The below table shows all courses offered at this N.U.in program location. Click on a course code and title to view its course description.
Students in The N.U.in Program take four classes (some classes are paired with labs/recitations). One of these classes will be a location-specific Culture course. Classes that fulfill the Culture course requirement appear in purple in the table below. Or, you can view all Culture course options at this location by clicking “Yes” on the checkbox to “Show only Culture courses.”
To see recommended classes for a specific major, use the “Major requirements” drop-down menu on the right to select a major. This will filter the curriculum table to show the courses offered at this location that students in the selected major should prioritize taking during their N.U.in program. Students who have earned AP/IB/transfer credit equivalent to one or more of the recommended courses for their major can select alternative courses from the complete curriculum list for their location: press the red “Clear filters” button to view all courses.
Other information included here is the number of credits assigned to each course: with few exceptions, each course carries four credits, matching its NU course equivalent, which is also listed below. Upon successful completion of each N.U.in course, students earn the associated credits and fulfill the major, elective, and/or NUpath requirements associated with the NU course equivalent. The NUpath column notes which NUpath attributes, if any, are fulfilled by each course. To view all courses that fulfill a particular NUpath requirement, select that requirement through the drop-down menu on the left to use the “NU Path” filter.
All course offerings are subject to change.
Course | NU Course Equivalent | NU Path | NU Credits | Culture Course | Description | course_ID | course_post_title | course_meta_course_code | course_meta_course_title | course_meta_nu_course_code | course_meta_nu_course_title | course_meta_program | Major requirements |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
ARCH 120: Architecture in Greece through the Ages: Ancient to Contemporary | ARCH 2370: Topics in Architectural History (Architecture in Greece through the Ages) | WI | 4.00 | Yes | This course will be an examination on the architecture created in Greece from the Archaic to the Contemporary period. Important examples from all periods and styles are going to be examined architecturally and as products of the period that produced them. The students will be exposed to major architectural works from different periods, some of the most important of their style in the world and will be able to visit most of them, since serveral of the topics are in the city and the country of their studies. | 11,036 | Architecture in Greece through the Ages: Ancient to Contemporary | ARCH 120 | Architecture in Greece through the Ages: Ancient to Contemporary | ARCH 2370 | Topics in Architectural History (Architecture in Greece through the Ages) | 2 | 149. Environmental and Sustainability Sciences and Landscape Architecture |
ART 121: Greek Art through the Ages: From Ancient to Modern | ARTH 1990: Art History Elective (Greek Art through the Ages: Ancient to Modern) | 4.00 | Yes | The course will be an introduction of a comprehensive and compact study of the arts of Greece from the Ancient to the Modern time. Through the examination and understanding of the arts, the complex political, social and religious life of the country, throughout the years of its existence, will be comprehended. | 11,037 | Greek Art through the Ages: From Ancient to Modern | ART 121 | Greek Art through the Ages: From Ancient to Modern | ARTH 1990 | Art History Elective (Greek Art through the Ages: Ancient to Modern) | 2 | 347. Psychology and Design, 19. Behavioral Neuroscience and Design | |
SNCB 113/SNCB 113L: General Biology II with Lab | BIOL 1113/1114: General Biology 2 with Lab | ND | 5.00 | No | Upon Completion of this course students should be able to: Describe the theory of evolution, the mechanisms of evolution especially by means of natural selection, the evolution of populations and species, and the evidence in support of evolution; Describe the history of life on Earth and research into the origin of life as well as the major periods of geologic time, the fossil record and the role of changing environmental conditions and mass extinctions in the evolution of life; Recognize a phylogenetic tree and the principles involved in grouping organisms on an evolutionary tree; Distinguish between organisms in the 3 domains of life and provide identifying characteristics of each; Identify groups of protists, the main clades of fungi, major groups and evolution of land plants and key characteristics and evolution of both invertebrate and vertebrate animals; Describe the societal implications of biopharmaceuticals, ocean acidification, climate change, habitat destruction and loss of biodiversity on human health. | 11,039 | General Biology II with Lab | SNCB 113/SNCB 113L | General Biology II with Lab | BIOL 1113/1114 | General Biology 2 with Lab | 2 | |
SNCH 115/SNCH 115L: Integrated Human Anatomy and Physiology I with Lab | BIOL 2217/2218: Integrated Anatomy and Physiology 1 with Lab | ND | 5.00 | No | This course is the first part of a two-part Anatomy & Physiology Course. It is designed to provide an understanding of the anatomical structures, function and regulation of integumentary, muscular, skeletal, nervous and endocrine systems. This course aims to provide students with knowledge of normal function of the organ systems and thereby provide the information base for interpreting data relating to health and disease. For those in health fields, this information will serve as the foundation for most of your courses. | 11,040 | Integrated Human Anatomy and Physiology I with Lab | SNCH 115/SNCH 115L | Integrated Human Anatomy and Physiology I with Lab | BIOL 2217/2218 | Integrated Anatomy and Physiology 1 with Lab | 2 | 252. Nursing, 336. Speech Language Pathology and Audiology and Human Services, 284. Speech-Language Pathology & Audiology |
SNCC 117/SNCC 117L: General Chemistry for the Biological Sciences with Lab | CHEM 1161/1162/1163: General Chemistry for Science Majors with Lab | ND | 5.00 | No | This course is designed to introduce biology students to the fundamental principles of chemistry. Topics to be covered include atomic structure, chemical equations, the periodic table, chemical bonding and intermolecular interactions, thermochemistry, reaction spontaneity, reaction rates, chemical equilibria, acid base chemistry and reactions in aqueous systems. Emphasis will be given to applications of chemical principles in biological systems. Students will develop an understanding of: Atomic structure and chemical properties of elements; Chemical reactions and reaction stoichiometry; Nature of chemical bonding and molecular shape; Significance of intermolecular forces; Thermodynamics of chemical reactions; Chemical kinetics, chemical equilibria, reaction rates, Acid base chemistry, and Buffers, acid base equilibria. | 11,041 | General Chemistry for the Biological Sciences with Lab | SNCC 117/SNCC 117L | General Chemistry for the Biological Sciences with Lab | CHEM 1161/1162/1163 | General Chemistry for Science Majors with Lab | 2 | 253. Pharmaceutical Sciences, 254. Pharmacy, 252. Nursing, 19. Behavioral Neuroscience and Design, 124. Ecology and Evolutionary Biology, 18. Behavioral Neuroscience, 25. Biology and English, 222. Marine Biology, 21. Biochemistry, 48. Cell and Molecular Biology, 146. Environmental and Sustainability Sciences and Chemistry, 55. Chemistry, 19. Behavioral Neuroscience and Design, 20. Behavioral Neuroscience and Philosophy, 112. Data Science and Chemistry, 24. Biology, 27. Biology and Political Science, 112. Data Science and Chemistry |
