School of Science Courses

Following are the courses offered by the School of Science from the current course catalog:

Introduction to Biology

BIOL 103

A basic study of the principles and applications of biology in contemporary life. Two lectures and one two-hour laboratory period.

Introduction to Biology Laboratory

BIOL 104

Introduction to Biology Lab

General Biology I

BIOL 111

An exploration of the central concepts of cell biology, cell physiology, molecular biology, genetics, and evolution. Three 1-hr lectures. The General Biology sequence (BIOL 111-BIOL 114) is required for those majoring in Biology or Pre-Med. Offered alternating semesters. Co-requisite: BIOL 113.

General Biology II

BIOL 112

An exploration of the central concepts of evolution, biodiversity, organismal anatomy and physiology, and ecology. Three 1-hr lectures. The General Biology sequence (BIOL 111, BIOL 112, BIOL 113, BIOL 114) is required for those majoring in Biology or Pre-Med. Prerequisite: Grade of C or better in BIOL 111 and BIOL 113. Co-requisite: BIOL 114.

General Biology Laboratory I

BIOL 113

An exploration of the central concepts of cell biology, cell physiology, molecular biology, genetics, and evolution. One 3-hr laboratory. The General Biology sequence (BIOL 111-BIOL 114) is required for those majoring in Biology or Pre-Med. Offered alternating semesters. Co-requisite: BIOL 111.

General Biology Laboratory II

BIOL 114

An exploration of the central concepts of evolution, biodiversity, organismal anatomy and physiology, and ecology. One 3-hr laboratory. The General Biology sequence (BIOL 111, BIOL 112, BIOL 113, BIOL 114) is required for those majoring in Biology or Pre-Med. Prerequisite: Grade C or better in BIOL 111 & BIOL 113. Co-requisite: BIOL 112.

Principles of Biology I

BIOL 115

An introduction to the basic principles and concepts of cell biology, cell physiology, molecular biology, genetics, and evolution with emphasis on the human organism. Two 1-hr lectures and one discussion period. The Principles of Biology sequence (BIOL 115-BIOL 118) is intended for those not majoring in Biology or Pre-Med. Offered alternating semesters. Co-requisite: BIOL 117.

Principles of Biology II

BIOL 116

An introduction to the basic principles and concepts of evolution, biodiversity, organismal anatomy and physiology, and ecology with emphasis on the human organism. Two 1-hr lectures and one discussion period. The Principles of Biology sequence (BIOL 115-BIOL 118) is intended for those not majoring in Biology or Pre-Med. Offered alternating semesters. Prerequisite: BIOL 115 & BIOL 117. Co-requisite: BIOL 118.

Principles of Biology Laboratory I

BIOL 117

An introduction to the basic principles and concepts of cell biology, cell physiology, molecular biology, genetics, and evolution with emphasis on the human organism. One 3-hr laboratory. The Principles of Biology sequence (BIOL 115-BIOL 118) is intended for those not majoring in Biology or Pre-Med. Offered alternating semesters. Co-requisite: BIOL 115.

Principles of Biol Lab II

BIOL 118

An introduction to the basic principles and concepts of evolution, biodiversity, organismal anatomy and physiology, and ecology with emphasis on the human organism. One 3-hr laboratory. The Principles of Biology sequence (BIOL 115-BIOL 118) is intended for those not majoring in Biology or Pre-Med. Offered alternating semesters. Prerequisites: BIOL 115 & BIOL 117. Co-requisite: BIOL 116.

Anatomy and Physiology I

BIOL 207

Structure and functions of the organs and systems of the human body with expanded coverage of topics such as mechanisms of disease. Topics include: biology of the cell, histology, and skeletal, muscular & nervous systems. Two 1-hr lectures and one 3-hr laboratory. Offered alternating semesters. Biology majors in the Education studies and Pre-Physical Therapy studies may take this course for Biology credit.

Anatomy and Physiology II

BIOL 208

Structure and functions of the organs and systems of the human body with expanded coverage of topics such as mechanisms of disease. Topics include: digestive, respiratory, cardiovascular, urinary, reproductive and endocrine systems. Two 1-hr lectures and one 3-hr laboratory. Offered alternating semesters. Biology majors in the Education studies and Pre-Physical Therapy studies may take this course for Biology credit.

Anatomy And Physiology Lab I

BIOL 209

Anatomy And Physiology Lab I

Anatomy & Physiology II Lab

BIOL 210

Anatomy & Physiology II Lab

Genetics

BIOL 217

Principles of chromosomal, molecular, quantitative, population, and evolutionary genetics. Two lectures, one problem period, and one two-hour laboratory period. Prerequisite: BIOL 111, BIOL 114 or consent of the instructor. Fall.

Genetics - Lab

BIOL 218

Genetics - Lab

Ecology Lab

BIOL 220

Ecology Lab

Introductory Nutrition

BIOL 221

A survey of human nutritional needs throughout the life cycle. Recommended for Nursing, Physical Education, and Liberal Arts majors. Three lectures. Fall, Spring.

Biology for Engineers

BIOL 222

The general principles of modern science and biology, with focus on engineering solutions to biological problems, including pollution, bio-remediation, genetic engineering and risk assessment. Two one-hour lectures and one two-hour lab per week.

Ecology

BIOL 223

Introduction to the study of the distribution and abundance of organisms. Survey of ecological principles at the level of individuals, populations, communities, and ecosystems with emphasis on quantitative analysis. Two lectures and one three-hour laboratory per week. Prerequisite: BIOL 111, BIOL 114 or consent of the instructor. Fall.

BiologyForEngineers Laboratory

BIOL 224

The general principles of modern science and biology, with focus on engineering solutions to biological problems, including pollution, bioremediation, genetic engineering and risk assessment. One 2 hour lab per week. Co-Requisite: BIOL 222.

Microbiology

BIOL 225

Introduction to microbial physiology, genetics, and ecology with an emphasis on the role of microbes in the environment and infectious disease. Two lectures and one three-hour laboratory period per week. Prerequisite: BIOL 111-BIOL 114 and BIOL 217 or consent of the instructor. Spring.

