An intro course covering essential topics in discrete mathematics, fundamental for computer science.

An introductory course in thermodynamics, focusing on the principles governing energy transformations.

An introduction to database management systems, covering design, implementation, and application of databases.

An introductory course in C++ programming, emphasizing object-oriented programming concepts.

A course focusing on the analysis of statically determinate and indeterminate structures for civil applications.

An introduction to the behavior of materials under various loading conditions, essential for civil engineering design.

An introductory course in probability theory, providing a foundation for statistical analysis and stochastic processes.

A continuation of organic chemistry, focusing on the structure, properties, and reactions of organic compounds.

An intro physics course, essential for understanding electric and magnetic fields, as well as light behavior.

An intro course focusing on the fundamental concepts of linear algebra, including vector spaces, linear transformations, and matrix theory.

Thermodynamics I explores the fundamentals of thermodynamics and its applications to various systems.

Explore fundamental data structures and algorithms, emphasizing their design, analysis, and practical applications in computing.

This course covers the fundamentals of dynamics, including translational motion, rotational motion, and an introduction to special relativity.

Explore fundamental data structures and algorithms, emphasizing their design, analysis, and practical applications in computing.

Organic Chemistry explores the structure, properties, and reactions of carbon-based compounds, forming the foundation for biological molecules.

Organic Chemistry explores the structure, properties, and reactions of carbon-based compounds, forming the foundation for biological molecules.

This course focuses on the principles of organic chemistry, emphasizing molecular structure, reaction mechanisms, and practical applications.

This course focuses on the principles of organic chemistry, emphasizing molecular structure, reaction mechanisms, and practical applications.

This course is an introduction to statistics that are used in the context of psychology research.

This course builds on previous mathematical knowledge, focusing on more complex concepts and applications.

This course provides foundational calculus skills with a focus on applications relevant to social sciences.

This course serves as a prerequisite for General Chemistry in college-level science programs​.

This course is crucial for understanding biological systems at the cellular and molecular levels, preparing students for further studies in life sciences​.

This course focuses on the interaction between natural systems and human activities, emphasizing sustainability and environmental stewardship.

This course introduces the fundamentals of database design, implementation, and management.

This course is designed for students pursuing a major in computer science or related fields and provides essential knowledge for more advanced courses.

This course provides an introduction to biological science with an emphasis on the scientific method, cell biology, genetics, evolution, organ physiology, and ecology.

This course provides students with a comprehensive understanding of the laws governing motion and forces, critical for further studies in physics and engineering.

This course is designed to help students develop a strong understanding of mechanical principles through problem-solving and experimentation.

This course focuses on differential calculus with applications tailored to the social sciences.

This course builds on CHEM 110, exploring more complex chemical concepts and applications.

This course covers the essential technologies and frameworks used in web development, focusing on both client-side and server-side programming.

This course is designed to provide students with a deep understanding of advanced calculus techniques, with practical applications in engineering fields.

This course provides a foundational overview of biology and the study of life, essential for students pursuing degrees in life sciences.

This course is foundational for students in the Science program, helping them develop problem-solving skills and understanding of mechanical principles.

This course covers the fundamental principles of engineering mechanics, essential for analyzing forces, moments, and motion in engineering systems.

This course reinforces important concepts from the Secondary V Mathematics curriculum, preparing students for college-level studies.

This course provides a thorough understanding of chemical principles and reactions, essential for students interested in chemistry or related fields.

This course covers the fundamental concepts of linear algebra, emphasizing applications in commerce and social sciences.

This course covers the basic concepts of linear algebra, which are essential for understanding vector spaces and linear transformations.

This course introduces the foundational concepts in chemistry, providing a basis for understanding chemical reactions, bonding, and the behavior of matter.

This course explores the diversity of life, examining the structure, function, and evolution of various organisms.

This course continues from PHYS 101, focusing on the fundamentals of electromagnetism, circuits, and optics.

This course introduces linear algebra concepts with an emphasis on applications in social sciences and commerce.

This course introduces the fundamentals of object-oriented programming, providing a solid foundation for further studies in software development.

This course covers the fundamentals of statics, a branch of mechanics that deals with the analysis of forces and moments.

This course is essential for students aiming to understand the electromagnetic phenomena and their applications in technology.

This course explores advanced topics in single-variable calculus, building on the concepts introduced in Calculus I.

This course introduces students to the foundational principles of biology, with a focus on the diversity and organization of life, and their ecological interactions.

This course deepens understanding of biology and evolutionary principles, building on the foundations laid in Introductory Biology I.

This course introduces multivariable calculus concepts, essential for students in engineering and physical sciences.

This course focuses on the methods and applications of ordinary differential equations in engineering.

A continuation from Calculus I, this course covers integral calculus and its applications in social sciences.

This course covers the essential skills and technologies required for front-end web development.

This course lays the groundwork in differential and integral calculus, essential for students in science, engineering, and economics programs.

This course builds on the fundamentals learned in Programming I, introducing more advanced programming concepts and techniques.

An introduction to differential calculus with applications relevant to social sciences and commerce.

This course revisits key concepts from the Secondary IV Mathematics curriculum, ensuring students have a solid foundation for further mathematical studies.

