Standards and techniques are introduced for communicating engineering designs through drawings and written communication. Visualization skills are developed using orthographic and isometric drawings and descriptive geometry. Engineering design will be introduced and practiced through the use of a final project.

Standards and techniques are introduced for communicating engineering designs through drawings and written communication. Visualization skills are developed using orthographic and isometric drawings and descriptive geometry. Engineering design will be introduced and practiced through the use of a final project.

Standards and techniques are introduced for interpreting and communicating engineering designs and written/oral communication supporting those designs. Visualization skills are developed using 2-D drawings, orthographic multiview drawings, orthographic isometric drawings, and descriptive geometry. Engineering design, documentation, and presentation will be introduced and practiced through a final project.

Computer programming and related mathematical development for the solution of engineering problems.

Computer programming and related mathematical development for the solution of engineering problems.

Computer programming and related mathematical development for the solution of engineering problems.

The profession of engineering and the relationship between nature, engineering, technology, and society. Concepts and practices of engineering and evolution of technology in society will be delivered through a combination of class lecture and open classroom discussion. Students will select a section that corresponds to their program of study.

The profession of engineering and the relationship between nature, engineering, technology, and society. Various engineering fields, including biochemical, biomedical, civil, mechanical, electrical, and environmental engineering, will be introduced and discussed.

Introduction to the field of probability and statistics with an emphasis on topics and problems relevant to engineering. Students will learn how to calculate probabilities and probability distributions for stochastic processes. Measurement systems and communication systems will be among the probabilistic systems considered.

Introduction to the field of probability and statistics with an emphasis on topics and problems relevant to engineering. Students will learn how to calculate probabilities and probability distributions for stochastic processes. Measurement systems and communication systems will be among the probabilistic systems considered.

Economics, finance, and computer modelling are applied to engineering decisions

Two- and three-dimensional force systems, equilibrium, rigid structures, centroids, friction, and area moments of inertia.