Microbiology Lab

BIOL 226

Microbiology Lab

Evolution

BIOL 231

An introduction to the central organizing theme in biology. Examination of the basic mechanisms for evolution at a variety of scales, from the molecular to ecological levels. Potential topics include: microevolution, speciation, and macroevolution. Two lectures and one three-hour laboratory period. Prerequisite: BIOL 111, BIOL 114 or consent of the instructor. Spring.

Evolution Laboratory

BIOL 232

Dynamic aspects of the physiology and biochemistry of cells, including thermodynamics, oxidation/reduction, respiration, metabolic pathways, enzymes, membranes, cell signaling and cellular control mechanisms. One 3 hour lab per week. Prerequisites: BIOL 111, BIOL 114 and CHEM 319.

Comparative Chordate Anatomy

BIOL 301

An anatomical survey of chordate evolution, with an emphasis on human anatomy, where homologous structures are examined in diverse chordate organisms. Form, function, and phylogeny are explored from worm-like chordates and sharks to dinosaurs, birds, as well as humans and other mammals. Two lectures and one three-hour laboratory period. Prerequisite: BIOL 111, BIOL 114 or consent of the instructor. Fall.

Plant Biology Laboratory

BIOL 303

Physiological, biochemical and anatomical aspects of plants will be studied in the context of their native environments. The molecular, hormonal and physiological basis for plant adaptations will be stressed. One 3 hour lab per week.

Plant Biology

BIOL 305

Physiological, biochemical and anatomical aspects of plants will be studied in the context of their native environments. The molecular, hormonal and physiological basis for plant adaptations will be stressed. Two lectures and one three-hour laboratory period. Fall. Prerequisite: CHEM 319 and BIOL 319.

Physiology of Exercise

BIOL 306

The investigation of human physiological responses to exercise in relation to age, sex, physical fitness, and environmental conditions. Two lectures and two laboratory hours. Fall. Biology majors in the Pre-Physical Therapy studies may take this course for Biology credit.

Physiology Of Exercise Lab

BIOL 307

Physiology Of Exercise Lab

Kinesiology

BIOL 309

The study of mechanical and anatomical aspects of human movement. Accepted for major credit only for students in the physiology of exercise concentration. Two lectures and one laboratory hour. Spring. Biology majors in the Pre-Physical Therapy studies may take this course for Biology credit.

Research in Biology for Juniors

BIOL 310

Investigation of challenging problems. Four hours/credit per week including a conference with sponsor. Results may lead to an off-campus presentation. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Offered: Fall

Research in Biology for Juniors

BIOL 311

Investigation of challenging problems. Four hours/credit per week including a conference with sponsor. Results may lead to an off-campus presentation. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Offered: Spring

Compar Chordate Anatomy-Lab

BIOL 313

Compar Chordate Anatomy-Lab

Kinesiology for Dancers

BIOL 314

Elements of human motion within the areas of anatomy, neuromuscular physiology and biomechanics. Proper procedures in performance art with special reference to dance. Two lectures and one two-hour lab per week.

Kinesiology- Lab

BIOL 315

Kinesiology- Lab

Cellular BioChemistry/Physiology

BIOL 319

Dynamic aspects of the physiology and biochemistry of the cell, including thermodynamics, oxidation/reduction, respiration, enzymes, membranes, cell signaling and metabolic pathways. Two lectures and three laboratory hours. Fall. Prerequisite: BIOL 111-BIOL 114 or consent of the instructor and CHEM 319.

Animal Physiology

BIOL 320

Discovery of the major principles of animal (especially humans) functions. Topics include (1) procurement and use of energy, (2) growth, (3) internal organ functions, reproduction, and adaptations to diverse environments. Emphasis is placed on tissue, organ and organism functions. Various taxa will be examined in lab, especially humans. Two lecture hours and one three-hour laboratory per week. Spring. Prerequisite: BIOL 111, BIOL 114.

Molecular Cell Biology

BIOL 321

In-depth analysis of molecules directing cellular structure. Emphasis will be placed on the molecular mechanisms of cellular function and interactions. Topics will include: organelle structure/function, intra- and intercellular signaling, and cell cycle control. Two lectures and one three-hour laboratory per week. Spring. Prerequisite: BIOL 217.

Cellular Biochemistry/Physiology Laboratory

BIOL 323

Dynamic aspects of the physiology and biochemistry of cells, including thermodynamics, oxidation/reduction, respiration, metabolic pathways, enzymes, membranes, cell signaling and cellular control mechanisms. One 3 hour lab per week.

Animal Physiology Laboratory

BIOL 324

Discovery of the major principles of animal (especially humans) functions. Topics include (1) procurement and use of energy. (2) growth, (3) internal organ functions, reproduction, and adaptations to diverse environments. Emphasis is placed on tissue, organ and organism functions. Various taxa will be examined in lab, especially humans. One 3 hour lab per week.

Animal Behavior

BIOL 326

The biological basis of animal behavior from an ecological and evolutionary perspective. Two lectures and three laboratory or field hours. Spring. Suggested Preparation: MATH 211.

Independent Study in Biology for Juniors

BIOL 360

Independent study of an area in biology. Up to ten hours per week, including a conference with sponsor, plus a final paper are required. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Offered: Fall, Spring

Biology Colloquium (We)

BIOL 404

Study and discussion of biological topics and the completion of a monograph. One discussion period. Spring.

Neurobiology

BIOL 405

An examination of the basic principles of the nervous system including the cellular and molecular biology of the neuron, synaptic transmission, sensory and motor systems and their integration. Two lectures and three laboratory hours. Fall. Prerequisite or Corequisite: BIOL 319.

Special Topics: in Biology

BIOL 406

Current problems and studies in biology. Consult department chair for topic. Three lectures per week. Prerequisite: BIOL 111, BIOL 114 or consent of the instructor. Fall.

Marine Biology

BIOL 409

Principles of marine ecology in an oceanic environment with emphasis on tropical communities. Lectures will be held on campus with the field portion of the course to be taught during the mid-semester recess in the Caribbean. Spring. Prerequisites: BIOL 111-BIOL 112, BIOL 115-BIOL 116, or BIOL 101.

