Page 187 - 2018-2019 Catalog

Engineering

ENGR 001 Introduction to Engineering 1.0 Unit ENGR 030 Engineering Mechanics: Statics 4.0 Units
Course Advisory: Successful completion of ENGL 001; SCC Prerequisite: A minimum grade of C in both MATH 021 and
minimum Math standard. PHYS 006.
Transferable to UC/CSU Course Advisory: Eligibility for ENGL 001.
Hours: 16-18 lecture. General Education: Option A: Area A; Option B: Area 5A;
A first, non-technical course for engineering students and Option C: Area B1
students considering majoring in engineering. Introduction Transferable to UC/CSU
to different engineering fields, the campus life of Hours: 64-72 lecture.
engineering students, schedule guidelines, opportunities Presents a study of the principles of statics of particles and
in engineering, engineers’ roles in society, ethics in rigid bodies as applied to equilibrium problems of two and
engineering, and strategies and approaches required to three-dimensional structures, and the principles of friction,
survive math, science, and engineering courses. Possible virtual work, and stability of equilibrium.
field trips.
ENGR 045 Properties of Materials 4.0 Units
ENGR 017 5.0 Units Prerequisite: A minimum grade of C in both PHYS 006
Introduction to Electrical Engineering and CHEM 001.
Prerequisite: MATH 023 with a minimum grade of C Course Advisory: Eligibility for ENGL 001.
(may enroll concurrently); PHYS 007 with a minimum General Education: Option C: Area B1
grade of C. Transferable to UC/CSU
Course Advisory: Eligibility for ENGL 001. Hours: 48-54 lecture, 48-54 lab.
General Education: Option C: Area B1, Area B3 Covers the application of basic principles of physics and
Transferable to UC/CSU chemistry to the structure and properties of engineering
Hours: 64-72 lecture, 48-54 lab. materials. Special emphasis is devoted to the relationship
Presents a study of basic circuit analysis techniques between microstructure and the mechanical properties
including Kirchhoff’s laws, mesh-current, node-voltage, of metals, polymers and ceramics, and the electrical,
Thevenin and Norton equivalent; transient and steady- magnetic, and optical properties of materials. Possible
state responses of passive circuits; sinusoidal steady- field trips.
state analysis; power calculations; operational amplifier;
semiconductor devices. Weekly homework assignments
and written tests, including a comprehensive final
examination and lab reports, will be used to evaluate
student success.

ENGR 026 4.0 Units
Mathematics and Engineering Problem Solving
Using Matlab
Prerequisite: MATH 021 with a minimum grade of C (may
enroll concurrently).
Transferable to UC/CSU
Hours: 48-54 lecture, 48-54 lab.
Covers methodologies for solving mathemathics and
engineering problems. Students will learn to perform
mathematics and engineering computation and
visualization using the MATLAB language. Students will
write a variety of programs in the MATLAB language. Same
as MATH 026.

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