrial Geography | Location theories and analyses concerned with industrial development. | DGeog |
| Geog 222 | Problems of Economic Geography | Problems, methods, and techniques of geographic study and research with emphasis on resource, agricultural, mineral, manufactural, transportational, and recreational geography. | DGeog |
| Geog 223 | Geography of South Asia | The lands and people, climate, relief, resources and economic activities of India, Pakistan, Ceylon, Afghanistan, Nepal, Sikkim, and Bhutan. | DGeog |
| Geog 226 | Cultural Geography | Concepts, theories, and debates in humans, environments and ecologies | DGeog |
| Geog 228 | Population Geography | Population distribution in relation to natural resources and economic development. | DGeog |
| Geog 231 | Geography of East Asia | The natural and human resources of China, (including Taiwan), Korea, and Japan; the influence of these resources in the development of these countries. | DGeog |
| Geog 235 | Geography of Southeast Asia | The natural and human resources of Malaysia, Burma, Indonesia, Thailand, Vietnam, Laos, Cambodia, and the Philippines and their roles in world affairs. | DGeog, DGeog |
| Geog 241 | Applied Geography I | Principles, problems, and strategies of regional geographic planning. | DGeog |
| Geog 242 | Applied Geography II | Concepts of regional geographic planning in developing countries. | DGeog |
| Geog 243 | Geographic Information Systems Applications in the Social Sciences | Principles, methods and applications of GIS in the social sciences | DGeog |
| Geog 244 | Geospatial Technologies and GIS Project Management | The design, planning, and execution of GIS projects through the integration of geospatial technologies, and related ethical concerns | DGeog |
| Geog 245 | Island and Archipelagic Geographies | Concepts, theories, discourses and debates on island and archipelagic studies | DGeog |
| Geog 246 | Geohumanities | Concepts, theories and spatial practices between geography and arts and the humanities | DGeog |
| Geog 255 | Geography of Disasters and Disaster Risk Reduction and Management | Theories, concepts, and discourses in disaster studies, and practice of disaster risk reduction and management (DRRM) at various scales | DGeog |
| Geog 291 | Geographic Aspects of Philippine Economic Development | DGeog | |
| Geog 292 | Cultural and Population Geography of the Philippines | DGeog | |
| Geog 293 | Cultures of Mapping and Countercartographies | Concepts, theories and discourses on multiple mapping practices | DGeog |
| Geog 299 | Research Design in Geography | Development of geographic research design and proposal | DGeog |
| Geog 300 | Master's Thesis | DGeog | |
| Geog 301 | Environmental Geography | Component of the physical geographic environments, their integration and problems. | DGeog |
| Geog 321 | Urban Systems | Physical development of city systems and related morphological patterns. | DGeog |
| Geog 400 | Doctoral Dissertation | DGeog | |
| Geol 1 | Our Dynamic Earth | NIGS | |
| Geol 11 | Principles of Geology | NIGS | |
| Geol 11.1 | Laboratory in Principles of Geology | Laboratory activities in Earth materials, nature and consequences of geologic processes | NIGS |
| Geol 12 | Technical Drawing and Field Methods in Geology | Basic geometric drawing in geology and fundamental geologic field techniques; Topographic map analysis and interpretation | NIGS |
| Geol 40 | Elementary Mineralogy | NIGS | |
| Geol 41 | Mineralogy | Introduction to crystallography and mineralogy. | NIGS |
| Geol 50 | Elementary Petrology | NIGS | |
| Geol 51 | Petrology and Petrography | NIGS | |
| Geol 60 | Historical Geology | NIGS | |
| Geol 70 | Field Methods in Geology | NIGS | |
| Geol 105 | Geochemistry | Applications of theories and principles in chemistry in the study of geological problems | NIGS |
| Geol 110 | Introduction to Environmental Geology | Application of geology to environmental issues | NIGS |
| Geol 112 | Structural Geology | Characterization of field structures; Introduction of concepts necessary in understanding structural deformation and implications to tectonics | NIGS |
| Geol 116 | Introduction to Engineering Geology | Application of geologic principles in construction, hazard and risk management, development of Earth resources, and other environmental issues | NIGS |
