ENGT 1000 Syllabus

Subject Code

ENGT

Course Number

1000

Course Title

Introduction to Engineering Technology

Prerequisites

Provisional admission

Corequisites

Terms Offered

Offered TBD

Credit Hours

(2-3-3)

Course Description

This course provides a study of engineering technology as a career field and describes the knowledge and skills required for academic and occupational success. Topics include careers in engineering technology, measurements and standards, mathematical operators, engineering tools, and engineering concepts. Laboratory work reinforces mathematical, mechanical, and electrical concepts through practical exercises, including the measurement and calculation of the density of objects, relative humidity, digital multimeters usage, circuit construction, precision instruments usage, and team exercises.

A work ethic grade is assigned for this course. For more information see Work Ethics.

Course Outcomes

Engineering Technology Career

  • Discuss ancient technology and origin of field.
  • List occupations and fields of technology.
  • Give examples of various programs of study for continuing education in the engineering technology field.
  • Identify elements of a successful attitude. Identify effective study skills/habits.
  • Discuss the future of technology as it applies to the engineering technology field. A respect for diversity and knowledge of contemporary professional, societal, and global issues is presented.

Measurements and Standards

  • Use the SI system of measurement to convert units of measurement.
  • Use engineering prefixes in a conventional system of measurement.
  • Identify safety hazards associated with the field of engineering technology; mechanical, electrical, and MSDS.
  • Give examples of standard safety practices for the engineering technology field.

Mathematical Operators

  • Apply ratios and proportions to engineering applications.
  • Solve for sides and angles of triangles.
  • Solve for area and volume.
  • Identify mathematical functions.
  • Solve for a value using a basic engineering formula.

Engineering Tools

  • Use a calculator to solve engineering problems.
  • Use  calculator to solve problems involving advanced functions and scientific notation.
  • Use engineering charts to collect information. Interpret basic engineering linear and non-linear graphs.
  • Introduction to technical drawings. Draw, identify, and interpret engineering drawings.
  • Use the internet, email, and engineering software to gather and communicate engineering data.
  • Describe techniques for developing teamwork. Use teamwork on a common project to solve problems and reach a goal.

Engineering Concepts

  • Understand force and motion, and Ohm's Law (current, resistance, current, and voltage), and mechanical and electrical measurement.
  • Identify methods of troubleshooting, probable causes and steps to remedying the problems.