Mathematics and Physics

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The Department of Mathematics and Physics offers programs of study leading to baccalaureate degrees in mathematics and physics.  Academic programs allow considerable flexibility for the student (in consultation with an advisor) to work out a plan of study consistent with the student’s career objectives and interests. Programs can be tailored to provide preparation for graduate study, employment in industry or government, and licensure for secondary school teaching. Each degree program offers an optional concentration (Mathematics with Computational and Engineering Mathematics CEMA, and Physics with Engineering Physics, EPHY) designed to prepare students for engineering oriented careers.  Additional programs enable students to pursue a dual degree in physics and engineering, or a post-baccalaureate certificate in computer programming.  A minor is available in mathematics, physics and electrical/mechanical engineering or in mathematics and computer engineering.

Programs

• 3-Plus-2 Dual Degree, NCSU (Electrical Engineering, Computer Engineering Computer Science)
• Computer Programming Certificate
• Computer Science Minor
• Mathematics Minor
• Mathematics, B.S.
• Mathematics, Computational and Engineering Mathematics (CEMA) Concentration, B.S.
• Mathematics, Secondary Education Licensure Concentration, B.S.
• Physics, B.S.

Courses

• CEMA 1500 - Discovering Mathematics (1)
• CEMA 2500 - Programming Tools for Statistical Computing (3)
• CEMA 3025 - Partial Differential Equations of Applied Mathematics (3)
• CEMA 3425 - Linear Algebra with Applications to Engineering (3)
• CEMA 4300 - Introduction to Data Mining (3)
• CEMA 4340 - Statistical Inference (3)
• CEMA 4350 - Regression Modeling (3)
• CEMA 4630 - Introduction to Distributed and Data Intensive Computing (3)
• CEMA 4640 - Introduction to Scientific Computing (3)
• CEMA 4750 - Data Visualization (3)
• CEMA 4760 - Introduction to Machine Learning (3)
• CEMA 4920 - Capstone Design Project (3)
• COMP 1010 - Experiential Introduction to Robotics (1)
• COMP 1050L - Digital Communications Systems (1 to 3)
• COMP 1051L - Computer Networking Technology (1 to 3)
• COMP 1060 - Introduction to Programming: A Multimedia Approach (3)
• COMP 1070 - Introduction to Programming (3)
• COMP 1510 - Programming: Java (3)
• COMP 1520 - Programming: C++ (3)
• COMP 1525 - Object-Oriented Programming (3)
• COMP 2110 - Introduction to Computers and Their Applications (3)
• COMP 2115 - Introduction to Computer and Network Security (3)
• COMP 2200 - Logic for the Mathematical Sciences (3)
• COMP 2300 - Discrete Structures for Computation (3)
• COMP 2610 - Introduction to Digital Design (3)
• COMP 2615 - Introduction Computer Organization and Architecture (3)
• COMP 2620 - Computer Hardware and Organization (3)
• COMP 2705 - Internet Applications I (3)
• COMP 2810 - Data Structures (3)
• COMP 3105 - Cyber Forensic Investigations: Tools, Analysis & Testimony (Part I) (3)
• COMP 3110 - Cyber Forensic Investigations: Tools, Analysis & Testimony (Part II) (3)
• COMP 3210 - Robotic System : Analysis and Applications (3)
• COMP 3300 - Introduction to Database Systems (3)
• COMP 3710 - Introduction to Computer Graphics (3)
• COMP 3810 - Design and Analysis of Algorithms (3)
• COMP 3910 - Undergraduate Honors Seminar (1 to 3)
• COMP 4310 - Capstone Project. Cyber Forensics Investigative Simulation (3)
• COMP 4400 - Microelectronics Laboratory (3)
• COMP 4405 - Software Engineering (3)
• COMP 4460 - Applications Programming I (3)
• COMP 4502 - Introduction to Mathematical Methods for Computational Biology (3)
• COMP 4605 - Computer Networks (3)
• COMP 4615 - Inter-Planetary Internet: Issues in Delay Tolerant Networks (3)
• COMP 4650 - Parallel Computations and Numerical Methods (3)
• COMP 4730 - Organization of Programming Languages (3)
• COMP 4820 - Raster Graphics (3)
• COMP 4825 - Introduction to Computer Game Design and Implementation (3)
• COMP 4830 - Introduction to Computational Geometry (3)
• COMP 4840 - Digital Image Processing and Computer Vision (3)
• COMP 4850 - Introduction to Operating Systems (3)
• COMP 4900 - Independent Study (1 to 3)
• COMP 4910 - Special Topics in Computer Science (3)
• COMP 4920 - The Senior Seminar in Computer Science (1 to 3)
• COMP 4940 - Cooperative Education (1 to 3)
• ENPH 3600 - Instrumentation and Measurement Lab (2)
• EPHY 3200 - Material Science (3)
• EPHY 3400 - Digital Systems Laboratory (3)
• EPHY 3500 - Signals and Systems (3)
• EPHY 4500 - Electronic Properties of Materials (3)
• EPHY 4600 - Materials Characterization Laboratory (3)
• EPHY 4700 - Engineering Physics Research & Development Seminar (1)
• EPHY 4800 - Engineering Physics Design I (3)
• EPHY 4810 - Engineering Design II (3)
• MATH 1000 - Introductory College Algebra (3)
• MATH 1080 - Mathematics for Liberal Arts & Social Sciences (3)
• MATH 1100 - College Algebra and Trigonometry I (3)
• MATH 1110 - Elementary Statistics (3)
• MATH 1200 - College Algebra and Trigonometry II (3)
• MATH 1210 - Finite Mathematics (3)
• MATH 1410 - Pre-Calculus Mathematics (5)
• MATH 2000 - Calculus for Non-Science Majors (3)
• MATH 2002 - Concepts of the Real Number System I (3)
• MATH 2003 - Concepts of the Real Number System II (3)
• MATH 2005 - Foundations of Geometry (3)
• MATH 2010 - Calculus and Analytic Geometry I (4)
• MATH 2020 - Calculus and Analytic Geometry II (4)
• MATH 2030 - Calculus and Analytic Geometry III (4)
• MATH 2400 - Introduction to Statistics for Science Majors (3)
• MATH 2500 - Statistical Methods (3)
• MATH 2600 - Introduction to Abstract Mathematics (3)
• MATH 3020 - Differential Equations (3)
• MATH 3025 - Partial Differential Equations of Applied Mathematics (3)
• MATH 3100 - Supervised Laboratory Experiences (3)
• MATH 3410 - Numerical Analysis (3)
• MATH 3420 - Linear Algebra I (3)
• MATH 3425 - Linear Algebra with Applications to Engineering (3)
• MATH 3500 - Elementary Number Theory (3)
• MATH 3910 - Undergraduate Honors Seminar (1 to 3)
• MATH 4100 - Introduction to Geometries (3)
• MATH 4200 - History of Mathematics (3)
• MATH 4210 - Introduction to Probability and Statistics I (3)
• MATH 4220 - Introduction to Probability and Statistics II (3)
• MATH 4310 - Advanced Multivariable Calculus I (3)
• MATH 4320 - Advanced Multivariable Calculus II (3)
• MATH 4420 - Linear Algebra II (3)
• MATH 4430 - Abstract Algebra I (3)
• MATH 4440 - Abstract Algebra II (3)
• MATH 4502 - Introduction to Mathematical Methods for Computational Biology (3)
• MATH 4520 - Topics in Applied Mathematics (3)
• MATH 4530 - Operations Research (3)
• MATH 4610 - Introductory Real Variable Theory I (3)

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