| Geol 117 | Introduction to Hydrogeology | Introduction to assessment, development, and management of groundwater resources | NIGS |
| Geol 118 | Geological and Hydrometeorological Hazards | Types of geological hazards and controls, parameters and tools for their assessment, with emphasis on the Philippine setting | NIGS |
| Geol 120 | Stratigraphy and Sedimentology | Study of the processes of formation of layered rocks and their distribution in time and space | NIGS |
| Geol 122 | Geomorphology | Surface geologic processes and landforms; Geomorphological characterization and mapping, and application of geomorphology in geohazards assessment | NIGS |
| Geol 130 | Elementary Paleontology | NIGS | |
| Geol 131 | Micropaleontology | NIGS | |
| Geol 132 | Paleontology | Fossils and fossilization; The fossil record and its significance in geologic history | NIGS |
| Geol 133 | Marine Geology | Surface/subsurface features of the ocean floor, and physical, chemical, and biological processes that influence their origin, composition, and evolution; Methods used in exploration and data acquisition for both basic and applied marine geology research | NIGS |
| Geol 135 | Earth History | Earth history and ancient life as recorded in rocks; Application of guiding principles and methods in geology to Earth history | NIGS |
| Geol 140 | Optical Mineralogy | NIGS | |
| Geol 141 | Earth Materials Science | Introduction to Earth materials characterization techniques | NIGS |
| Geol 150 | Petrography and Petrology | NIGS | |
| Geol 154 | Volcanology | Study of eruption mechanisms and processes, and the role of volcanism to the dynamics and evolution of the Earth’s systems | NIGS |
| Geol 170 | Field Geology | NIGS | |
| Geol 170 | Field Geology | Geologic mapping | NIGS |
| Geol 171 | Mineral Data Analysis | NIGS | |
| Geol 172 | Introduction to Geostatistics | NIGS | |
| Geol 173 | Introduction to Earth Resource Economics | NIGS | |
| Geol 174 | Introduction to Earth Resources Project Evaluation | NIGS | |
| Geol 175 | Computer Applications in Geology | Use of computer applications in geology | NIGS |
| Geol 177 | Geology and Tectonics of the Philippines and Southeast Asia | Summary of Philippine and Southeast Asian geology and tectonics; Correlation of current observed features with regional geodynamic evolution | NIGS |
| Geol 181 | Geophysics | NIGS | |
| Geol 190 | Petroleum Geology | NIGS | |
| Geol 192 | Non-Metallic Ore Deposits | NIGS | |
| Geol 193 | Mineral Resources | Nature, occurrence, and origin of metalliferous and non-metalliferous deposits; Assessment of resource materials | NIGS |
| Geol 194 | Metalliferous Ore Deposits | NIGS | |
| Geol 195 | Energy Resources | The geology, genesis, exploration and development of Earth's major economic natural energy resources, with emphasis on the Philippines | NIGS |
| Geol 196 | Undergraduate Seminar | Research and presentation on important topics in geology | NIGS |
| Geol 197 | Special Topics in Geology | NIGS | |
| Geol 198 | Laws and Policies in Geology | Overview of policies and laws related to the ethical practice of geology, with emphasis on the Philippines | NIGS |
| Geol 199 | Undergraduate Research | Conceptualization and conduct of geological research | NIGS |
| Geol 200 | Undergraduate Thesis | Conduct of research and preparation of a geologic report at the undergraduate level | NIGS |
| Geol 203 | Geochemical Exploration | NIGS | |
| Geol 205 | Geochemistry | NIGS | |
| Geol 207 | Mineral Equilibria | NIGS | |
| Geol 208 | Geochemistry of Hydrocarbons | NIGS | |
| Geol 212 | Advanced Structural Geology | NIGS | |
| Geol 213 | Photogeology and Remote Sensing | NIGS | |
| Geol 214 | Geotectonics | NIGS | |
| Geol 215 | Advanced Field Geology | NIGS | |
| Geol 216 | Geology for Large Infrastructures | NIGS | |
| Geol 217 | Hydrogeology | NIGS | |
| Geol 218 | Urban Geology | NIGS | |
| Geol 230 | Marine Geology | NIGS | |
| Geol 232 | Systematic Invertebrate Paleontology | NIGS | |
| Geol 237 | Advanced Micropaleontology | NIGS | |
| Geol 241 | X-Ray Crystallography and Spectrography | NIGS | |
| Geol 243 | Crystal Chemistry and Crystal Physics | NIGS | |
| Geol 250 | Igneous Petrology | NIGS | |
| Geol 251 | Metamorphic Petrology | NIGS | |
| Geol 252 | Sedimentology | NIGS | |