Research in Biology for Seniors

BIOL 410

Investigation of challenging problems. Four hours/credit per week including a conference with sponsor. Results should ordinarily lead to an off-campus presentation. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Offered: Fall

Research in Biology for Seniors

BIOL 411

Investigation of challenging problems. Four hours/credit per week including a conference with sponsor. Results should ordinarily lead to an off-campus presentation. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Offered: Spring

Immunology

BIOL 426

Study of fundamental properties of antigens and antibodies. Theories of antibody production, tolerance, transplantation immunity, autoimmunity, tumor immunology, and immunochemistry. Introduction to antibody-mediated and cell-mediated reactions. Three lectures. Prerequisite: BIOL 319. Spring.

Freshwater Ecology

BIOL 431

Study of the ecology of freshwater communities, including physical, chemical, and biotic components. Field-oriented laboratories emphasize comparison of major freshwater systems. Fall. Prerequisite: BIOL 223.

Cardiovascular Biology

BIOL 441

Anatomical, physiological, pathological and nutritional aspects of the human cardiovascular system. Three lectures and a monograph based on library research or supervised laboratory experience at a hospital cardiac stress testing laboratory for students who have successfully completed BIOL 443. Three lecture hours. Spring. Biology majors in the Pre-Physical Therapy studies may take this course for Biology credit.

Basic Electrocardiography

BIOL 443

The understanding and interpretation of basic normal and abnormal electrocardiographic patterns. Two lectures. Fall. Biology majors in the Pre-Physical Therapy studies may take this course for Biology credit.

Therapeutic, Prescriptions, Exercises, and Modalities

BIOL 445

Understanding prescriptions for the rehabilitation of specific disorders through the use of exercise and modalities. Fall. Prerequisite: Permission of instructor. Biology majors in the Pre-Physical Therapy studies may take this course for Biology credit.

Independent Study in Biology

BIOL 460

Independent Study in Biology. Independent study of an area in biology. Ten hours per week including a conference with sponsor. Sponsorship by a faculty member of the Biology Department must be obtained in advance. Fall, Spring.

Abroad:Bio-Chem of Wine Making

CHEM 090

Abroad:Bio-Chem of Wine Making

Foundations of Chemistry

CHEM 100

A course in fundamental principles and applications of chemistry to the living world. Two lectures and one two-hour laboratory period. This course is designed for students majoring in the Arts, in Physical Education, or in Radiological Sciences and cannot be used as a substitute for any other course in chemistry.

General Chemistry I

CHEM 101

The fundamental laws and principles of chemistry; appropriate laboratory exercises to illustrate these principles and to develop proper techniques; introduction to quantitative analytical methodology. Three lectures and one three-hour laboratory period per week. Prerequisite for CHEM 101: a high school chemistry course or CHEM 100. It is recommended that a student achieve a grade of C or higher in CHEM 101 before taking CHEM 102.

General Chemistry II

CHEM 102

The fundamental laws and principles of chemistry; appropriate laboratory exercises to illustrate these principles and to develop proper techniques; introduction to quantitative analytical methodology. The laboratory includes an introduction to systematic inorganic qualitative analysis. Three lectures and one three-hour laboratory period per week. Prerequisite: CHEM 101: It is recommended that a student achieve a grade of C or higher in CHEM 101 before taking CHEM 102.

General Chemistry Laboratory I

CHEM 103

General Chemistry Lab I

General Chemistry Laboratory II

CHEM 104

General Chemistry Lab II

Analytical Chemistry

CHEM 302

Principles and applications of classical wet analytical techniques such as gravimetric and volumetric methods, as well as modern analytical techniques, such as electrochemistry, spectroscopy and chromatography. Statistical evaluation of analytical data. Three lectures and a four hour laboratory. Prerequisite: CHEM 102.

Physical Chemistry I

CHEM 309

The application of thermodynamics to the study of the states of matter, phase equilibria, chemical equilibria, thermal chemistry, and electrochemistry. Chemical kinetics, diffusion and the migration of ions. Elucidation of the molecular structure of matter by classical physical and quantum mechancial considerations. Prerequisite: CHEM 102. Corequisites: MATH 285, and PHYS 102 or PHYS 108.

Physical Chemistry II

CHEM 310

The application of thermodynamics to the study of the states of matter, phase equilibria, chemical equilibria, thermal chemistry, and electrochemistry. Chemical kinetics, diffusion and the migration of ions. Elucidation of the molecular structure of matter by classical physical and quantum mechanical considerations. Prerequisite: CHEM 102. Corequisites: MATH 285 or MATH 201, and PHYS 102 or PHYS 108.

Physical Chemistry Laboratory I

CHEM 311

Laboratory studies of physical chemical measurements on gases, heats of chemical processes, equilibrium, emf and conductance. A four hour laboratory. Corequisite: CHEM 310.

Organic Chemistry I

CHEM 319

The chemistry of carbon compounds. Emphasis on structure and mechanisms of organic reactions. Three lectures and one problem period. Prerequisite: CHEM 102.

Organic Chemistry II

CHEM 320

The chemistry of carbon compounds. Emphasis on structure and mechanisms of organic reactions. Three lectures and one problem period. Prerequisite: CHEM 319.

Organic Chemistry Laboratory I

CHEM 323

Synthesis, purification, analysis, mechanistic studies and spectral characterization of organic compounds. Four hours of laboratory. Prerequisite or Co-requisite: CHEM 319.

Organic Chemistry Laboratory II

CHEM 324

Synthesis, purification, analysis, mechanistic studies and spectral characterization of organic compounds. Four hours of laboratory. Prerequisite or Co-requisite: CHEM 319 for 323; 320 for 324.

Inorganic Chemistry

CHEM 335

The chemistry of the elements and their compounds. Industrial, biochemical, enviromental, and geochemical applications of inorganic chemistry are emphasized. The periodic table, elementary bonding models and thermodynamic data are used to organize, understand, and predict chemical and physical properties of inorganic compounds. Three lectures. Prerequisite: CHEM 102.