ANTH 349: Intercultural Communication in Theory and Practice | COMM 2303: Intercultural and Global Communication | SI; DD | 4.00 | No | This module aims to introduce students to a rounded understanding of how interactions between people from different cultural backgrounds takes place and the influences that affect such processes. In today's globalized world this seems to be central to our existence as empathic, sympathetic and adaptable persons, colleagues or citizens, among others. Drawing on case studies from diverse social and cultural contexts (such as the workplace or interpersonal relationships), we will devleop knowledge and skills for more effective intercultural communication practices. | 11,042 | Intercultural Communication in Theory and Practice | ANTH 349 | Intercultural Communication in Theory and Practice | COMM 2303 | Intercultural and Global Communication | 2 | 338. Communication Studies and Design, 59. Communication and Media Studies, 60. Communication Studies, 61. Communication Studies and Graphic and Information Design, 62. Communication Studies and Sociology, 215. Linguistics and Communication Studies |
CS 180: Discrete Structures | CS 1800/1802: Discrete Structures + Seminar | FQ | 5.00 | No | This course introduces the mathematical structures and methods that form the foundation of computer science. The material will be motivated by applications from computer science and emphasize: • Techniques: binary and modular arithmetic, set notation, methods of counting, evaluating sums, solving recurrences • Supporting Theory: basics of probability, proof by induction, growth of functions, and analysis techniques • General problem solving techniques with many applications to real problems. The course material is divided into five modules. Each module starts with a motivating application then goes into techniques related to that application and the theory behind those techniques. Each module ends with one or more fairly deep applications based on the material. These modules are: Computers and Computing: Numbers, Circuits, and Logic; Cryptography: Integers and Modular Arithmetic; Combinatorics: Sets, Counting, and Probability; Algorithmic Analysis: Searching and Sorting; Networks: Graphs and Trees. | 11,043 | Discrete Structures | CS 180 | Discrete Structures | CS 1800/1802 | Discrete Structures + Seminar | 2 | 328. Computer Science and Speech Language Pathology and Audiology, 116. Data Science and Health Science, 116. Data Science and Health Science, 329. Data Science and Speech Language Pathology and Audiology, 118. Data Science and Journalism, 339. Data Science and Design, 70. Computer Science and Communication Studies, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 112. Data Science and Chemistry, 115. Data Science and Environmental and Sustainability Sciences, 119. Data Science and Linguistics, 113. Data Science and Ecology and Evolutionary Biology, 120. Data Science and Mathematics, 121. Data Science and Physics, 122. Data Science and Psychology, 71. Computer Science and Criminal Justice, 73. Computer Science and Economics, 74. Computer Science and English, 77. Computer Science and History, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 300. Computer Science and Politics Philosophy and Economics, 105. Cybersecurity and Criminal Justice, 106. Cybersecurity and Economics, 301. Data Science and Criminal Justice, 114. Data Science and Economics, 302. Data Science and Philosophy, 117. Data Science and International Affairs, 84. Computer Science and Sociology, 87. Computer Science and Business Administration, 111. Data Science and Business Administration, 77. Computer Science and History, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 116. Data Science and Health Science, 69. Computer Science and Behavioral Neuroscience, 86. Computer Science and Biology, 112. Data Science and Chemistry, 104. Cybersecurity and Business Administration, 106. Cybersecurity and Economics, 111. Data Science and Business Administration, 114. Data Science and Economics, 300. Computer Science and Politics Philosophy and Economics, 73. Computer Science and Economics, 87. Computer Science and Business Administration, 103. Cybersecurity, 105. Cybersecurity and Criminal Justice, 113. Data Science and Ecology and Evolutionary Biology, 115. Data Science and Environmental and Sustainability Sciences, 117. Data Science and International Affairs, 118. Data Science and Journalism, 119. Data Science and Linguistics, 301. Data Science and Criminal Justice, 302. Data Science and Philosophy, 328. Computer Science and Speech Language Pathology and Audiology, 329. Data Science and Speech Language Pathology and Audiology, 339. Data Science and Design, 70. Computer Science and Communication Studies, 71. Computer Science and Criminal Justice, 72. Computer Science and Design, 74. Computer Science and English, 75. Computer Science and Environmental and Sustainability Science, 76. Computer Science and Game Development, 78. Computer Science and Journalism, 79. Computer Science and Linguistics, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 81. Computer Science and Music with Concentration in Music Technology, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 85. Computer Science and Theatre, 91. Computing and Law, 107. Data Science, 120. Data Science and Mathematics, 121. Data Science and Physics, 89. Computer Science and Mathematics, 90. Computer Science and Physics, 68. Computer Science, 122. Data Science and Psychology, 348. Data Science and Public Health, 88. Computer Science and Cognitive Psychology, 84. Computer Science and Sociology |
ECON 102: Introductory Microeconomics | ECON 1116: Principles of Microeconomics | SI; AD | 4.00 | No | An introduction to modern economic analysis and its policy implications. The course centers on the applications of economic theory to national policy problems such as growth, inflation, unemployment, government expenditures and taxation, and the role of money. In addition, it provides a broad introduction to the understanding of the modern national socioeconomic systems in today’s globalized economies. | 11,045 | Introductory Microeconomics | ECON 102 | Introductory Microeconomics | ECON 1116 | Principles of Microeconomics | 2 | 294. Business Administration and Public Health, 162. Health Science and Business Administration, 147. Environmental and Sustainability Sciences and Economics, 35. Business Administration and Psychology, 130. Economics and Mathematics, 224. Mathematics and Business Administration, 132. Economics and Psychology, 132. Economics and Psychology, 87. Computer Science and Business Administration, 111. Data Science and Business Administration, 104. Cybersecurity and Business Administration, 106. Cybersecurity and Economics, 111. Data Science and Business Administration, 114. Data Science and Economics, 300. Computer Science and Politics Philosophy and Economics, 73. Computer Science and Economics, 87. Computer Science and Business Administration |