| Geol 253 | Sedimentary Petrology | NIGS | |
| Geol 254 | Volcanism | NIGS | |
| Geol 255 | Geothermal Resources | NIGS | |
| Geol 260 | Stratigraphic Analysis | NIGS | |
| Geol 261 | Paleogeology | NIGS | |
| Geol 270 | Ore Microscopy | NIGS | |
| Geol 271 | Mining Geology | NIGS | |
| Geol 272 | Advanced Petroleum Geology | NIGS | |
| Geol 273 | Advanced Mineral Deposits | NIGS | |
| Geol 274 | Environmental Geology | NIGS | |
| Geol 275 | Mineral Resource Economics | NIGS | |
| Geol 276.2 | Metallic Mineral Resources | NIGS | |
| Geol 276.3 | Nonmetallic Mineral Resources | NIGS | |
| Geol 276.4 | Energy Resources | NIGS | |
| Geol 277.1 | Quantitative Methods in Mineral Economics I | NIGS | |
| Geol 277.2 | Quantitative Methods in Mineral Economics II | NIGS | |
| Geol 278 | Quantitative Methods Applied to Exploration | NIGS | |
| Geol 279 | Energy and Mineral Policies | NIGS | |
| Geol 281 | Geophysical Exploration I | NIGS | |
| Geol 282 | Geophysical Exploration II | NIGS | |
| Geol 283 | Geophysical Exploration III | NIGS | |
| Geol 284 | Solid Earth Geophysics | NIGS | |
| Geol 285 | Geophysical Prospecting | NIGS | |
| Geol 289 | Economics and Management of Mineral Exploration and Development | NIGS | |
| Geol 290 | Fundamental Problems in Geology | NIGS | |
| Geol 296 | Seminar | NIGS | |
| Geol 298 | Seminar in Mineral Economics | NIGS | |
| Geol 300 | Master's Thesis | NIGS | |
| Geol 331 | Environmental Geology | NIGS | |
| Geol 399 | Research | NIGS | |
| Geol 400 | PhD Dissertation | NIGS | |
| Geology 297 | Special Topics in Geology | NIGS | |
| German 00 | Lectures in German | A phonetic German course, including pronunciation, diction and grammar. Open only to students of the Conservatory of Music. | DEL |
| German 10 | Elementary Course | Pronunciation, grammar, easy readings, with practice in speaking and writing German. | DEL |
| German 11 | Elementary Course | Continuation of German 10 | DEL |
| German 12 | Intermediate Course | Class and outside reading of selected texts. Grammar and written exercises continued. | DEL |
| German 13 | Intermediate Course | Continuation of German 12 | DEL |
| German 14 | Advanced Language Course I | DEL | |
| German 15 | Advanced Language Course II | Continuation of German 14 | DEL |
| German 16 | Advanced Language Course III in German | Advanced training in linguistic, communicative and intercultural knowledge and skills in German | DEL |
| German 20 | Advanced Language Course I | DEL | |
| German 21 | Advanced Language Course II | Continuation of German 20 | DEL |
| German 30 | Advanced Spoken German I | Prerequisite: 12 units of German | DEL |
| German 31 | Advanced Spoken German II | Continuation of German 30 | DEL |
| German 40 | Advanced Grammar | Advanced principles of grammar along with practice in their application. | DEL |
| German 45 | Introduction to German Phonetics and Phonology | DEL | |
| German 50 | Advanced Syntax and Composition | DEL | |
| German 51 | Text Engagement in German | Development of critical reading skills in German | DEL |
| German 60 | Composition | Mechanics of composition and of its different genres. | DEL |
| German 61 | Academic Writing in German | Structure, content, formalities and ethics academic writing in German | DEL |
| German 70 | Critical Theories in German | Analysis of literary and cultural texts in German | DEL |
| German 80 | German Stylistics | Introduction to German stylistics using literary texts. | DEL |
| German 100 | German Culture and Civilization | Readings in the historical development of civilization in Germany. | DEL |
| German 100 | History of German Literature | This course is designed to introduce the students to the lives and works of the more important authors and to give an insight into the different epochs of German literature. | DEL |
| German 101 | Contemporary German Culture and Civilization | Continuation of German 100 | DEL |
| German 105 | Masterpieces of German Literature | This course enables the student to read intelligently the great authors of Germany. Special attention is given to prosody, to vocabulary and syntax and to the literary merits of each work. | DEL |
| German 106 | Masterpieces of German Literature | Continuation of German 105 | DEL |
