Freshman Schedule​

​First Semester​

Engineering Models

• The engineering process, including problem definition, modeling, solution and evaluation. Arrays and operations, simultaneous linear equations, data analysis, functions, and differential calculus. Basic MATLAB programming as a tool for exploring engineering applications, to investigate solutions to problems too complex for hand solution, and to develop an appreciation of the power and limitations of digital computation. Applications chosen from a variety of disciplines. Special attention will be given to graphical visualization of concepts and to numerical approximation techniques. The course will culminate in a design project.

Engineering Foundations

• Engineering Foundations will serve as an introduction to all fields of engineering. The course will include lectures as well as "hands-on" experimental modules that will enable students to explore mechanical, chemical, and electrical systems, including bridges, fuel cells, and electronic communications and signal processing applications. Students will also receive training in engineering ethics and in professional skills such as communication, teamwork, problem-solving, and synthesis. Representatives from degree-programs in the College of Engineering and Applied Science and from industrial organizations will provide additional information concerning career opportunities in engineering to students.

Multivariable Calculus

• ​Study of lines and planes, vector-valued functions, partial derivatives and their applications, multiple integrals, and calculus of vector fields.

Physics Two Calculus Based

• This course covers topics in physics using methods of calculus, algebra, and trigonometry, including vector arithmetic. The course includes the study of static and moving charges and the electric and magnetic fields that they generate. The course explores simple circuit analysis, including resistors, capacitors, and inductors. In addition, the course includes topics in waves, geometric optics, diffraction and interference of light waves. Elementary concepts of quantum mechanics are explored and applied to atomic and nuclear physics

Engineering In Your Community

• This class will utilize the basics of engineering to help residents of Beechwood Home to better live with their neurological disorders.  Students will be graded based off of goals set in the beginning of the term.

Gateway to University Honors

• As the gateway to the University Honors Program, the focus of this course is on maximizing success in college and beyond. We will concentrate on student's development and on pathways to success in University Honors by focusing on the process of reflection and experiential learning. Students will learn about opportunities to become engaged in leadership, community service, research and creative arts, and global studies activities on campus and in the community. Additionally, students will begin to build a community of honors peers to help one another during their time at UC.

Second Semester

Engineering Models II 

• Engineering applications of differential and integral calculus. Advanced MATLAB programming to explore engineering concepts, to investigate complex systems, and to develop an appreciation of the power and limitations of computer tools. Topics discussed include numerical and symbolic calculus using MATLAB, numerical and graphical solutions of transcendental equations, and modeling engineering systems from various disciplines. The course will culminate in a design project.

 Statics and Particle Dynamics

• Study of Newton's first and second laws. Linear and rotational motion. Kinetic and Potential Energy. Conservation of Energy and Momentum. Applications to rigid bodies and particles.

Engineering Design Graphics

• This course emphasizes critical reading, writing, and textual analysis with particular focus on argument and research-based writing.

Manufacturing Processes

• This course will introduce the fundamentals of different Manufacturing Processes, their analysis and applications. Material Removal Processes, Non Traditional Machining Processes, Metal Casting Processes, Metal Forming Processes, Sheet Metal Forming, Joining and Heat Treating Processes will be covered. In addition, Rapid Prototyping Methods as well Geometric Dimensioning and Tolerancing (GD&T) and Inspection approaches applicable to Manufacturing Processes will be introduced.

College Physics Two Calculus Based Lab 

• The lab includes the study of static and moving charges and the electric and magnetic fields that they generate. The lab explores simple circuit analysis, including resistors, capacitors, and inductors. In addition, the lab includes topics in waves, geometric optics, diffraction and interference of light waves.

CO-OP for CEAS 

• This course is designed to introduce engineering and applied science students to the cooperative education learning model and how it is executed through the Professional Practice Program. It will prepare students to maximize learning through and develop the strategies and necessary skills for effective participation in the Professional Practice Program. Completion of this course is required for participation in the Professional Practice Program. Course material will address specific engineering career topics and program requirements.

English Composition 

• This course emphasizes critical reading, writing, and textual analysis with particular focus on argument and research-based writing.

Yoga

• This class is for beginners who have little or no experience in yoga. The philosophy of yoga, importance of breathing, and various yoga poses will be covered in the class. Each yoga pose will be carefully introduced and students will be given the opportunity to practice the pose throughout the term. This is NOT a power Yoga course.