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Academics

Academics

Division of Technology & Sciences: Goals & Objectives

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The mission of the Division of Technology & Science is to offer innovative, leading edge technology programs in computing and academically sound service courses in the areas of Mathematics, Statistics and Science. As computing is a rapidly evolving discipline we continuously adapt our curriculum and facilities to meet the changing demands of the computing profession. 

The computing programs target students that are interested primarily in Computing and Business with an emphasis in Information Systems and also students or professionals that are interested to specialize in certain areas in computing. In particular the certificate and special programs provide training opportunities for the wider community.

Courses in the Division are designed to broaden students’ perspectives on the role of computing, mathematics, statistics and science in the modern world, while equipping them with both computer literacy and quantitative skills. A broad range of computing courses is offered, the majority having a strong laboratory component with emphasis on application.

The programs do not concentrate only on the latest technologies, which at some point will become outdated, but provide students with excellent critical skills and systematic thinking that will allow them to become lifelong learners and succeed in a wide variety of technical and managerial positions. Students are prepared for a successful career in the field of computing and its applications and/or additional study in computing or Business at the graduate level. State of the art computer facilities include high-speed servers and over 100 workstations in 5 laboratories. The Science facilities include biology, physics, chemistry and robotics-microelectronics laboratories covering a total area of over 290 m2. All facilities are connected to a high-speed campus network and are connected to the internet.

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Technology and Science Division - Available Courses

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The courses listed below are expected to be offered at least every two years and a re-evaluation of the entire course curriculum will be carried out every two years in order to maintain an updated list of course offerings.

Computer Science and Mathematics Courses

Natural and Physical Science

Anatomy and Physiology 115: Integrated Human Anatomy and Physiology I

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. Co-requisite: Human Anatomy & Physiology 115 Lab

Biology 101: Introduction to Biology

This course introduces the basic principles of modern biology, the framework within which new discoveries are interpreted and the relations among various branches of biological research. Emphasis is given to mammalian - particularly to human - biology, the genetic revolution, the eukaryotic cell, and multicellular systems. Laboratory included. May be taken as a Natural and Physical Science GER.

Biology 112: Principles of Biology

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 firstyear college 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.

Chemistry 101: General Chemistry

Designed for non-science majors, this course presents the basic principles of modern Chemistry within the framework of the modern world and the processes involved in technological developments. Information is first presented at the submicroscopic level of electrons, atoms, and molecules to show how subtle events at this level may be propagated upward to affect organisms, societies, and entire ecosystems. Acids, bases, and their equilibria are treated as basic proton/ electron transfer reactions related to organic and inorganic matter. Laboratory included. May be taken as a Natural and Physical Science GER.

Chemistry 115: Chemistry for the Applied Sciences

This course aims to introduce students to the fundamental principles of chemistry and their applications. Much of the language and fundamental skills of a chemist is applicable to other scientific fields. Students develop, deepen, and broaden their understanding of connections between the underlying structure of matter and the nature of energy. The course will cover the atomic and molecular structure, the naming of ionic and molecular compounds, the description of the behavior and reactivity of these compounds, the application of stoichiometric relationships, and the prediction of the behavior of gases. In addition, you will get to explore and review the role of work and heat flow in chemical systems, the quantum theory, the electronic structure of atoms, the attractive forces holding the atoms together and influencing their physical properties, and the VSEPR Theory and molecular geometry. May be taken as a Natural and Physical Science GER.

Chemistry 116: Chemistry II for the Applied Sciences

This course is the second of a two-semester sequence of college chemistry courses for students in the biological and physical sciences. This course meets 3 times a week for 2x50 minute sessions. It is designed to introduce students to the fundamental principles of chemistry. Topics to be covered include the properties of solutions and their colligative properties, reaction spontaneity, chemical equilibria, electrochemistry, introductory organic chemistry, and introductory biochemistry. Emphasis will be given to applications of chemical principles in biological systems and industrial processes. This course provides an introduction to the principles and practical aspects of chemistry. Students will develop an understanding of the: Properties of solutions, Thermodynamics of chemical reactions, Chemical kinetics, chemical equilibria, reaction rates, Redox reactions and electrochemistry, Organic chemistry applied to fuels, pharmaceuticals and modern materials, and Composition and function of biological molecules.

