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C OLLEGE OF E NGINEERING
TME1023 TECHNICAL
GRAPHICS
Prerequisite: 0. Concepts of
mechanical drawing with emphasis
on visualization; includes
dimensioning, sectioning and tolerancing.
Fundamentals of orthographic,
isometric and auxiliary
projections and experience of
applying these principles to the
solution of space problems. Lect.
2 hrs., Lab. 2 hrs. 3 hours credit
TME2013 STATICS
Prerequisites: MCS2313,
MCS1023, PHY1063. Analytical
and graphical study of forces,
moments and couples. Determination
of the resultant and equilibrium
of all types of force system
(ex-coplanar, concurrent non-parallel
systems), solution of truss
problems by methods of joints and
methods of sections. Theory of
static friction with related problems.
Determination of centroids
of composite bodies. Several
problems are solved by computer.
Lect. 3 hrs. 3 hours credit
TME2033 MECHANICS
OF MATERIALS
Prerequisite: TME2013. Methods
for the calculation of shear, tension,
torsion, and compression
stresses in industrial materials.
Design and analysis of engineering
structures, analysis of statically
determinate beams.
Experimentation in tensile, structure
deflection, shear, and fatigue
failure. The computer is used for
problem solving and analysis.
Lect. 3 hrs. 3 hours credit
TME2053 DYNAMICS
Prerequisite: TME2013.
Analytical study of the motion of
rigid bodies. Inertia, mass,
Newtons laws of motion, equations
rotation, plane motion,
moment of inertia, and radius of
gyration are covered. Angular
velocity analysis of compound
and epicycle gear trains, displacement,
velocity and acceleration
analysis of mechanisms.
Lect. 3 hrs. 3 hours credit
TME2073
THERMODYNAMICS
Prerequisites: MCS2313,
PHY1083, PHY1101. Work, heat,
pressure, first law of thermodynamics,
thermodynamic systems,
properties, energy transfers, conservation,
equations of state,
process calculations, entropy, p-v
and t-s diagrams and air tables.
Complete cycles, second law,
internal combustion engines, irreversibility,
gas turbines. Included
are topics in heat transfer and
numerical analysis. Lect. 3 hrs.
3 hours credit
TME2123 FLUIDS
Prerequisites: MCS2313,
PHY1083, PHY1101, TME2013.
The principles of fluid mechanics
and applications to practical
applied problems. Hydrostatics
pressures, manometers, U-tube,
buoyancy, and stability; hydrodynamics
laminar and turbulent
flow, system losses, velocity profiles,
fluid flow. Compressible
flow analysis. The computer is
used for problem solving and
analysis. Lect. 3 hrs.
3 hours credit
TME2143 MATERIALS 1
Prerequisites: PHY1083,
PHY1101. Properties of materials,
test methods and the influence of
changes in physical conditions
and chemical composition on the
properties of metals, alloys, polymers,
woods, ceramics, and glass.
Laboratory demonstrations
include metallography, hardness
testing techniques, polymeter
deformation, and composites.
Lect. 3 hrs. 3 hours credit
TME2163 COMPUTER
GRAPHICS
Prerequisites: TME1023.
Introduction to design, utilizing
CAD system hardware, particularly
microcomputer equipment in
conjunction with system software.
Techniques in creating two and
three dimensional points, lines,
curves, arcs, and components used
in technical drawing and mechanical
design. Created digital data is
transferred to hard copy on system
plotters. Lect. 2 hrs., Lab. 2 hrs.
3 hours credit
TME2213 MECHANICAL
DESIGN
Prerequisites: Sophomore standing,
TME2033, TME2143.
Preparation of sketches, drawings
of components, assemblies, and
design calculations. Emphasizes
design decision making concepts
and appropriate application of
dimensioning, tolerancing, applicable
standards, and conventions.
Students develop solutions to
practical mechanical design problems
and team projects presented
to the class. Students are expected
to utilize previously acquired
MET program skills. Lect. 2 hrs.,
Lab. 2 hrs. 3 hours credit
TME3113 ENGINEERING
MECHANICS
Prerequisites: Junior standing,
MCS1023, MCS2313, PHY1063.
Analytical and graphical study of
static forces, moments and couples.
Determination of the resultant
and equilibrium of all types of
force system (ex-coplanar, concurrent
non-parallel systems). Theory
of static friction with related problems.
Determination of centroids
of composite bodies. Analytical
study of the motion of rigid bod-
ies. Inertia, mass, Newtons laws
of motion, equations rotation,
plane motion, angular velocity
analysis of compound and epicycle
gear trains; displacement,
velocity and acceleration analyses
of mechanisms. Lect. 3 hrs.
3 hours credit
TME4103 ENGINEERING
MATERIALS 2
Prerequisites: Junior standing,
CHM3144. Properties of metals,
alloys, polymers, wood, glass and
ceramic materials. The influence
of physical conditions and chemical
composition on these properties.
Metaliographic techniques,
sample treatment testing techniques.
Lect. 3 hrs., Lab. 1 hr.
3 hours credit
TOM3113 OPERATIONS
MANAGEMENT
Prerequisites: MGT2203 and
MCS2113 or MCS2023. An
overview of production functions
in both manufacturing and service
organizations. Forecasting, capacity
planning, product and service
system design, aggregate planning,
inventory and project management,
and quality assurance.
Lect. 3 hrs. 3 hours credit
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