SNCE 110: Ecological Principles | EEMB 2302/2303: Ecology with Lab | FQ; WI | 5.00 | No | The goal of the course is to introduce students to general ecology. It focuses on major ecological concepts in order to provide students with a robust framework of the discipline upon which they can build. Each discussion is organized around two or four major concepts to present the student with a manageable and memorable synthesis of the lecture and it is supported by case histories that provide evidence for the concept and introduce students to the research approaches used in the various areas of ecology. Special emphasis to local environmental problems countries face and the approaches they use in solving these problems. Laboratory included. | 11,046 | Ecological Principles | SNCE 110 | Ecological Principles | EEMB 2302/2303 | Ecology with Lab | 2 | 149. Environmental and Sustainability Sciences and Landscape Architecture, 148. Environmental and Sustainability Sciences and Journalism, 149. Environmental and Sustainability Sciences and Landscape Architecture, 145. Environmental and Sustainability Sciences, 146. Environmental and Sustainability Sciences and Chemistry, 147. Environmental and Sustainability Sciences and Economics |
ENG 204: Business/Professional Communication | ENGW 1111: First-Year Writing | WF | 4.00 | No | The course instructs students in all aspects of professional communication including writing, reading, speaking and listening. It offers business and computer science students in particular opportunities for vocabulary enrichment and structural improvement specific to their own professional communication. Through the use of a variety of different teaching and learning methods the course gives students the opportunity to practice and improve their overall use of professional communication skills, both orally and in writing. The overall aim of the course is to enable students to realize their full potential in terms of the sophistication, relevance and fluency of their professional communication skills. | 11,047 | Business/Professional Communication | ENG 204 | Business/Professional Communication | ENGW 1111 | First-Year Writing | 2 | 29. Bouve Undeclared, 294. Business Administration and Public Health, 63. Communication Studies and Speech Language Pathology and Audiology, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 161. Health Science, 162. Health Science and Business Administration, 163. Health Science and Communication Studies, 330. Health Science and Law, 164. Health Science and Psychology, 331. Health Science and Spanish, 219. Linguistics and Speech Language Pathology and Audiology, 253. Pharmaceutical Sciences, 254. Pharmacy, 270. Public Health, 321. Public Health and Communication Studies, 322. Public Health and Cultural Anthropology, 271. Public Health and Journalism, 332. Public Health and Law, 333. Public Health and Sociology, 334. Spanish and Public Health, 335. Speech Language Pathology and Audiology and Behavioral Neuroscience, 336. Speech Language Pathology and Audiology and Human Services, 284. Speech-Language Pathology & Audiology, 328. Computer Science and Speech Language Pathology and Audiology, 149. Environmental and Sustainability Sciences and Landscape Architecture, 62. Communication Studies and Sociology, 338. Communication Studies and Design, 59. Communication and Media Studies, 60. Communication Studies, 61. Communication Studies and Graphic and Information Design, 118. Data Science and Journalism, 339. Data Science and Design, 70. Computer Science and Communication Studies, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 347. Psychology and Design, 154. Environmental Studies and History, 222. Marine Biology, 164. Health Science and Psychology, 215. Linguistics and Communication Studies, 148. Environmental and Sustainability Sciences and Journalism, 149. Environmental and Sustainability Sciences and Landscape Architecture, 153. Environmental Studies, 155. Environmental Studies and International Affairs, 156. Environmental Studies and Philosophy, 157. Environmental Studies and Political Science, 214. Linguistics, 216. Linguistics and Cultural Anthropology, 217. Linguistics and English, 283. Spanish and Linguistics, 180. Human Services and Psychology, 218. Linguistics and Psychology, 267. Psychology, 269. Psychology and Theatre, 96. Criminal Justice and Psychology, 145. Environmental and Sustainability Sciences, 268. Psychology and Music, 124. Ecology and Evolutionary Biology, 227. Mathematics and Political Science, 219. Linguistics and Speech Language Pathology and Audiology, 9. American Sign Language and Psychology, 276. Sociology and Environmental Studies, 25. Biology and English, 115. Data Science and Environmental and Sustainability Sciences, 119. Data Science and Linguistics, 147. Environmental and Sustainability Sciences and Economics, 55. Chemistry, 160. Graphic and Information Design and Mathematics, 225. Mathematics and Philosophy, 340. Design and Mathematics, 11. Applied Physics, 256. Physics, 258. Physics and Philosophy, 28. Biomedical Physics, 25. Biology and English, 334. Spanish and Public Health, 165. Health Science and Sociology, 117. Data Science and International Affairs, 71. Computer Science and Criminal Justice, 73. Computer Science and Economics, 74. Computer Science and English, 77. Computer Science and History, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 300. Computer Science and Politics Philosophy and Economics, 105. Cybersecurity and Criminal Justice, 106. Cybersecurity and Economics, 147. Environmental and Sustainability Sciences and Economics, 331. Health Science and Spanish, 27. Biology and Political Science, 154. Environmental Studies and History, 155. Environmental Studies and International Affairs, 156. Environmental Studies and Philosophy, 157. Environmental Studies and Political Science, 258. Physics and Philosophy, 9. American Sign Language and Psychology, 96. Criminal Justice and Psychology, 180. Human Services and Psychology, 114. Data Science and Economics, 302. Data Science and Philosophy, 225. Mathematics and Philosophy, 227. Mathematics and Political Science, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 132. Economics and Psychology, 20. Behavioral Neuroscience and Philosophy, 229. Mathematics and Sociology, 77. Computer Science and History, 103. Cybersecurity, 105. Cybersecurity and Criminal Justice, 115. Data Science and Environmental and Sustainability Sciences, 117. Data Science and International Affairs, 118. Data Science and Journalism, 119. Data Science and Linguistics, 301. Data Science and Criminal Justice, 302. Data Science and Philosophy, 328. Computer Science and Speech Language Pathology and Audiology, 329. Data Science and Speech Language Pathology and Audiology, 339. Data Science and Design, 70. Computer Science and Communication Studies, 71. Computer Science and Criminal Justice, 72. Computer Science and Design, 74. Computer Science and English, 75. Computer Science and Environmental and Sustainability Science, 76. Computer Science and Game Development, 78. Computer Science and Journalism, 79. Computer Science and Linguistics, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 81. Computer Science and Music with Concentration in Music Technology, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 85. Computer Science and Theatre, 91. Computing and Law, 290. Northeastern Explore Program |