Inorganic Chemistry Laboratory

CHEM 336

Study of the properties, synthesis and characterization of inorganic compounds. Experiments include preparations of metallic and non-metallic elements from compounds; simple salts by wet and dry methods; common gases; coordination compounds; air sensitive compounds; organometallic compounds; high temperature superconductors. A four hour laboratory. Prerequisite or Co-requisite: CHEM 335.

Physical Chemistry Laboratory II

CHEM 410

Laboratory studies of kinetics, spectroscopy, molecular structure and molecular modeling. A four hour laboratory. Prerequisite or Co-requisite: CHEM 311.

Physical Chem Lab II

CHEM 412

Physical Chem Lab II

Advanced Topics: in Chemistry

CHEM 421

Advanced topics in chemistry will be chosen from several areas of chemistry on a rotating basis. Current course offerings include transition metal catalysts in organic synthesis, polymer chemistry, environmental chemistry, industrial chemistry, physical organic chemistry, applications of organic chemistry (dyes and fragrance/flavor chemistry) and an advanced synthesis laboratory. Other topics of current interest can be added at the discretion of the department. A student may elect the course more than once if the topics are different each time. Three lecture hours or eight laboratory hours per week. Repeatable. Prerequisites: CHEM 310, CHEM 320.

Biochemistry I

CHEM 433

An introduction to the chemistry of biologically important amino acids, proteins, carbohydrates, lipids, vitamins and hormones. Enzyme kinetics and catalysis, protein structure and function, introduction to intermediary metabolism will be included. Three lectures. Prerequisite: CHEM 320.

Biochemistry II

CHEM 434

Chemistry and metabolism of proteins, carbohybrates, and lipids. Protein folding and posttranslational modification. Three lectures. Prerequisite: CHEM 433.

Biochemistry Laboratory

CHEM 436

Four hour laboratory with emphasis on techniques used in protein and enzymology laboratories. Prerequisite or Co-requisite: CHEM 434.

Computers, Structure and Bonding

CHEM 437

An intermediate level presentation of the fundamental ideas of metallic, ionic and covalent bonding. The consequences of these bonding schemes are then related to the plenitude of three dimensional chemical, biochemical, and crystalline structure. The latest computer software of interest to chemists and biochemists is incorporated in a hands on approach in order to render chemical structures and deduce chemical properties based on the bonding pertinent to those structures using the computer for chemical literature searching and manuscript preparation. Three lectures. Prerequisites: CHEM 309, CHEM 320, and CHEM 335.

Advanced Spectroscopy

CHEM 452

Molecular UV/Vis absorption and luminescence spectroscopy; atomic absorption and emission spectroscopy; nuclear magnetic resonance spectrometry; infrared and Raman spectroscopy; mass spectroscopy. Three lectures and a four hour laboratory. Prerequisites: CHEM 302, CHEM 310, CHEM 320, CHEM 324, CHEM 410.

Adv Topics: Biochemistry III

CHEM 456

Adv Topics: Biochemistry III

BioChemistry III

CHEM 457

Biochemistry of the nucleic acids, DNA and RNA. Three lectures. Fall. Prerequisite: CHEM 434.

Biochemistry III

CHEM 458

Biochemistry of the nucleic acids, DNA and RNA. Three lectures and a four hour laboratory. Prerequisite: CHEM 434.

Chemical Research

CHEM 460

An investigation of an original nature carried out by the student under the guidance of a faculty member; a brief written report is submitted to and approved by the faculty of the department.

Chemical Research

CHEM 461

An investigation of an original nature carried out by the student under the guidance of a faculty member; a brief written report is submitted to and approved by the faculty of the department.

Computer Science I

CMPT 101

An introduction to programming and computer science, including flow control, loops, arrays, strings, and an introduction to objects. Students will be required to do a variety of projects in the Python language which may involve graphics, animations, games, and programs which download and process live data from Internet sources. CMPT 101 cannot be taken after CMPT 102.

Computer Science II

CMPT 102

The C++ programming language. Classes and objects. Recursion, pointers, and data structures including stacks, queues, lists, and trees. Pre-requisite: A grade of C or better in CMPT 101 or ENGS 116.

Computer Applications for Life Sciences

CMPT 121

This course explores the use of the computer for analyzing data appropriate to the life sciences. Topics include using Excel for research: worksheet basics, formulas and functions, charts and graphics, macros and VBA, passing data sets between applications;Computer representations of discrete time dynamical systems, growth and decay models, linear, exponential and logarithmic regression:Introduction to writing simple computer programs and/or procedures.

Computer Applications for Life Sciences

CMPT 155

This course explores the use of the computer for analyzing data appropriate to the life sciences. Topics include using Excel for research: worksheet basics, formulas and functions, charts and graphics, macros and VBA, passing data sets between applications; computer representations of discrete-time dynamical systems, growth and decay models, linear, exponential and logarithmic regression; introduction to writing simple computer programs and/or procedures. Prerequisite: None.

Teaching and Learning with Technology

CMPT 214

Examines various uses of technology in the classroom to promote student learning.

Data Structure

CMPT 238

Efficiency of search, sort, and hash algorithms. Stacks, queues, priority queues, binary trees, binary search trees, general trees, heaps, and heapsort. Fall. Prerequisite: CMPT 102.

Web Programming

CMPT 241

An introduction to Web programming using DHTML and Javascript for development of Web-based applications. Current server-side scripting languages such as Python or PHP will be used for creating dynamic Web pages. Spring. Prerequisite: CMPT 102 or permission of the instructor.

Database Systems I

CMPT 258

An introduction to database system concepts; SQL, database design, normalizing tables, functional dependencies, entity-relationship and relational database models; use of object-oriented design and event programming. Fall. Prerequisite: CMPT 102 or permission of the instructor.

Operating Systems

CMPT 312

File systems, CPU scheduling, memory management, virtual memory and machines, disk scheduling, deadlocks and their prevention, concurrency, protection mechanisms, multiprocessors, distributed systems. A survey of the services provided by some of the more popular operating systems. Spring. Prerequisite: CMPT 353.