| German 110 | German Literature I | A survey of German literature from the Origins to Neoclassicism | DEL |
| German 110 | Survey of German Literature | DEL | |
| German 111 | German Literature II | A survey of German literature from the Romantic Period to the 21st Century | DEL |
| German 120 | Representative German Authors | Designed to introduce the students to the lives and works of the more important authors and to give an insight into the different epochs of German literature. | DEL |
| German 121 | Representative German Authors II | Continuation of German 120 | DEL |
| German 130 | German Linguistics I | Basic structural features of German and their application in foreign language learning | DEL |
| German 131 | German Linguistics II | Research methods in German applied linguistics | DEL |
| German 140 | Technical German | DEL, DEL | |
| German 142 | Scientific Language | DEL | |
| German 150 | Masterpieces of German Literature | The great authors of Germany, with special attention to prosody, vocabulary and syntax and the literary merits of each work. | DEL |
| German 151 | Masterpieces of German Literature II | Continuation of German 150 | DEL |
| German 152 | History of the German Language | A survey of the historical development of the German language; beginnings in the Indo-European Period; evolution of Primitive Germanic characteristics of Germanic languages; development of Old High German; study of early texts. | DEL |
| German 153 | History of the German Language | Development of the Germanic language through Old High German, Middle High German to Modern German, and changes in the language from Luther to the present time. Reading and discussion of representative texts. | DEL |
| German 160 | Contemporary German Literature | DEL | |
| German 161 | Contemporary German Literature II | DEL | |
| German 170 | Techniques of German Translation | DEL | |
| German 197 | Special Topics | DEL | |
| German O-F | German Diction | German phonetics, including pronunciation, diction and grammar. (Open only to students of the Conservatory of Music) | DEL |
| German O-S | German Diction | Continuation of German O-F | DEL |
| GmE 202 | Principles of Remote Sensing | DGE | |
| GmE 203 | Principles of Geographic Information Systems | DGE | |
| GmE 205 | Object-Oriented Programming for Geomatic Applications | DGE | |
| GmE 210 | Spatial Visualization | Theory and application of both abstract and realistic visualization in two, three and four dimensions. Color theory; communication theory; cartography; map animation; hypermapping; environmental visualization; and augmented reality; three-dimensional modeling and transformations; perspective; hidden surface algorithms; illumination models; texture mapping; ray tracing; animation; applications of scientific and environmental visualization for planning and management in built and natural environments. | DGE |
| GmE 211 | Satellite Geodesy | Theory and applications of modern satellite geodesy; theory and applications of satellite positioning, particularly in a geodetic context. Specific topics include: time systems, orbit computation, geodetic datum definition and coordinate systems, introduction to satellite positioning, error modeling, practical applications and considerations, data processing strategies, heights from GPS and geoid modeling and recent developments in satellite geodesy. | DGE |
| GmE 216 | Field Techniques in Applied Geodesy and Remote Sensing | Field techniques for analysis, modeling accuracy assessment in remote sensing and geographic information systems. Application in resource mapping, monitoring and prediction. | DGE |
| GmE 217 | Cadastral Data Management | Introduction to Land Administration, Land Policy; Land Tenure and Security; Legal Aspects; Land Registration and Cadastre; Land Reform; Spatial Data Infrastructure; Land Information Systems; ICT and Land Administration; Information system modeling - UML Cadastral data analysis and modeling; Core Cadastral Domain Model; Marine cadastre; Property valuation and taxation. | DGE |
| GmE 220 | Spatial Databases | Fundamentals of spatial databases; spatial data modeling including entity-relationship and object-oriented data models; indexes and access methods including B-trees, quadtrees, and R-trees; and query languages and query processing. | DGE |