HIS 232: Thessaloniki: A City and Its Inhabitants | HIST 1990: History Elective (Thessaloniki: A City and Its Inhabitants) | IC; SI | 4.00 | Yes | Throughout its long history Thessaloniki has been home to many different peoples and cultures. The purpose of this course is to review the history of the city and to focus on the different ethnic communities which have inhabited it, including principally Greeks, Turks, Jews, and Armenians, among others. The course will consider the establishment of the city in Hellenistic times, its Roman and Byzantine periods, the impact of the Ottoman occupation, the coming of the Sephardic Jews, the effects of the Balkan and the two World Wars as well as those of the Holocaust on the city. It will include visits to such important cultural sites as the Archeological Museum, the Museum of Byzantine culture, the Jewish Museum of Thessaloniki, Roman antiquities and Ottoman buildings. | 11,048 | Thessaloniki: A City and Its Inhabitants | HIS 232 | Thessaloniki: A City and Its Inhabitants | HIST 1990 | History Elective (Thessaloniki: A City and Its Inhabitants) | 2 | 154. Environmental Studies and History, 77. Computer Science and History |
HUM 120: Understanding Greek Life and Culture | LITR 1990: Literature Elective (Understanding Greek Life and Culture) | IC | 4.00 | Yes | The course provides an understanding of contemporary Greek life and what it means to be Greek. It does so by examining the practices and creations of Greek culture, as well as by identifying and understanding the main figures of Greek life and the political scene through time. In addition, it develops students’ intercultural and communicative competency so that they can interact both locally in Greece and in the global community. Indicative content areas: Modern Greek language (acquisition of effective Modern Greek communication skills for daily use), Greek culture (language, art, cinema, music and customs), the Modern Greek state structure (background, historical development, public administration, and political parties) figures and Institutions, Greece as pluralistic society(the Orthodox church, family, community and values, migration, minorities), national identity (nation-building, ethnicity, and Greeks within Europe, the Balkans and the world. | 11,050 | Understanding Greek Life and Culture | HUM 120 | Understanding Greek Life and Culture | LITR 1990 | Literature Elective (Understanding Greek Life and Culture) | 2 | |
MATH 115: Business Calculus | MATH 1231: Calculus for Business and Economics | FQ | 4.00 | No | This course covers: rate of change and introduction of the derivative for functions of one variable; applications of the derivative to graphing one-variable functions and to optimization problems; introduction of functions of several variables and partial derivatives; problems of unconstrained and constrained multivariable optimization; applications of differential equations; integration of functions of one variable and applications, and advanced methods of optimization. Emphasis is placed on applications and problem solving through conventional and computer methods. | 11,051 | Business Calculus | MATH 115 | Business Calculus | MATH 1231 | Calculus for Business and Economics | 2 | 35. Business Administration and Psychology, 147. Environmental and Sustainability Sciences and Economics, 147. Environmental and Sustainability Sciences and Economics |
MATH 120: Calculus I for Science and Engineering | MATH 1341: Calculus 1 for Science and Engineering | FQ | 4.00 | No | This course provides a solid foundation in Calculus concepts, tools and techniques for the student entering Science and Engineering fields. The course covers definition, calculation, and major uses of the derivative, as well as an introduction to integration. Topics include limits; the derivative as a limit; rules for differentiation; and formulas for the derivatives of algebraic, trigonometric, and exponential/logarithmic functions. Also discusses applications of derivatives to motion, density, optimization, linear approximations, and related rates. Topics on integration include the definition of the integral as a limit of sums, anti-differentiation, the fundamental theorem of calculus, and integration by the U-substitution and Integration by parts technique. The course emphasizes conceptualization, modeling, and skills. There is a concentration on multiple ways of viewing functions, on a variety of problems where more than one approach is possible, and on student activity and discussion. | 11,052 | Calculus I for Science and Engineering | MATH 120 | Calculus I for Science and Engineering | MATH 1341 | Calculus 1 for Science and Engineering | 2 | 329. Data Science and Speech Language Pathology and Audiology, 22. Bioengineering, 23. Bioengineering and Biochemistry, 49. Chemical Engineering, 50. Chemical Engineering and Biochemistry, 51. Chemical Engineering and Bioengineering, 52. Chemical Engineering and Computer Science, 323. Chemical Engineering and Data Science, 53. Chemical Engineering and Environmental Engineering, 54. Chemical Engineering and Physics, 56. Civil Engineering, 57. Civil Engineering and Architectural Studies, 58. Civil Engineering and Computer Science, 291. COE Undeclared, 65. Computer Engineering, 66. Computer Engineering and Computer Science, 67. Computer Engineering and Physics, 133. Electrical and Computer Engineering, 134. Electrical Engineering, 135. Electrical Engineering and Music Technology, 136. Electrical Engineering and Physics, 150. Environmental Engineering, 53. Chemical Engineering and Environmental Engineering, 324. Environmental Engineering and Data Science, 151. Environmental Engineering and Health Science, 152. Environmental Engineering and Landscape Architecture, 182. Industrial Engineering, 326. Industrial Engineering and Business Administration, 327. Industrial Engineering and Computer Science, 230. Mechanical Engineering, 231. Mechanical Engineering and Bioengineering, 325. Mechanical Engineering and Computer Science, 232. Mechanical Engineering and Design, 233. Mechanical Engineering and History, 234. Mechanical Engineering and