Computer Organization

CMPT 334

A study of the internal architecture of a computer. Topics include instruction sets, hardwired and microprogrammed control unit designs, memory systems, I/O systems, introduction to pipeline and parallel processing. Prerequisite: EECE 229.

Discrete Structures

CMPT 335

A study of structures most frequently encountered in computer science: graphs, trees, search algorithms, recurrence relations and coding theory. Fall. Prerequisite: CMPT 102.

Simulation and Modeling

CMPT 336

Probability distributions, mathematical models, simulation of queuing systems, Markov chains. MATH 420 or MATH 331 and CMPT 102.

Programming Languages

CMPT 341

Organization of programming languages, study of language specification and analysis, control structures and data flow. Prerequisites: CMPT 335, and CMPT 360.

Systems Programming

CMPT 353

C programming language. Introduction to the UNIX/Linux operating system and shell programming. Design and implementation of selected systems software in the UNIX/Linux environment. Introduction to Perl. Fall. Prerequisite: CMPT 102.

Database Systems II

CMPT 358

A continuation of 258. Introduction to middleware, database connectivity and Web development issues; ODBC, OLE DB, Active XData Objects (ADO); security. Prerequisite: CMPT 258.

Object Oriented Design with Java

CMPT 360

An introduction to object-oriented design using the programming language Java. Classes, objects, inheritance, abstract types, polymorphism, the Liskov substitution principle, design patterns, generics, iterators, and generators. Spring. Prerequisite: CMPT 102.

Algorithms

CMPT 438

Algorithm analysis techniques, worse-case analysis, greedy algorithms, divide and conquer algorithms, dynamic programming algorithms, branch-and-bound, and NP-completeness. Students will design algorithms, prove them correct, implement them, and then verify their implementation. Fall. Prerequisites: CMPT 102 and CMPT 335.

Computability Theory

CMPT 443

Turing-computable functions, and their relationship to recursive functions. Formal languages, regularity, finite and push-down automata and their simulation. Universality of programs and Turing machines. Unsolvability and an introduction to the theory of computational complexity. Fall. Prerequisite: CMPT 335 or MATH 213 or MATH 243.

Software Engineering

CMPT 456

A study of the principles and methods advocated for the development of large and complex software systems. Each student will be required to participate in a team project devoted to the specification, design and implementation of a sizable software system. Spring. Prerequisite: CMPT 335 or CMPT 360 or permission of instructor.

Topics in Computer Science

CMPT 463

Admission only by permission of the Chair of the Department. This course is offered when demand warrants.

Topics in Computer Science

CMPT 464

Admission only by permission of the Chair of the Department. This course is offered when demand warrants.

Topics in Computer Science

CMPT 468

Admission by permission of the Chair of the Department. This course is offered when demand warrants.

Independent Study

CMPT 469

Individual study and/or research under faculty supervision.

Pre-Calculus Mathematics

MATH 100

Basic set theory, functions, and their graphs. Topics from algebra, theory of equations, trigonometry and analytic geometry. Intended to prepare students for a course in calculus. (Meets four hours per week.)

Modern Mathematics

MATH 102

The mathematics of voting. Mathematics of fair division. Mathematics of apportionment. Graph theory. Consumer mathematics. Probability.

Calculus I

MATH 103

Limits, derivatives, continuity, differentiation and an introduction to the definite integral. Applications of the definite integral, transcendental functions, integration techniques and infinite series. (Meets four hours per week). Prerequisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH 103. Students are reminded that a grade of C- or lower in MATH 103 may indicate preparation for MATH 104.

Calculus II

MATH 104

Limits, derivatives, continuity, differentiation and an introduction to the definite integral. Applications of the definite integral, transcendental functions, integration techniques and infinite series. (Meets four hours per week). Prerequisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH 103. Students are reminded that a grade of C- or lower in MATH 103 may indicate inadequate preparation for MATH 104.

Linear Math Analysis

MATH 105

Functions, simultaneous linear equations and inequalities, and matrix algebra. Introduction to probability.

Calculus Business Decisions

MATH 106

A one-semester course in the calculus of functions of one variable, intended for students in Business. Polynomial, rational, and exponential functions, and the logarithm. Limits, derivatives, techniques and applications of differentiation. Indefinite and definite integrals, applications of the integral. Prerequisite: MATH 105 or permission of the Chair.

Calculus for the Life Sciences I

MATH 121

Sequences, difference equations, limits, derivatives, continuity, exponential and loganrithmic functions, differentiation and antidifferentiation. Applications chosen form the life sciences. An introduction to the definite integral. Applications of the definite integral, integration techniques and differential equations. Population models, stability and matrix methods. Meets four hours per week. Pre-requisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH121.

Calculus for the Life Sciences II

MATH 122

Sequences, difference equations, limits, derivatives, continuity, exponential and loganrithmic functions, differentiation and antidifferentiation. Applications chosen form the life sciences. An introduction to the definite integral. Applications of the definite integral, integration techniques and differential equations. Population models, stability and matrix methods. Meets four hours per week. Pre-requisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH121/122.

Modern Math

MATH 151

Formerly MATH 102) The mathematics of voting. Mathematics of fair division. Mathematics of apportionment. Graph theory. Consumer mathematics. Probability.

Linear Mathematical Analysis

MATH 153

(Formerly Math 105) Survey of business applications. Topics include financial mathematics: simple and compound interest, annuities and amortization of loans; linear optimization: solving systems of linear equations and matrix algebra; probability: elementary counting techniques, odds, and expected value.

Calculus for Business Decisions

MATH 154

( Formerly Math 106). A one-semester course in the calculus of functions of one variable, intended for students in Business. Polynomial, rational, and exponential and logarithm functions. Limits, derivatives, techniques and applications of differentiation. Indefinite and definite integrals, applications of the integral. Prerequisite: MATH 105 or MATH 153.

Calculus for the Life Sciences I

MATH 155

(Formerly MATH 121) Limits, continuity, exponential/logarithmic functions, differentiation/antidifferentiation. An introduction to the definite integral. Meets four hours per week. Prerequisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH 155.

