ENGR 12800 - Engineering Fundamentals II

This second course in engineering fundamentals continues the introduction to engineering, applications, analysis, experimentation, and design with a focus on the application of mathematical analysis. The course’s project studio emphasizes team work, project management, and communication with significant writing and speaking and also introduces engineering computer tools for manipulation of data sets and structured programming. The course continues the overview of engineering majors and the engineering profession.

Preparation for Course
P: ENGR 12700 with grade C- or better.

P or C: MA 16500 and either COM 11400 or ENGL 13100.

Cr. 4.
Hours
Class 2, Studio 5.
Notes
$50 Lab Fee required.
Student Learning Outcomes
1. Formulate and solve engineering problems using linear and quadratic equations.
2. Formulate and solve engineering problems using trigonometry in planar systems.
3. Formulate and solve engineering problems using descriptive statistics
4. Formulate and solve engineering problems using derivatives.
5. Formulate and solve engineering problems using systems of equations.
6. Explain and apply appropriate study and success strategies, concepts and habits to be used in an engineering major and exhibit the work ethics necessary to succeed in engineering.
7. Solve and document the solution of problems involving new elements by using multiple approaches including visual problem solving and problem solving formalisms.
8. Describe the broad nature of various engineering majors and the engineering profession and use this information to make appropriate career choices.
9. Plan and carry out a disciplined experimental study following a systematic project process of project planning and management.
10. Utilize appropriate analytical and computer tools in project work.
11. Communicate effectively using simple memos, properly formatted tables properly formatted following an engineering format and style guideline.
12. Identify and demonstrate the behaviors of an effective team member and/or leader, prepare a project schedule.
13. Explain and apply the concepts of professional and ethical responsibility, evaluate ethical issues in engineering practice in terms of a Code of Ethics apply to ethics as an engineering student.