BS in Mathematics Physics at Keene State College

June 4th, 2009

This interdisciplinary program provides sufficient groundwork in both mathematics and physics for employment in industry, the commercial sector, or further study in graduate school. In order to complete the program within four years, the student should begin the Physics sequence in the spring of the first year of studies. Calculus I should be selected as soon as possible.

Students who are interested in an engineering degree may elect this program, complete major requirements over three years, transfer to an engineering school of choice, and be awarded both the B.S. in Mathematics-Physics from Keene State and the appropriate engineering bachelor’s degree.

The program is comprised of 20 credits of Mathematics, 24 credits of Physics, 4 credits of Computer Science, and 8 credits of Chemistry.

BA in Mathematics Education Courses at Keene State College

June 4th, 2009

MATH 141 Introductory Statistics
MATH 151 Calculus I
MATH 152 Calculus II
MATH 171 Structure of Number Systems
MATH 225 Introduction to Abstract and Discrete Mathematics
MATH 275 Geometry for K-8 Teachers
MATH 337 Number Theory
MATH 375 Algebraic Concepts for K-8 Teachers
MATH 475 Issues and Trends in Math Education
One mathematics elective at the 200 level or higher.

BA in Mathematics Education at Keene State College

June 4th, 2009

This program is designed to prepare candidates for grades K-8 elementary school teaching with a specialization in mathematics. In addition to meeting all the degree requirements set by Keene State College (mathematics, education, and integrative studies) and the certification requirements for elementary school teaching by the state of New Hampshire, graduates of the program will possess the skills and knowledge necessary to be successful elementary teachers who could also serve as elementary school mathematics specialists in school districts.

BA in Mathematics Courses at Keene State College

June 4th, 2009

Core Courses
CS 140 Computer Programming I
INPHYS 241 University Physics I
MATH 151 Calculus I
MATH 152 Calculus II
MATH 225 Introduction to Abstract and Discrete Mathematics
MATH 231 Linear Algebra and Differential Equations
MATH 241 Probability and Statistics I
MATH 300 Introduction to Algebra and Analysis
MATH 400 Capstone in Mathematics *
* Students in the teacher preparation in mathematics (secondary) must fulfill this requirement by taking MATH 475 Issues and Trends in Math Education.
Select one course from the pure area:
MATH 320 Geometry (This course is required for prospective secondary teachers.)
MATH 337 Number Theory
MATH 490 Topics in Pure Mathematics
Select one course from the applied area:
MATH 242 Applied Statistics
MATH 251 Vector Calculus
MATH 341 Probability and Statistics II
MATH 360 Numerical Methods
MATH 361 Differential Equations
MATH 365 Mathematical Modeling
MATH 495 Topics in Applied Mathematics
Plus one additional course at the 300 level or above, excluding MATH 371, MATH 375, MATH 471, and MATH 475.

Middle School/Junior High Option
44 credits minimum
Core Courses
CS 140 Computer Programming I
MATH 141 Introductory Statistics
MATH 151 Calculus I
MATH 152 Calculus II
MATH 225 Introduction to Abstract and Discrete Mathematics
MATH 231 Linear Algebra and Differential Equations
MATH 275 Geometry for K-8 Teachers
MATH 337 Number Theory
MATH 375 Algebraic Concepts for K-8 Teachers
MATH 475 Issues and Trends in Math Education
One mathematics elective at 300 level or higher. MATH 471 Topics in Mathematics Education will be offered occasionally and students in this option may take MATH 471 as their mathematics elective with departmental approval.

BA in Mathematics at Keene State College

June 4th, 2009

The Bachelor of Arts in Mathematic provides students breadth and depth through an integrated approach to the study of mathematics. The program prepares students for either an immediate career, especially teaching, or graduate school.

A decision to undertake the Mathematics major should be made no later than the beginning of the sophomore year if the program is to be completed in four years. Students entering as Mathematics majors should take MATH 151 Calculus I as soon as possible.

Major in Mathematical Sciences Courses at Kean University

June 4th, 2009

COURSES WITHIN PROGRAM(S) REQUIRED FOR ACADEMIC MAJOR(S)
Math 2110 Discrete Structures 3
Math 2411 Calculus I 3
Math 2412 Calculus II 3
Math 2995 Matrix and Linear Algebra 3
Math 3451 Calculus III 3
Math 3452 Calculus IV 3
Math 3455 Differential Equations 3
Math 3544 Probability and Mathematical Statistics 3
Math 4890 Senior Seminar in Mathematics 3

MINOR REQUIRMENTS

Math 2026 Statistical Decision Theory 3
Math 2411 Calculus I 3
Math 2412 Calculus II 3