Physics, 21. Biochemistry, 48. Cell and Molecular Biology, 24. Biology, 27. Biology and Political Science, 130. Economics and Mathematics, 224. Mathematics and Business Administration, 132. Economics and Psychology, 146. Environmental and Sustainability Sciences and Chemistry, 55. Chemistry, 160. Graphic and Information Design and Mathematics, 225. Mathematics and Philosophy, 340. Design and Mathematics, 11. Applied Physics, 256. Physics, 258. Physics and Philosophy, 28. Biomedical Physics, 26. Biology and Mathematics, 227. Mathematics and Political Science, 223. Mathematics, 226. Mathematics and Physics, 228. Mathematics and Psychology, 257. Physics and Music with Concentration in Music Technology, 229. Mathematics and Sociology, 113. Data Science and Ecology and Evolutionary Biology, 120. Data Science and Mathematics, 121. Data Science and Physics, 145. Environmental and Sustainability Sciences, 25. Biology and English, 258. Physics and Philosophy, 225. Mathematics and Philosophy, 227. Mathematics and Political Science, 229. Mathematics and Sociology, 301. Data Science and Criminal Justice, 114. Data Science and Economics, 302. Data Science and Philosophy, 107. Data Science, 120. Data Science and Mathematics, 121. Data Science and Physics, 89. Computer Science and Mathematics, 90. Computer Science and Physics, 68. Computer Science |
MATH 121: Calculus II for Science and Engineering | MATH 1342: Calculus 2 for Science and Engineering | FQ | 4.00 | No | The purpose of this course is to give a solid foundation in Calculus concepts, tools and techniques for the student entering Science and Engineering fields. This course is a continuation to Calculus I for Science and Engineering where the student mastered: Limits, Differentiation, Anti-Differentiation and Basic Integration skills of 2D functions as well as basic introduction to parameterized curves and motion. This course will cover: Techniques and Applications of Integration. Topics will include: Integration by Parts; Integration by Partial Fractions; Trigonometric Integration; Numerical Integration; Improper Integrals; and Areas, Volumes, Mass/Moments and Work as Integrals; Infinite Series and Introduction to Vectors. Other topics addressed are: Convergence of Sequences and Series of numbers, Power Series representations and Approximations of Functions, 3D Coordinates, Parameterizations, Vectors, Dot and Cross Products, Equations of Lines and Planes. | 11,053 | Calculus II for Science and Engineering | MATH 121 | Calculus II for Science and Engineering | MATH 1342 | Calculus 2 for Science and Engineering | 2 | |
MATH 130: Mathematical Reasoning | MATH 1365: Introduction to Mathematical Reasoning | 4.00 | No | The purpose of this course is to give a solid foundation in mathematical reasoning with a focus on writing and analyzing rigorous mathematical arguments and to give the tools and techniques necessary for all mathematics and science courses. At the end of the course, you should have a very solid understanding of a variety of foundational topics: in addition to learning fundamental details about logic, sets, functions, numbers, and cardinality, you will know the ideas behind the proofs of the major results and how they can be used elsewhere; above all, you will have learned the language of rigorous mathematics. Success in this course thereby demands facility with the basic concepts and with the underlying theory. | 11,054 | Mathematical Reasoning | MATH 130 | Mathematical Reasoning | MATH 1365 | Introduction to Mathematical Reasoning | 2 | 130. Economics and Mathematics, 224. Mathematics and Business Administration, 160. Graphic and Information Design and Mathematics, 225. Mathematics and Philosophy, 340. Design and Mathematics, 229. Mathematics and Sociology, 26. Biology and Mathematics, 227. Mathematics and Political Science, 223. Mathematics, 226. Mathematics and Physics, 228. Mathematics and Psychology, 225. Mathematics and Philosophy, 227. Mathematics and Political Science | |
MATH 201: Calculus III for Science and Engineering | MATH 2321: Calculus 3 for Science and Engineering | FQ | 4.00 | No | The purpose of this course is to give a solid foundation in Calculus concepts, tools and techniques for the student entering Science and Engineering fields. This course is a continuation to Calculus II for Science and Engineering. This course will address: Vectors, the dot and cross products, lines, planes, and surfaces. Vector-valued functions, their derivatives and integrals, the length and curvature of space curves, and velocity and acceleration along space curves, culminating in Kepler’s laws. Functions of two or more variables are studied from verbal, numerical, visual, and algebraic points of view. Contour maps and the Midpoint Rule are used to estimate the average snowfall and average temperature in given regions. Double and triple integrals are used to compute probabilities, surface areas, and (in projects) volumes of hyperspheres and volumes of intersections of three cylinders. Cylindrical and spherical coordinates are introduced in the context of evaluating Theorem, and the Divergence Theorem are emphasized. The course emphasizes on skill, conceptualization and some modelling. All three are of great importance. Visualization and analysis via the use of technology is used in lecture and could be addressed in Take-Home Assignments. | 11,056 | Calculus III for Science and Engineering | MATH 201 | Calculus III for Science and Engineering | MATH 2321 | Calculus 3 for Science and Engineering | 2 | |
MUS 120: Traditional and Contemporary Greek Music | MUSC 1137: Topics in Diverse Musical Cultures (Traditional and Contemporary Greek Music) | IC; DD | 4.00 | No | This course will provide students with an introduction to the historically rich and varied traditions in Greek music. The principal focus will be on church music, folkloric song and dance, and contemporary variations of “lay” music. Discussion will also refer to the place of music in ancient Greek society. Knowledge of Greek is helpful but not required. | 11,057 | Traditional and Contemporary Greek Music | MUS 120 | Traditional and Contemporary Greek Music | MUSC 1137 | Topics in Diverse Musical Cultures (Traditional and Contemporary Greek Music) | 2 | 268. Psychology and Music, 257. Physics and Music with Concentration in Music Technology |
HUM 210: Religions of the World | PHIL 1111: Introduction to World Religions | DD; ER | 4.00 | No | This course will expose students to a comparative study of diverse religious traditions, exploring their worldviews through their literatures, while focusing also on origins, cultural contexts, histories, beliefs, and practices. Through reading, discussion, and visual appreciation of artistic renditions of religious worldviews, students will gain valuable understanding of traditions other than their own, contributing to their broadened and deepened awareness of the world. The course takes place in Thessaloniki, a city with a long history of multi-faith tradition; thus, some of the local highlights include (among others) 'learning in ACTion' at the places where Apostle Paul visited and taught and the Jewish Synagogue. This course operates within a multicultural setting and focuses on students' personal experience bringing it into the classroom discussions. | 11,058 | Religions of the World | HUM 210 | Religions of the World | PHIL 1111 | Introduction to World Religions | 2 | |