Calculus for the Life Sciences II

MATH 156

(Formerly MATH 122) Applications chosen from the life sciences, including population, decay, growth models, stability, and matrix methods. Volumes of solids, integration techniques, difference/differential equations. Meets four hours per week. Prerequisite: MATH 121 or MATH 155.

Calculus I

MATH 185

(Formerly Math 103) Limits, derivatives, continuity, differentiation and an introduction to the definite integral, and area between curves. (Meets four hours per week). Students are reminded that a grade of C- or lower in MATH 185 (formerly MATH 103) may indicate inadequate preparation for MATH 186 (formerly MATH 104). Prerequisite: A satisfactory score on the mathematics placement exam is necessary to enroll in MATH 185.

Calculus II

MATH 186

(Formerly Math 104) Applications of the definite integral, transcendental functions, integration techniques and infinite series. (Meets four hours per week). Students are reminded that a grade of C- or lower in MATH 185 (formerly MATH 103) may indicate inadequate preparation for MATH 186. Prerequisite: MATH 103 or MATH 185.

Calculus III

MATH 201

Algebraic and geometric aspects of vectors, functions of several variables, partial derivatives and multiple integrals. Prerequisite: MATH 104 or 110.

Differential Equations

MATH 203

This course focuses on techniques of solving first and second order ordinary differential equations. Methods include separation of variables, variation of parameters, and the Laplace transform. Applications include linear and nonlinear models. Prerequisite: MATH 201 or 209 or permission of instructor.

Honors Calculus III

MATH 209

Continuation of MATH 109-110. Fall. Prerequisite: MATH 110 or permission of instructor.

Elementary Statistics

MATH 211

An introduction to statistical methods: descriptive statistics, association between two variables, basic probability, discrete random variables, binomial and normal random variables, sampling distribution, confidence intervals, tests of significance.

Foundations for Higher Mathematics

MATH 213

This course will serve as a bridge between introductory and advanced mathematics. The context of set theory and logic will be used to develop the skills of constructing and interpreting mathematical proofs. Topics include principles of logical argument, congruence modulo, induction, sets, functions, relations, equivalence relations, countability and uncountability of sets. Fall. Prerequisite: MATH 104 or MATH 110, or permission of instructor.

Linear Algebra

MATH 215

Linear equations and matrices, vector spaces, sub spaces, linear independence, bases, dimension, inner product spaces, linear transformations, eigenvalues and eigenvectors, orthogonal matrices and diagonalization. Prerequisites: MATH 213, or permission of instructor.

Mathematics for the Elementary School Teachers I

MATH 221

Courses for prospective teachers in elementary school who are not majoring in mathematics. The content and method will follow the current standards of the National Council of Teachers of Mathematics for the elementary level. Topics include tools for problem solving, numeration systems, and number theory.

Mathematics for the Elementary School Teachers II

MATH 222

Courses for prospective teachers in elementary school who are not majoring in mathematics. The content and method will follow the current standards of the National Council of Teachers of Mathematics for the elementary level. Topics include tools for problem solving, geometry, and trigonometry.

Elementary Statistics

MATH 230

(Formerly MATH 211) An introduction to statistical methods: descriptive statistics, association between two variables, basic probability, discrete random variables, binomial and normal random variables, sampling distribution, confidence intervals, tests of significance.

Foundations for Higher Mathematics

MATH 243

(Formerly MATH 213) This course will serve as a bridge between introductory and advanced mathematics. The context of set theory and logic will be used to develop the skills of constructing and interpreting mathematical proofs. Topics include principles of logical argument, congruence modulo, induction, sets, functions, relations, equivalence relations, countability and uncountability of sets. Prerequisite: MATH 104 or MATH 186 or permission of instructor.

Calculus III

MATH 285

(Formerly Math 201) Algebraic and geometric aspects of vectors, functions of several variables, partial derivatives and multiple integrals. Prerequisite: MATH 104 or MATH 122 or MATH 186 or MATH 156.

Differential Equations

MATH 286

(Formerly MATH 203) This course focuses on techniques of solving first and second order ordinary differential equations. Methods include separation of variables, variation of parameters, and the Laplace transform. Applications include linear and nonlinear models. Prerequisite: MATH 201 or MATH 209 or MATH 285 or MATH 287 or permission of instructor.

Honors Calculus III

MATH 287

(Formerly MATH 209) Honors equivalent to Calculus III. Algebraic and geometric aspects of vectors, functions of several variables, partial derivatives and multiple integrals. Intended to be for students who have completed the honors section of MATH 104 or MATH 106. Prerequisite: Honors section of MATH 104 or MATH 186 or permission of the instructor.

Vector Calculus

MATH 305

Review of vector algebra. Vector-valued functions. Divergence and curl. Multiple integrals; different coordinate systems. Line integrals, Greens Theorem, independence of path, conservative force fields. Surface integrals, Divergence Theorem, Stokes Theorem, Applications. Prerequisite: MATH 201 OR 209.

Partial Differential Equations

MATH 308

Classification of partial differential equations. Characteristics. Derivation of the classical linear second order equations. Fourier series. Separation of variables. Initial and boundary value problems. Cauchy, Dirichlet, and Neumann problems. Prerequisite: MATH 203.

Introduction to Higher Geometry

MATH 311

Selected topics from Euclidean and non-Euclidean geometries. Further topics in higher geometry, as time permits. Offered every other year. Spring. Prerequisites: MATH 213, 215.

Analysis I

MATH 313

(Formerly 413). A rigorous treatment of differential calculus of one variable: sequences, limits, continuity, the derivative. Fall. Prerequisites: MATH 201 and 213.

Analysis II

MATH 314

A continuation of 313. Topology of the real numbers, uniform convergence, Riemann integral, infinite series, Taylor and Fourier series, metric spaces. Spring. Prerequisite: MATH 313.

Algebra I

MATH 315

The first part of a two-semester sequence. An introduction to algebraic structures with an emphasis on groups, covering normal subgroups, cosets. Langrange's theorem and the fundamental homomorphism theorems. Fall. Prerequisites: MATH 213, 215.

Algebra II

MATH 316

The second part of a two-semester sequence. Further study of algebraic structures, such as rings, fields and integral domains. The homomorphism theorems and applications. Spring. Prerequisite: MATH 315.

