Engineering (ENGR) (TCOM)
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ENGR 1020 – Introduction to Engineering & Technology - 3 Credits
An introduction to the various fields of engineering and technology and the
relationship of the engineer to the technician. Various analytical tools such
as dimensional analysis, statistical and graphical analysis, and digital and
analog computers are introduced along with methods of solving and presenting
practical problems. (Prerequisite: Concurrent enrollment in MATH 0600 or 1700
or 1800 or 1900 or 1910 or consent of instructor) Lecture: 3 hours
ENGR 1030 – Engineering Graphics - 3 Credits
A study of the theory of orthographic projection and the
principles of descriptive geometry, construction of exact drawings of three-dimensional
objects including auxiliary views, cross-sections, dimensioning, pictorial drawings
and free-hand sketching. Lecture: 2 hours, Lab: 3 hours
ENGR 2050 – Engineering Mechanics-Statics - 3 Credits
A basic course built around solutions and applications of
Newton’s laws of forces in equilibrium. Systems of particles and rigid bodies
are studied using standard scalar and vector methods. (Prerequisite: MATH 1910
or equivalent) Lecture: 4 hours
ENGR 2060 – Engineering Mechanics-Dynamics - 3 Credits
A study of the application of Newton’s law of motion, to
include kinematic and kinetic studies of the motion of systems of particles
and rigid bodies, acted upon by unbalanced forces. (Prerequisites: ENGR 2050
and MATH 1920) Lecture: 4 hours
ENGR 2150 – Introduction to Electrical Engineering - 3 Credits
A basic course in electrical engineering. Topics include
static, electric and magnetic fields, Coulomb’s laws, capacitance and inductance,
electrical charges in stationary and moving fields, electric and mechanical
concepts and theorems. (Prerequisites: MATH 1910 and PHYS 1100 or equivalent)
Lecture: 3 hours
ENGR 2151 – Introduction to Electrical Engineering Lab 1 Credit
Laboratory exercises to reinforce the theory learned in the
Introduction to Electrical Engineering course. The use of various electronic
instruments to make measurements will be an important part of the lab. (Prerequisite:
Concurrent enrollment in ENGR 2150) Lab: 3 hours
ENGR 2160 – Introduction to Engineering Analysis - 2 Credits
The student will be introduced to analytical methods employed
in engineering problem solving using computer software. (Prerequisite: ENGR
2050 and MATH 1920) Lecture: 3 hours
ENGR 2320 – Digital Electronics - 4 Credits
A study of logical building blocks and functional building
blocks such as registers, counters, adders, D/A converters, A/D converters,
decoders, encoders and multiplexers. Number systems and codes, arithmetic processes
and machine logic are also studied. Input, output, memory, control and arithmetic
functional units are developed using functional building-blocks. Engineering
students should consult department academic advisor. (Prerequisites: MATH 1810)
Lecture: 3 hours, Lab: 3 hours
ENGR 2520 – Microprocessor & Microcomputers - 4 Credits
The student will obtain a hands-on familiarization with computer
and microprocessor software and hardware. Computer architecture and interfacing
with input and output devices is studied. The student will develop an understanding
of how the computer is used to control electronic and mechanical devices. (Prerequisite:
ENGR 2320) Lecture: 3 hours, Lab: 3 hours
ENGR 2530 – Advanced Microprocessors - 4 Credits
A study of 16 bit and 32 bit microprocessors with emphasis
on the 8086 series of processors. In the lab, the students will get hands on
experience using computers to control electro-mechanical devices and using debuggers.
(Prerequisite: ENGR 2320 and 2520 or equivalent) Lecture: 3 hours, Lab: 3 hours
ENGR 2540 – Mechanics of Materials for Engineering - 3 Credits
A basic study of the theory of stresses and strains in beams, columns and
thin-walled cylinders including combined bending and direct stresses. (Prerequisites:
ENGR 2050 or MEET 1510 and MATH 1810) Lecture: 3 hours
ENGR 2560 – Mechanical Engineering Laboratory - 1 Credit
A laboratory course in the theory of stresses, strains, and
physical properties of engineering materials. (NOTE: For students electing ENGR
2540, Mechanics of Materials) Lab: 3 hours
ENGR 2620 – Linear Electrical Systems and Circuit Theory for Engineers -
3 Credits
A study of electrical linear circuit theorems, Kirchhoff's
Laws, DC resistive networks, dependent sources, natural and forced response
of first and second order circuits, sinusoidal steady-state response, A.C. power.
(Prerequisite: ENGR 2150 and MATH 1920) Lecture: 4 hours
ENGR 2621 – Linear Circuits Lab - 2 Credits
D.C. measurements, natural and step response of first and second order circuits,
A.C. measurements, impulse and frequency response, operations amplifiers. (Prerequisite:
ENGR 2150 and concurrent enrollment in ENGR 2620) Lecture: 1 hour, Lab: 3 hours
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