SNCP 120/SNCP 120L: University Physics I for Science and Engineering with Lab | PHYS 1151/1152/1153: Physics for Engineering 1 with Lab and ILS | ND; AD | 5.00 | No | This course is designed to introduce students to the fundamental principles of Mechanics. Topics to be covered include Dynamics, Work, Kinetic and Potential Energy, Systems of Particles, Momentum, Collisions, Rotation, Torque and Angular Momentum, Statics. As far as specific Systems and Force Laws we will look at Fluids, Oscillations, and Gravity. | 11,059 | University Physics I for Science and Engineering with Lab | SNCP 120/SNCP 120L | University Physics I for Science and Engineering with Lab | PHYS 1151/1152/1153 | Physics for Engineering 1 with Lab and ILS | 2 | 22. Bioengineering, 23. Bioengineering and Biochemistry, 49. Chemical Engineering, 50. Chemical Engineering and Biochemistry, 51. Chemical Engineering and Bioengineering, 52. Chemical Engineering and Computer Science, 323. Chemical Engineering and Data Science, 53. Chemical Engineering and Environmental Engineering, 54. Chemical Engineering and Physics, 56. Civil Engineering, 57. Civil Engineering and Architectural Studies, 58. Civil Engineering and Computer Science, 291. COE Undeclared, 65. Computer Engineering, 66. Computer Engineering and Computer Science, 67. Computer Engineering and Physics, 133. Electrical and Computer Engineering, 134. Electrical Engineering, 135. Electrical Engineering and Music Technology, 136. Electrical Engineering and Physics, 150. Environmental Engineering, 53. Chemical Engineering and Environmental Engineering, 324. Environmental Engineering and Data Science, 151. Environmental Engineering and Health Science, 152. Environmental Engineering and Landscape Architecture, 182. Industrial Engineering, 326. Industrial Engineering and Business Administration, 327. Industrial Engineering and Computer Science, 230. Mechanical Engineering, 231. Mechanical Engineering and Bioengineering, 325. Mechanical Engineering and Computer Science, 232. Mechanical Engineering and Design, 233. Mechanical Engineering and History, 234. Mechanical Engineering and Physics, 11. Applied Physics, 256. Physics, 258. Physics and Philosophy, 28. Biomedical Physics, 223. Mathematics, 226. Mathematics and Physics, 257. Physics and Music with Concentration in Music Technology |
SNCP 121/SNCP 121L: University Physics II for Science and Engineering with Lab | PHYS 1155/1156/1157: Physics for Engineering 2 with Lab and ILS | ND; AD | 5.00 | No | This course is the second of a two-semester sequence of college Physics courses for students in the sciences and engineering. Topics to be covered include electric fields and Coulomb’s Law, Gauss’ law, capacitors, resistors and DC electric circuits, magnetic fields, induction and the basic properties of electromagnetic waves. In this course, we want you to learn how to analyze mechanical systems using Newton’s laws. In particular, you should learn to: Describe wave motion graphically and algebraically, apply calculus to the study of waves, identify the electric forces acting on a charge, and work with systems of charges, learn and work with the concept of the electric field for point charges and extended bodies, understand the principles Gauss’ law and the work with calculus to do this, work with electric potential for systems of charges and extended bodies of charge, understand capacitance and how charge and energy are stored in such devices, understand resistance and know how to work with simple DC networks of resistors, be able to work with small combinations of resistors and capacitors (RC circuits), work with the forces on charges and current elements in magnetic fields, know how moving charges and current elements produce magnetic fields, be able to work with changing magnetic field fluxes which induce EMF’s (Faraday’s law), work with the inductance of a coil. | 11,060 | University Physics II for Science and Engineering with Lab | SNCP 121/SNCP 121L | University Physics II for Science and Engineering with Lab | PHYS 1155/1156/1157 | Physics for Engineering 2 with Lab and ILS | 2 | |
PSY 101: Introduction to Psychology | PSYC 1101: Foundations of Psychology | ND; SI | 4.00 | No | This course aims at providing a comprehensive introduction to the essential principles of the academic discipline of psychology by addressing such important topics as the function of the human brain, perception, language, development, learning, motivation, emotion, intelligence, personality, psychological disorders, and social behavior. The student is introduced to major theories of human behavior and is encouraged to assess critically the contribution and applicability of psychological research to daily life through class discussions, presentations and written assignments. | 11,061 | Introduction to Psychology | PSY 101 | Introduction to Psychology | PSYC 1101 | Foundations of Psychology | 2 | 165. Health Science and Sociology, 29. Bouve Undeclared, 294. Business Administration and Public Health, 63. Communication Studies and Speech Language Pathology and Audiology, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 161. Health Science, 163. Health Science and Communication Studies, 330. Health Science and Law, 164. Health Science and Psychology, 331. Health Science and Spanish, 219. Linguistics and Speech Language Pathology and Audiology, 252. Nursing, 270. Public Health, 321. Public Health and Communication Studies, 322. Public Health and Cultural Anthropology, 271. Public Health and Journalism, 332. Public Health and Law, 333. Public Health and Sociology, 334. Spanish and Public Health, 335. Speech Language Pathology and Audiology and Behavioral Neuroscience, 336. Speech Language Pathology and Audiology and Human Services, 284. Speech-Language Pathology & Audiology, 335. Speech Language Pathology and Audiology and Behavioral Neuroscience, 8. American Sign Language and Linguistics, 219. Linguistics and Speech Language Pathology and Audiology, 9. American Sign Language and Psychology, 19. Behavioral Neuroscience and Design, 20. Behavioral Neuroscience and Philosophy, 18. Behavioral Neuroscience, 347. Psychology and Design, 164. Health Science and Psychology, 180. Human Services and Psychology, 218. Linguistics and Psychology, 267. Psychology, 269. Psychology and Theatre, 96. Criminal Justice and Psychology, 268. Psychology and Music, 35. Business Administration and Psychology, 132. Economics and Psychology, 228. Mathematics and Psychology, 122. Data Science and Psychology, 334. Spanish and Public Health, 9. American Sign Language and Psychology, 96. Criminal Justice and Psychology, 180. Human Services and Psychology, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 132. Economics and Psychology, 20. Behavioral Neuroscience and Philosophy, 122. Data Science and Psychology, 348. Data Science and Public Health, 88. Computer Science and Cognitive Psychology |