| GmE 221 | Spatial Analysis | Spatial data types; data structures for spatial data; point patterns; measures of dispersion, arrangements; patterns of lines; paths, branching, topology and concepts of distance; patterns of area; patterns in fields; the role of spatial scale and spatial aggregation problems; exploratory spatial data analysis; and spatial autocorrelation. | DGE |
| GmE 222 | Advanced Geographic Information Systems | Theory and application of advanced techniques in resource estimation, prediction and evaluation using GIS. Design of GIS; Temporal GIS; 3-D GIS; Spatial data quality; Error propagation; Model integration/coupling with GIS; Agent-Based Modeling. | DGE |
| GmE 223 | Integrated Spatial Systems | Fundamental concepts, theory, and applications of integrating spatial technologies with enabling technologies, such as wireless communications and the Internet: studies in positioning techniques and measurement integration; distributed GIS, web mapping, interoperability; location-based services. | DGE |
| GmE 230 | Microwave Remote Sensing | Theory and application of microwave remote sensing in resource mapping, monitoring and prediction; Radar development; Side Looking Radars (SLAR); Synthetic Aperture Radar, Imaging polarimetry, interferometry, radar altimetry, passive microwave systems. | DGE |
| GmE 231 | Lidar Remote Sensing | Principles, technologies and applications of hyperspectral remote sensing; spectral matching; spectral mixing analysis; high-dimensional implications for supervised classification. | DGE |
| GmE 232 | Hyperspectral Remote Sensing | Principles, technologies and applications of hyperspectral remote sensing; spectral matching; spectral mixing analysis; high-dimensional implications for supervised classification. | DGE |
| GmE 233 | Close-Range Photogrammetry | Principle and methods of close-range digital photogrammetry; industrial, engineering and other applications of vision metrology. | DGE |
| GmE 241 | Mathematical Geodesy and Adjustments of Geodetic Observations | Review of Least Square Adjustments; Network deformation and analysis; Theory of Elasticity; Least-squares Collocation; Non-linear Adjustments; Datum Transformation Techniques; Ring Theory and Polynomial Theory as applied to problems in Geodesy. | DGE |
| GmE 242 | Satellite Positioning, Signal Processing and Numerical Methods | Space-based positioning systems (such as GPS) are used in conjunction with sophisticated mathematical modelling to solve the problems of determining 3-D position on and near the surface of the earth. Static and kinematic positioning with the Global Positioning System (GPS). Inertial positioning; astronomic positioning; VLBI positioning; satellite laser ranging. Horizontal, vertical and three-dimensional networks; pre-analysis and post-analysis; theory of heights; gravimetry; global and local geoid determination; astrogeodetic, gravimetric and combined methods; leveling by GPS and the geoid. Introduction to signal processing, time series analysis and FFT techniques. Kalman filtering. | DGE |
| GmE 243 | Satellite-Based Positioning Systems (SBPS) Technology Development | SBPS receiver-software interface development; GPS functional library; GPS data platform and processing core; Concept of precise kinematic positioning and flight-state monitoring; precision estimation and comparisons. Application of GPS Theory and Algorithms. | DGE |
| GsE 188 | Digital Photogrammetry | Theories and methodologis for mono and stereo photogrammetry and generation of photogrammetric outputs | DGE |
| GsE 188 | Modern Photogrammetry | Mono and stereo photogrammetry; principles of vertical photogrammetry; principles of vertical photography and stereoscopy; optics; image coordinate refinement; theory of orientation and aerial triangulation; digital image processing; DEM, contour and orthophoto generation; principles of satellite photogrammetry; close-range applications. | DGE |
| GsE 189 | Remote Sensing: Theory and Applications | Fundamental concepts of remote sensing; electromagnetic radiation principles; history of aerial photography and space imaging; elements of visual interpretation; sensors and platform characteristics; digital image processing; information extraction; thermal infrared, microwave and LIDAR remote sensing; thematic mapping applications. | DGE, DGE |