Linear Algebra II

MATH 325

A continuation of the topics introduced in MATH 215 with emphasis on orthogonality, inner product spaces, eigenvalues and eigenvectors, diagonalization, quadratic forms and numerical linear algebra. Fall. Prerequisite: MATH 215.

Probability

MATH 331

(Formerly MATH 420) Basic theorems in probability, random variables, distribution functions, expected values; binomial, Poisson and normal distributions. Fall. Prerequisite: MATH 104 or MATH 186.

Algebra I

MATH 377

(Formerly Math 315) The first part of a two-semester sequence. An introduction to algebraic structures with an emphasis on groups, covering normal subgroups, cosets. Lagrange's theorem and the fundamental homomorphism theorems. Fall. Prerequisites: MATH 213, MATH 215 or MATH 243, MATH 272.

Partial Differential Equations

MATH 386

(Formerly MATH 308) Classification of partial differential equations. Characteristics. Derivation of the classical linear second order equations. Fourier series. Separation of variables. Initial and boundary value problems. Cauchy, Dirichlet, and Neumann problems. Prerequisite: MATH 203 or MATH 286.

Analysis I

MATH 387

(Formerly Math 313) A rigorous treatment of differential calculus of one variable: sequences, limits, continuity, the derivative. Fall. Prerequisites: MATH 201 and MATH 213 or MATH 285 and MATH 243.

Complex Analysis

MATH 407

The complex plane, functions, limits and continuity. Analytic functions, Cauchy- Riemann equations. Cauchy integral theorem and consequences. Additional topics may include: Power series, Taylor and Laurent series, classification of singularities, the Residue Theorem and its applications, conformal mapping,selected applicaitons. Spring. Prerequisite: MATH 203 or permission of instructor, MATH 213 recommended.

Probability

MATH 420

Basic theorems in probability, random variables, distribution functions, expected values; binomial, Poisson and normal distributions. Fall. Prerequisite: MATH 104.

Statistical Inference

MATH 421

Sampling distributions, point estimation, interval estimation, testing statistical hypotheses, regression and correlation. Spring. Prerequisite: MATH 420.

Operations Research

MATH 425

Optimization, linear programming, simplex method, duality theory. Transportation problems, scheduling problems, queuing theory. Prerequisite: MATH 215 or permission of instructor.

Problem Seminar

MATH 460

A capstone course for senior mathematics majors. Problems will be chosen to integrate the themes of the major. Oral presentations and mathematical writing and proof will be emphasized. Spring. Prerequisites: MATH 313 or MATH 315 or permission of instructor.

Topics: in Mathematics

MATH 461

Admission only by permission of the Chair of the Department. This course is offered when demand warrants.

Topics: in Mathematics

MATH 462

Admission only by permission of the Chair of the Department. This course is offered when demand warrants.

Seminar for Mathematics Education

MATH 466

This course is intended for prospective mathematics teachers. Topics in high school mathematics are examined from an advanced perspective. Topics include the real and complex numbers, functions, equations, and trigonometry. (Enrollment restricted to students in the School of Education.) Spring. Prerequisites: MATH 213 AND 215.

Independent Study

MATH 469

Individual study and/or research under faculty supervision.

Linear Algebra II

MATH 471

(Formerly Math 325) A continuation of the topics introduced in MATH 241( formerly MATH 215) with emphasis on orthogonality, inner product spaces, eigenvalues and eigenvectors, diagonalization, quadratic forms and numerical linear algebra. Fall. Prerequisite: MATH 215 or MATH 272.

Problem Seminar

MATH 489

(Formerly Math 460) A capstone course for senior mathematics majors. Problems will be chosen to integrate the themes of the major. Oral presentations and mathematical writing and proof will be emphasized. Spring. Prerequisites: MATH 313, MATH 315 or MATH 387, MATH 377 or permission of instructor.

Independent Study

MATH 499

(Formerly MATH 469) Individual study or research under faculty supervision. Prerequisite: Permission of the instructor and chair.

Physics I

PHYS 101

A calculus approach to the basic concepts of mechanics (Physics I) and electricity and magnetism (Physics II). Three lectures. Prerequisite or Corequisite: MATH 185 or MATH 103.

Physics II

PHYS 102

A calculus approach to the basic concepts of mechanics (Physics I) and electricity and magnetism (Physics II). Three lectures. Must also register for PHYS192 lab. Prerequisite or Corequisite: MATH 185, or MATH 103.

Principles of Physics I

PHYS 105

An introduction to the basic principles and concepts of Physics including mechanics, heat, electricity and magnetism, optics and modern physics. Three lecture hours.

Principles of Physics II

PHYS 106

An introduction to the basic principles and concepts of physics including mechanics, heat, electricity and magnetism, optics and modern physics. Three lecture hours.

Introduction Physics I

PHYS 107

An algebra based approach to the basic concepts of mechanics, heat, electricity, magnetism, optics and elementary atomic and nuclear physics. Emphasis is on biological applications. Three lecture hours.

Introduction Physics II

PHYS 108

An algebra based approach to the basic concepts of mechanics, heat, electricity, magnetism, optics and elementary atomic and nuclear physics. Emphasis is on biological applications. Three lecture hours.

Electricity and Magnetism

PHYS 214

Electrostatics, Magnetostatics, Faraday's Law, Maxwell's equations using vector analysis. Spring.

Physics of Digital Systems

PHYS 221

The basic physics and selected circuit applications of solid state devices such as the diode, transistor and op-amp as used in digital systems. The lectures will concentrate on the development of band theory and the diode equation from first principles while the lab will concentrate on digital circuit application using TTL and analog IC'S. Three lectures and one two-hour laboratory. Prerequisites: PHYS 101, PHYS 102 sequence.

Physics III

PHYS 223

Introduction to the theory of oscillations and waves. Introduction to the special theory of relativity. Introduction to wave mechanics and the SchrF6dinger equation.

Physics IV

PHYS 224

Elements of thermodynamics and an elementary introduction to condensed matter physics.