PSY 204: Social Psychology | PSYC 3402: Social Psychology | 4.00 | No | This course aims to help students understand interaction – how we are influenced to think, act, and feel in order to gain greater awareness of how the social animal man is driven. Topics include group processes and influences, persuasion and its techniques, how we conform, and tactics of conformity. Concepts presented will be exemplified through evidence from everyday life. Communication and non-verbal communication, their significance, and techniques employed for both are considered. Students are given the opportunity to understand concepts presented through experimentation and are also required to undertake questionnaire surveys. Research conducted in both the United States and Europe is presented. | 11,062 | Social Psychology | PSY 204 | Social Psychology | PSYC 3402 | Social Psychology | 2 | ||
PSY 122: Developmental Psychology I | PSYC 3404: Developmental Psychology | 4.00 | No | The study of human development is the study of progression and change. This course is designed to introduce students to the study of developmental psychology and provide an overview of the major theories and topics in developmental psychology. The emphasis is on the pre-natal period and early childhood. However, later periods of development will be addressed in Developmental Psychology II. Theory and research will be presented in areas such as biological, motor, cognitive, emotional, and social domains from the prenatal period through early childhood. | 11,063 | Developmental Psychology I | PSY 122 | Developmental Psychology I | PSYC 3404 | Developmental Psychology | 2 | ||
SOC 101: Contemporary Society | SOCL 1101: Introduction to Sociology | SI; DD | 4.00 | No | This course will explore the discipline of sociology, with a particular focus on the key concepts and issues relating to the study of contemporary society and culture. The course seeks to establish a methodological balance between theoretical grounding and an applied framework as it examines the following thematic issues: social and cultural theoretical perspectives, globalization, power, ethnicity, gender, the mass media, and the dynamics of culture in the contemporary world. | 11,064 | Contemporary Society | SOC 101 | Contemporary Society | SOCL 1101 | Introduction to Sociology | 2 | 165. Health Science and Sociology, 333. Public Health and Sociology, 62. Communication Studies and Sociology, 276. Sociology and Environmental Studies, 229. Mathematics and Sociology, 84. Computer Science and Sociology, 165. Health Science and Sociology, 229. Mathematics and Sociology, 84. Computer Science and Sociology |
SNCB 112/SNCB 112L: Principles of Biology with Lab | BIOL 1111/1112: General Biology 1 with Lab | ND; AD | 5.00 | No | This course is designed to introduce the basic principles of modern biology, the framework within which new discoveries are interpreted, and the relations among various branches of biological research. The goal of this course is to provide first year students with a firm grasp of the major concepts underlying biological processes. Students who are interested in careers in biological sciences, biomedical sciences, and biotechnology should find that the course provides a firm grasp on an understanding of the concepts that will serve them well in their academic track that lies ahead. The materials covered include the structural and functional aspects at the molecular and cellular level of the following: cell structure and function, cell organelles, cellular reproduction, cellular respiration, photosynthetic pathways, Mendelian inheritance, DNA structure, replication, gene structure, and gene function and expression/control. | 11,065 | Principles of Biology with Lab | SNCB 112/SNCB 112L | Principles of Biology with Lab | BIOL 1111/1112 | General Biology 1 with Lab | 2 | 162. Health Science and Business Administration, 29. Bouve Undeclared, 116. Data Science and Health Science, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 161. Health Science, 163. Health Science and Communication Studies, 330. Health Science and Law, 164. Health Science and Psychology, 165. Health Science and Sociology, 331. Health Science and Spanish, 253. Pharmaceutical Sciences, 254. Pharmacy, 270. Public Health, 335. Speech Language Pathology and Audiology and Behavioral Neuroscience, 19. Behavioral Neuroscience and Design, 19. Behavioral Neuroscience and Design, 20. Behavioral Neuroscience and Philosophy, 25. Biology and English, 24. Biology, 27. Biology and Political Science, 26. Biology and Mathematics, 335. Speech Language Pathology and Audiology and Behavioral Neuroscience, 124. Ecology and Evolutionary Biology, 18. Behavioral Neuroscience, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 222. Marine Biology, 164. Health Science and Psychology, 21. Biochemistry, 48. Cell and Molecular Biology, 331. Health Science and Spanish, 314. Health Humanities and Health Science, 315. Health Humanities and Public Health, 25. Biology and English, 165. Health Science and Sociology, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 116. Data Science and Health Science, 69. Computer Science and Behavioral Neuroscience, 86. Computer Science and Biology |
GBST 1012: Global Learning Experience | GBST 1012: Global Learning Experience | 1.00 | No | What is global citizenship? What does it mean to act as a global citizen? This online seminar will focus on global citizenship and cultural difference in the twenty-first century. We will begin by defining terms such as global citizenship, cosmopolitanism, pluralism, and culture. You will then critically analyze and apply these ideas as you engage in personal reflection and team-based problem- solving, connecting issues you encounter during your own global experience in your host site with broader dynamics of globalization, migration, positionality, power, and privilege. | 11,381 | Global Learning Experience | GBST 1012 | Global Learning Experience | GBST 1012 | Global Learning Experience | 2 | ||
MATH 215: Differential Equations and Linear Algebra | MATH 2341: Differential Equations and Linear Algebra for Engineering | 4.00 | No | Course Description is in development. | 11,527 | Differential Equations and Linear Algebra | MATH 215 | Differential Equations and Linear Algebra | MATH 2341 | Differential Equations and Linear Algebra for Engineering | 2 | ||