Chemistry 117: General Chemistry for the Biological Sciences

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.

Ecology 110: Ecological Principles

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. May be taken as a Natural and Physical Science GER.

Nutrition 130: Fundamentals of Human Nutrition

The course explores basic concepts of the science of nutrition. Topics include description and role of nutrients, their dietary sources and their fate into the human body (digestion, absorption etc.); energy balance and weight control; eating disorders; nutrition at different developmental stages (childhood, pregnancy, lactation, old age); nutrition in the development/ prevention of human diseases. Emphasis will be given in the use of scientific methodology to explain how nutrients and other food constituents contribute to proper growth, development and health. (4 credits)

Physics 120: University Physics I, for Science & Engineering

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. May be taken as a Natural and Physical Science GER.

Physics 121: University Physics II, for Science & Engineering

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.

Offshore Sailing

Sea Sail 100: Sea Sailing Fundamentals

This practical course is for those with little or no experience. The syllabus includes basic seamanship, helmsman ship, and sail trimming and becoming a confident and competent crew member on board a yacht. The course has both theoretical (In-Class) and practical (On-Board) components; with the latter being the largest part of the course. (1 credit)

Sea Sail 101: Introduction to Sea Sailing

The aim of this course is to provide the basic yachting skills so that successful students will be safety conscious, have a basic knowledge of sailing and be capable of taking a yacht out without an Instructor on board in light to medium winds in protected waters. The course has both theoretical (In-Class) and practical (On-Board) components; with the latter being the largest part of the course. (3 credits)

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Division of Humanities & Social Sciences - Available Courses

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The courses listed below are expected to be offered at least every two years and a reevaluation of the entire course curriculum will be carried out every two years in order to maintain an updated list of course offerings.

English & Communication

Global Studies

GBST 200: Geographies of Globalization, Culture, and Identity

This course will explore key phenomena transpiring in the contemporary world relating to culture, politics, society, and identity formation. In order to facilitate understanding of existing socio-cultural realities, students will investigate the diverse processes associated with globalization. A fuller appreciation of these dynamic processes will require engagement with particular geographical competencies as well as an awareness of historical contexts and developments. Finally, this course encourages students to think critically, analytically, and across disciplinary boundaries that are centered on the social sciences.
May be taken as free elective.

Humanities

International Relations

Social Sciences

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Minor in English

Brief Description For non-English majors only. Minor Requirements English 120: Introduction to Literature English 224 Post World War II British and American Drama or English 221 Short Fiction English 230 British Literature and Culture or Eng Hum 246 American Literature… More

Minor in Communication Studies

Brief Description For non-English majors only. Minor Requirements Comm 215 Foundations of Contemporary Media Comm 317 Communicating Through New Media  Four elective courses from the following:  Comm 233 Introduction to Journalism Comm 227 Media Theory Comm 219 Introduction to Film… More

Division of Humanities and Social Sciences: Goals & Objectives

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The Division of Humanities and Social Sciences provides introductory and advanced instruction in all areas of the human sciences, with undergraduate programs of distinction in English and New Media, Political Science & International Relations, and Psychology, minors in select fields, and special certificate programs in Hellenic Studies and in Teaching English as a Foreign Language (TEFL). Its goal is to provide a dynamic contemporary student-centered education and contribute meaningfully through academic instruction, research, and professional outreach in the relevant fields. The programs offered by the Division are particularly strong in communication practice, modern literature, and language teaching methodology, the main concepts, methods and debates in psychology, American and EU politics, history, international law and organizations, gender, globalization and cultural studies.

Our Mission

The principal mission of the Division is to assist students to master and integrate different modes of knowledge and experience in order to communicate, solve problems, resolve conflict, and express ideas creatively and professionally in a variety of settings. In addition, the Division aspires to challenge its youth to cultivate personal integrity and respect for diverse values.