Optics

PHYS 250

The nature of light and its interaction with matter. Reflection, refraction, polarization, interference, diffraction and propagation of light through media. Lenses, optical elements and optical devices will be explored via lecture and experiments. One lecture and one 4-hour lab per week.

Optics Lab II

PHYS 253

Experiments in optics at an advanced level including measuring the cardinal points of an optical system, optical aberrations, lasers and laser applications, Newton's rings, interferometry, holography, electro-optics, optical modulation, and matrix optics.

Mechanics I

PHYS 309

Dynamics of particles and systems; Gravitation; Rotating Coordinates; Motion of rigid bodies, Lagrangian formulation. Coupled oscillators. Three lectures.

Atomic and Nuclear Physics

PHYS 311

SchrF6dinger wave theory for atomic structure. Magnetic field effects on atoms. Atomic and molecular spectra. Introductory nuclear physics. Three lectures.

Quantum Mechanics

PHYS 312

Introduction to Quantum theory. One dimensional quantum systems. The harmonic oscillator. Central Potentials.

Electromagnetic Waves

PHYS 314

Electro-magnetic waves and their interaction with matter. Maxwell's Equations in free space and dielectric media. Classical theory of the laser.

Modern Physics Laboratory I

PHYS 351

Experimental verification of properties of atomic structure. One three-hour period.

Modern Physics Lab II

PHYS 352

Advanced experiments in atomic and nuclear physics. Properties of radioactivity. One three-hour period.

Research Project In Physics

PHYS 353

Introductory level student research projects in either experimental or theoretical physics carried out under the guidance of a faculty member.

Research Project

PHYS 354

Introductory level student research projects in either experimental or theoretical physics carried out under the guidance of a faculty member.

Advanced Theoretical Physics

PHYS 410

Complex variables, Integral Transform Methods and Green's Function Methods in theoretical physics. Three lectures.

Senior Thesis

PHYS 441

An independent study program in experimental or theoretical physics to provide an opportunity for the scientific development of advanced undergraduate physics majors. Minimum of six hours a week devoted to an organized study program is required. Permission of department chair necessary.

Quantum Mechanics

PHYS 443

Development of the formal structure of quantum mechanics. Time independent perturbation theory. Theory of scattering. Second quantization.

Seminar

PHYS 450

Single and sequential lectures on special topics in physics. Track I majors are required to present a research paper on either a theoretical or experimental topic in the spring semester of the senior year.

Experimental Physics I

PHYS 453

Experience building and using apparatus such as electronic instrumentation, vacuum equipment, LASERS, magnets, detectors, scales, etc. A blend of classical and contemporary experiments.

Experimental Physics II

PHYS 454

Experience building and using apparatus such as electronic instrumentation, vacuum equipment, LASERS, magnets, detectors, scalars, etc. A blend of classical and contemporary experiments.

Introduction Astronomy

SCI 201

Fundamental properties of radiation. Astronomical measurements. The motions of the sun and the planets. Stellar evolution. Stellar clusters and galaxies. Two lectures and one two-hour lab per week.

Introduction Geology

SCI 202

The basic feature of the earth's crust; the internal and external processes affecting it; its historical evolution. Two lectures and one two-hour lab per week.

Topics in Science I

SCI 203

Topics chosen from chemistry and the allied physical sciences to illustrate the principles, history, and philosophy of science and its impact on everyday life. Topics include air and water environment, solid waste disposal, fossil fuels, synfuels, and nuclear energy. Two lectures and one two-hour lab per week.

Topics in Science II

SCI 204

Topics chosen from chemistry and the allied life sciences to illustrate the principles, history, and philosophy of science and its impact on everyday life. Topics include the genetic code, biotechnology, food production, food and health, and drugs. Two lectures and one two-hour lab per week.

Lasers, Light, and Optical Devices

SCI 205

The basic principles of light and color. Simple optical systems; lenses, mirrors, prisms. Natural phenomena; human eye, rainbows, sunset and ocean colors. Cameras (traditional, digital), televisions (CRT, LCD, plasma). VCR's, DVD's. Two lectures and one two hour laboratory per week.

Introductory Oceanography

SCI 210

A study of the seafloor and air-ocean interactions. Using the results of the latest technology students will gain an appreciation of this vast and unexplored region of the planet. Two-hour lecture and two-hour lab per week.

Introduction Meteorology

SCI 221

The science and prediction of weather including the atmosphere, storms, greenhouse effect, heat, radiation, air pollution, climate and climate changes. Two lectures and one two-hour lab per week.

Great Ideas in Physics

SCI 230

A study of the development of scientific thought. The contributions of Aristotle, Copernicus, Newton, Joule, Thompson (Lord Kelvin), Einstein, Bohr, Heisenberg, Gell-Mann. Emphasis is put on those theories which changes the basic assumptions of science. Two lectures, one two-hour lab period per week.

Fundamentals of Science I

SCI 240

Introduction to scientific fundamentals. Two lectures and one two hour lab per week. Prerequisite: EDUC 205.

Fundamentals of Life Science

SCI 241

Introduction to life science fundamentals. Prerequisite: SCI 240.

Fundamentals of Physical Science

SCI 242

Introduction to physical science fundamentals. Prerequisite: SCI 240. Education students who must meet the earth science requirement take Introductory Astronomy 201 and Introductory Geology 202.

Earth Science for Engineers

SCI 301

An overview of the origin of the Earth, its major processes (movement of continents, opening of oceans and mountain building) common minerals and rock types, geologic structures and landscape development, and the ways in which they all interact. The course presents a quantitative treatment of the Earths internal constituents, forces and near surface geological processes. Includes one field trip. Two hours of lecture and two hours of lab per week. Prerequisites: CHEM 101 and PHYS 101 or permission of Chair

Astronomy

SCI 321

An intermediate level overview of the solar system and the physical properties of stars, stellar evolution, galaxies and the universe at large.

Topics in Applied Conservation

SCI 323

Detailed studies of selected aspects of resource conservation. Conservation and natural resource management problems at different geographic scales of analysis from the global, regional and local levels will be examined through a number of case studies. Two lectures and one two-hour lab per week.