ELECTIVES

Math 1000 Algebra for College Students 3
Math 1001 Algebra for College Students (NC)
Math 1002 Algebra for College Students 3
Math 1003 Algebra for College Students 3
Math 1004 Algebra for College Students 3
Math 1010 Foundations of Mathematics 3
Math 1013 Finite Mathematics with Applications 3
Math 1016 Statistics 3
Math 1017 Statistics Service Learning Module 1
Math 1030 Problem Solving in Mathematics 3
Math 1054 Precalculus 3
Math 2036 Non-Parametric Statistics 3
Math 2400 Calculus for Business and Economics 3
Math 2526 Applied Statistics 3
Math 3120 Combinatorics 3
Math 3155 Mathematical Logic 3
Math 3225 Computational Methods in Matrix and Linear Algebra II 3
Math 3247 Abstract Algebra I 3
Math 3248 Abstract Algebra II 3
Math 3342 Euclidean and Non-Euclidean Geometry 3
Math 3511 Games and Gambling 3
Math 3570 Multivariate Analysis 3
Math 3624 Number Theory 3
Math 3815 Cryptology 3
Math 3891 History of Mathematics 3
Math 3940 Numerical Analysis 3
Math 4404 Introduction to Applied Mathematics 3
Math 4451 Advanced Calculus I 3
Math 4452 Advanced Calculus II 3
Math 4465 Complex Variables 3
Math 4545 Applications of Mathematical Statistics 3
Math 4805 Mathematical Modeling with Applications 3
Math 4809 Special Topics in Mathematics 3
Math 4815 Advanced Cryptanalysis 3
Math 4999 Work-Study Cooperative Education in Mathematics/Statistics

B.A. in Mathematical Sciences at Kean University

June 4th, 2009

OPTIONAL MAJORS IN THIS DEPT.: B.A. in Mathematical Sciences; B.A. in Mathematical Sciences/ Teacher Certification Option; B.A. in Mathematical Sciences/ Statistics Option.
Courses shown below are not a complete outline of major completion. Please click here to find the PDF file that outlines all the requirements of your major.

Major in Mathematical Sciences at Kean University

June 4th, 2009

A major in the mathematical sciences is designed to fulfill several objectives: to develop mathematical reasoning through problem solving; to investigate the mathematical theory which facilitates an understanding of mathematical applications; to provide background for careers in applied mathematics and computer science or teaching of secondary school mathematics; to prepare for graduate studies in the mathematical sciences. These are achieved, with departmental advisement, through the appropriate selection of electives.

Department of Physics Mathematics and Biophysics at Kaunas University of Medicine

June 4th, 2009

At this moment, Basics of Higher Mathematics, Methods of Mathematical Statistics and Basics of Informatics are lectured together with studies of medicine and applied physics. Today these subjects are especially relevant. Therefore, they are lectured to the students of all five faculties (Medicine, Odontology, Pharmacy, Public Health and Nursing). The course of Basics of Science Researches is lectured to the third course students of the faculty of Medicine. Also, the special course – Mathematical Statistics and Informatics in Biomedicine – is lectured for the graduate students of biomedical science branch. The statistical estimation of research data, using various packages of statistical analysis, is very relevant subject in present medicine science. The course of Mathematical Statistics and Computer Science is lectured to the listeners of the doctor refresher department, as well.

Scientific work of the department is constantly coordinated with the scientific problems, which are analysed by the scientists and clinicians of the university. During the last decade, a good few of works were published in the international press and in the material of conferences. The personnel of the department have prepared and published the methodical means of the education of Medical Physics,Mathematics and Informatics for Medicine students.

History

The department was founded in 1951. The heads of the department were prof. A. Puodžiukynas (1950-1965), prof. A. Gutmanas (1965-1972), assoc. prof. D. Saudargienė (1972-1979), prof. J. Sapagovas (1979-2005) and assoc. prof. V. Šaferis since 2005. At the beginning, the classical physics was lectured to medics. There were no laboratories of Physics in the then Institute of Medicine. Therefore, students attended the lectures and did laboratory works in the Institute of Polytechnics together with future engineers. Later on, physics teaching laboratories were founded step by step in the Institute of Medicine. The head of the department prof. A. Puodžiukynas gathered self-dependent collective of the department. The physicists B. ir E. Naruševičiai, S. Skomskis, A. Kviklys started to work. They adapted education programmes to the medic requirements. S. Skomskis started to lecture the Basics of Higher Mathematics in the course of Physics. Therefore, at the beginning of the seventh decade, when the quantitative research methods started to spread in medicine, mathematicians started to work together with physicists. The department got the name of Physics, Mathematics and Biophysics. In 1962 biophysics started to be prepared. The special courses of physics and mathematics were lectured to them: Molecule Physics, Biomechanics, Biological Thermodynamics, Probability Theory and Mathematical Statistics, Biophysics. It was started to collaborate with other state higher schools of medicine. At this moment, the personnel of the department closely collaborate not only with out state higher schools but also with foreign universities (USA Michigan, Norway Oslo Institute of Physiology etc.).

The department is very cohesive, not incosiderable collective of physicists, mathematicians and informaticians, which ventilates the problems of exact science applications in medicine. From old times, beautiful traditions are cherished in the department: travelling through the vicinities of the native country, selebrating remarkable dates of the personnel.

Degree in Mathematics at Katholische Universitat Eichstatt Ingolstadt

June 4th, 2009

Our university offers courses for bachelor or master degree, and in teacher education. All studies are fascinating challenges offering excellent career opportunities.

Being a small university we can offer an ideal atmosphere for your studies in small groups at a pleasant location.

We participate in internation exchange programs like Sokrates, and the European Credit Point Transfer System.

We are looking forward for you!

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