Division alumni have been admitted for post-graduate studies, often as scholarship recipients, in the most prestigious universities in Europe and North America, including Oxford, Cambridge, LSE, St Andrew’s, King’s, HEI Geneva, the College of Europe, Johns Hopkins SAIS, Georgetown, the Fletcher School, Columbia, and the University of Texas at Austin, while some of our American alumni have gone on to law school after studying at ACT. Many have worked or are now working in ministries of foreign affairs and other public entities, in media companies and language schools, leading international NGOs, colleges and universities of repute, and MNCs worldwide.

The Michael and Kitty Dukakis Center for Public and Humanitarian Service

Launched in September 1999 as the Michael S. Dukakis Chair in Public Policy and Service, the Dukakis Center has the mission to expose youth to the pressing public affairs issues of our times, with a principal view toward inspiring young people to become involved in public service.

An integral function of the Dukakis Center is the Dukakis Seminar Series. Each semester ACT hosts prominent Greek and international public figures whose professional careers illustrate the Dukakis’ own commitment to public service. Dukakis lecturers have included Nicholas Burns, Monteagle Stearns, Mark Mazower, Thea Halo, Dušan Batakovic, Radmila Sekerenska, Edi Rama, Nadezhda Mihaylova, Alvaro de Soto, and Michael Dukakis himself.

The Center also hosts a series of larger events. In December 2012 the Center co-hosted the inaugural Business & Politics Forum on the theme “Business and Politics: Where do we Draw the Line?” featuring leading experts in the field of business, institutional economics, journalism, and public administration, while in July 2014 the Honorable Erhard Busek was the keynote speaker at a symposium dedicated to “The Future of Democracy in Europe and Beyond.”

Qualified students from all majors may have the opportunity to undertake a formal internship with the Dukakis Center.

Lucy Center for Balkan Studies

The Lucy Center for Balkan Studies was established in 2004 thanks to a generous donation from ACT friend and trustee, Elias Kulukundis, and named after his late wife Lucy. The Center was created to facilitate the formal study of Southeast European affairs, particularly for undergraduate study abroad students spending a semester or academic year at ACT. Students studying at the Center have the opportunity to do formal coursework in Balkan Studies, participate in study trips throughout the region, and, in select cases, undertake formal internships in regional organizations.

The Center for Balkan Studies also acts as a clearinghouse for information about the Balkans and the Aegean Basin, and as a forum for debate on regional issues. In particular, a lecture series has been established for discussion of such important topics as civil society, democratization, and European and transatlantic integration.

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Business Division - Available Courses

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The courses listed below are expected to be offered at least every two years and a reevaluation of the entire course curriculum will be carried out every two years in order to maintain an updated list of course offerings.

 

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Minor in Diplomacy and International Relations

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Brief Description

For non-IR majors only.

Minor Requirements

  • Politics 201
  • Politics 249
  • Politics 231 or European Studies 210 or 211
  • History 245
  • Two additional IR electives* (to be selected in consultation with an IR advisor)

*Students may take Politics 101 as both a General Education Requirement and an International Relations elective.

Note

Students may be obliged to take extra courses beyond the 40 needed to graduate with a Bachelor's Degree in order to fulfill all minor requirements.

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Minor in International Business

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Brief Description

The Division of Business offers the opportunity to students from other majors to pursue Minors in Human Resources Management and in Internation Business. These minors are not available to Business majors.

Minor Requirements

  • Management 101 - Introduction to Management
  • Management 218 - International Business
  • Marketing 101 - Introduction to Marketing
  • Marketing 318 - Global Marketing

2 electives from the following:

  • Business Administration 241 - Principles of Commercial Law
  • Economics 102 - Introductory Microeconomics
  • Economics 332 - International Economics
  • Finance 220 - Investment and Portfolio Management
  • Marketing 214 - Advertising
  • Marketing 324 - E-Marketing
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Minor in Human Resource Management

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Brief Description

The Division of Business offers the opportunity to students from other majors to pursue Minors in Human Resources Management and in International Business. These minors are not available to Business majors.

Minor Requirements

  • Management 101 - Introduction to Management
  • Management 201 - Organizational Behavior
  • Management 210 - Human Resource Management

3 electives from the following:

  • Business Administration 241 - Principles of Commercial Law
  • Economics 102 - Introductory Microeconomics
  • Management 219 - International Business
  • Marketing 200 - Principles of Public Relations
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