CS 191: Introduction to Python | CS 2000/2001: Introduction to Program Design and Implementation with Lab | ND; FQ | 5.00 | No | This course provides a foundational introduction to programming with a focus on Python and software development principles. Through hands-on coding exercises and real-world problem-solving, students will develop essential computational thinking and problem-solving skills. Key topics include object-oriented programming (OOP), data manipulation, debugging, and best practices in software development. Designed as a gateway to advanced programming, this course equips students for further study in software development, data science, and technical fields. | 12,443 | Introduction to Python | CS 191 | Introduction to Python | CS 2000/2001 | Introduction to Program Design and Implementation with Lab | 2 | 328. Computer Science and Speech Language Pathology and Audiology, 116. Data Science and Health Science, 116. Data Science and Health Science, 329. Data Science and Speech Language Pathology and Audiology, 118. Data Science and Journalism, 339. Data Science and Design, 70. Computer Science and Communication Studies, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 112. Data Science and Chemistry, 115. Data Science and Environmental and Sustainability Sciences, 119. Data Science and Linguistics, 113. Data Science and Ecology and Evolutionary Biology, 120. Data Science and Mathematics, 121. Data Science and Physics, 122. Data Science and Psychology, 84. Computer Science and Sociology, 301. Data Science and Criminal Justice, 117. Data Science and International Affairs, 71. Computer Science and Criminal Justice, 73. Computer Science and Economics, 74. Computer Science and English, 77. Computer Science and History, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 300. Computer Science and Politics Philosophy and Economics, 105. Cybersecurity and Criminal Justice, 106. Cybersecurity and Economics, 87. Computer Science and Business Administration, 111. Data Science and Business Administration, 77. Computer Science and History, 108. Data Science and Behavioral Neuroscience, 109. Data Science and Biochemistry, 110. Data Science and Biology, 116. Data Science and Health Science, 69. Computer Science and Behavioral Neuroscience, 86. Computer Science and Biology, 112. Data Science and Chemistry, 104. Cybersecurity and Business Administration, 106. Cybersecurity and Economics, 111. Data Science and Business Administration, 114. Data Science and Economics, 300. Computer Science and Politics Philosophy and Economics, 73. Computer Science and Economics, 87. Computer Science and Business Administration, 103. Cybersecurity, 105. Cybersecurity and Criminal Justice, 113. Data Science and Ecology and Evolutionary Biology, 115. Data Science and Environmental and Sustainability Sciences, 117. Data Science and International Affairs, 118. Data Science and Journalism, 119. Data Science and Linguistics, 301. Data Science and Criminal Justice, 302. Data Science and Philosophy, 328. Computer Science and Speech Language Pathology and Audiology, 329. Data Science and Speech Language Pathology and Audiology, 339. Data Science and Design, 70. Computer Science and Communication Studies, 71. Computer Science and Criminal Justice, 72. Computer Science and Design, 74. Computer Science and English, 75. Computer Science and Environmental and Sustainability Science, 76. Computer Science and Game Development, 78. Computer Science and Journalism, 79. Computer Science and Linguistics, 80. Computer Science and Media Arts, 81. Computer Science and Music with Concentration in Music Technology, 81. Computer Science and Music with Concentration in Music Technology, 82. Computer Science and Philosophy, 83. Computer Science and Political Science, 85. Computer Science and Theatre, 91. Computing and Law, 107. Data Science, 120. Data Science and Mathematics, 121. Data Science and Physics, 89. Computer Science and Mathematics, 90. Computer Science and Physics, 68. Computer Science, 122. Data Science and Psychology, 348. Data Science and Public Health, 88. Computer Science and Cognitive Psychology, 84. Computer Science and Sociology |
CS 192: Object Oriented Programming with Python | CS 2100/2101: Program Design & Implementation I with Lab | ND; AD | 5.00 | No | This course provides a hands-on introduction to programming and software design, with a focus on object-oriented programming (OOP) using Python. Students will develop fundamental coding skills, apply computational thinking, and build practical software development capabilities. Topics include data manipulation, debugging, design patterns, and real-world applications. Designed as a gateway to advanced programming, this course equips students with essential technical literacy for careers in software development, data science, and beyond. | 12,444 | Object Oriented Programming with Python | CS 192 | Object Oriented Programming with Python | CS 2100/2101 | Program Design & Implementation I with Lab | 2 | |
SNCC 117: General Chemistry for the Biological Sciences without Lab | CHEM 1161/1163: General Chemistry for Science Majors without Lab | ND | 4.00 | No | This course is designed to introduce biology students to the fundamental principles of chemistry. Topics to be covered include atomic structure, chemical equations, the periodic table, chemical bonding and intermolecular interactions, thermochemistry, reaction spontaneity, reaction rates, chemical equilibria, acid base chemistry and reactions in aqueous systems. Emphasis will be given to applications of chemical principles in biological systems. Students will develop an understanding of: Atomic structure and chemical properties of elements; Chemical reactions and reaction stoichiometry; Nature of chemical bonding and molecular shape; Significance of intermolecular forces; Thermodynamics of chemical reactions; Chemical kinetics, chemical equilibria, reaction rates, Acid base chemistry, and Buffers, acid base equilibria. | 12,483 | General Chemistry for the Biological Sciences without Lab | SNCC 117 | Introductory Chemistry for the Biological Sciences without Lab | CHEM 1161/1163 | General Chemistry for Science Majors without Lab | 2 | 22. Bioengineering, 23. Bioengineering and Biochemistry, 49. Chemical Engineering, 50. Chemical Engineering and Biochemistry, 51. Chemical Engineering and Bioengineering, 52. Chemical Engineering and Computer Science, 323. Chemical Engineering and Data Science, 53. Chemical Engineering and Environmental Engineering, 54. Chemical Engineering and Physics, 56. Civil Engineering, 57. Civil Engineering and Architectural Studies, 58. Civil Engineering and Computer Science, 291. COE Undeclared, 65. Computer Engineering, 66. Computer Engineering and Computer Science, 67. Computer Engineering and Physics, 133. Electrical and Computer Engineering, 134. Electrical Engineering, 135. Electrical Engineering and Music Technology, 136. Electrical Engineering and Physics, 150. Environmental Engineering, 53. Chemical Engineering and Environmental Engineering, 324. Environmental Engineering and Data Science, 151. Environmental Engineering and Health Science, 152. Environmental Engineering and Landscape Architecture, 182. Industrial Engineering, 326. Industrial Engineering and Business Administration, 327. Industrial Engineering and Computer Science, 230. Mechanical Engineering, 231. Mechanical Engineering and Bioengineering, 325. Mechanical Engineering and Computer Science, 232. Mechanical Engineering and Design, 233. Mechanical Engineering and History, 234. Mechanical Engineering and Physics |
NU Path | Culture Course | Major requirements |
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