This course provides foundational knowledge in linear algebra, covering key topics such as systems of equations, matrix operations, and vector spaces.

This course covers advanced functions and introductory linear algebra, providing a strong foundation for further mathematical studies.

MATH 214 focuses on the practical applications of linear algebra.

This course focuses on the methods and applications of ordinary differential equations.

This course expands on multivariable calculus and its applications, covering advanced topics in the field.

This advanced calculus course extends concepts from Calculus I and II, focusing on multivariable functions and integration.

This course introduces the foundational concepts of calculus, focusing on applications relevant to commerce and social sciences.

COEN 243 is an introductory course on programming methodologies, covering procedural and object-oriented programming concepts.

This course prepares students for post-secondary mathematics by covering advanced topics in a variety of mathematical fields.

MATH 151 continues from Calculus A, exploring more advanced calculus concepts.

This course prepares students for college-level mathematics by covering advanced high school topics.

MATH 314 delves into advanced topics in calculus, focusing on functions of multiple variables and vector calculus.

MATH 262 explores the calculus of several variables, building on previous courses.

BIOL 112 delves into the cellular and molecular mechanisms that underpin life, focusing on the structure and function of cells.

MATH 150 offers an accelerated and challenging approach to calculus, covering advanced topics.

This course continues from Programming Methodology I, delving deeper into programming with an emphasis on object-oriented design.

An in-depth course designed for students pursuing careers in STEM fields, offering a comprehensive exploration of higher-level mathematics.

This course is designed for students in non-science programs and emphasizes practical applications of linear algebra concepts in various fields.

This course focuses on integral calculus and its applications, tailored for social science and commerce students.

This course introduces essential algebraic concepts, serving as a prerequisite for higher-level mathematics courses.

MATH 263 covers ordinary differential equations with a focus on engineering applications.

This course builds a foundation in pre-calculus functions, preparing students for calculus and other advanced mathematics.

This course covers the basic principles of mechanics, essential for understanding the motion and forces of objects.

This advanced course builds on the concepts learned in the introductory Java course, focusing on more complex programming techniques and software development practices.

This course focuses on single-variable calculus with applications, essential for students in science, engineering, and economics programs.

This course is designed for science students to further explore biology beyond the basics.

This course explores fundamental concepts in physics, preparing students for further study in physical sciences and engineering.

An advanced course aimed at deepening students' understanding of mathematical theories and applications, essential for future STEM studies.

This course builds on Object-Oriented Programming I, advancing students' understanding of object-oriented concepts and techniques.

MATH 133 covers fundamental concepts in linear algebra and their geometric applications.

MATH 315 focuses on the study and application of differential equations, essential for modeling various physical systems.

This course provides an advanced study of linear algebra, building on the concepts introduced in Linear Algebra I.

This course introduces the basics of programming, focusing on fundamental concepts and problem-solving techniques.

This course extends the study of calculus to integral calculus and series, with a focus on applications in social sciences.

A continuation of Calculus 1, this course covers integral calculus and its applications.

This course provides a strong foundation in programming and problem-solving, aimed at students with little or no prior programming experience.

This course introduces fundamental concepts in chemistry and the scientific method, serving as a foundational course for further studies in chemistry.

This course explores the fundamental principles of electricity and magnetism, critical for understanding electromagnetic phenomena.

MATH 222 covers advanced topics in multivariable calculus and vector calculus.

This course delves deeper into various scientific disciplines, providing students with a broad understanding of scientific principles.

This course introduces the fundamentals of programming using Java, covering basic to intermediate programming concepts.

This course covers advanced topics in linear algebra, including applications in various fields.

MATH 140 introduces students to the foundational concepts of calculus, building on prior knowledge.

Explore fundamental data structures and algorithms, emphasizing their design, analysis, and practical applications in computing.

This course is designed to introduce students to essential principles in chemistry, providing a strong foundation for further studies in science.

PHYS 101 covers the fundamental principles of classical mechanics, introducing the laws that govern motion and forces.

This course deepens understanding of algebraic concepts, focusing on functions, equations, and inequalities.

This course offers an advanced exploration of chemistry, building on the foundations of General Chemistry I, with a focus on more complex concepts and applications.

This course continues from General Chemistry, focusing on the properties and behaviors of solutions.

This course is designed for students in the life sciences, providing them with a foundation in physics with a focus on its relevance to biological phenomena. It includes both lectures and lab components.

MATH 139 provides an introduction to calculus with a review of essential precalculus concepts.

This course provides advanced algebraic concepts, focusing on polynomials, rational expressions, and complex numbers.

This course covers wave phenomena, optics, and introduces modern physics concepts.

This course introduces fundamental concepts of differential calculus, essential for students in science and engineering programs.

MATH 141 continues from Calculus 1, focusing on integration and series.

This course introduces fundamental linear algebra concepts, essential for further studies in mathematics and related fields.

This course equips engineering students with statistical tools essential for analyzing real-world engineering problems.

This course covers foundational mathematics topics necessary for success in higher-level mathematics courses.

This course introduces fundamental concepts in chemistry, focusing on chemical reactions and the properties of matter.