I.
Math
A.
Math
Fundamentals
B.
Math:
Fractions and Decimals
C.
Units
of Measurement
D.
Basics
of Tolerance
E.
Blueprint
Reading
F.
Algebra
Fundamentals
G.
Geometry:
Triangles
H.
Geometry:
Circles and Polygons
I.
Geometry:
Lines and Angles
J.
Trigonometry:
The Pythagorean Theorem
K.
Trigonometry:
Sine, Cosine, Tangent
L.
Trigonometry:
Sine Bar Applications
M.
Interpreting
Blueprints
N.
Statistics
O.
Concepts
of Calculus
II.
Inspection
A.
Basic
Measurement
B.
Calibration
Fundamentals
C.
Hole
Standards and Inspection
D.
Thread
Standards and Inspection
E.
Surface
Texture and Inspection
F.
Introduction
to GD&T
G.
Major
Rules of GD&T
H.
Inspecting
a Prismatic Part
I.
Inspecting
a Cylindrical Part
J.
Advanced
Hole Inspection
K.
Inspecting
with Optical Comparators
L.
Inspecting
with CMMs
M.
In-Line
Inspection Applications
III.
Metal
Cutting
A.
Cutting
Processes
B.
Safety
for Metal Cutting
C.
Overview
of Machine Tools
D.
Basic
Cutting Theory
E.
Band
Saw Operation
F.
Introduction
to Metal Cutting Fluids
G.
Metal
Cutting Fluid Safety
H.
Speed
and Feed for the Lathe
I.
Speed
and Feed for the Mill
J.
Cutting
Tool Materials
K.
Carbide
Grade Selection
L.
ANSI
Insert Selection
M.
Lathe
Tool Geometry
N.
Drill
Tool Geometry
O.
Impact
of Workpiece Materials
P.
High-Speed
Machining
Q.
Hard
Turning
R.
Machining
Titanium Alloys
IV.
Machining
A.
Manual
Mill Basics
B.
Engine
Lathe Basics
C.
Manual
Mill Setup
D.
Overview
of Engine Lathe Setup
E.
Manual
Mill Operation
F.
Engine
Lathe Operation
G.
Holemaking
on the Manual Mill
H.
Threading
on the Engine Lathe
I.
Taper
Turning on the Engine Lathe
J.
Introduction
to CNC Machines
K.
Basics
of the CNC Lathe
L.
Basics
of the CNC Mill
M.
Coordinates
for the CNC Lathe
N.
Coordinates
for the CNC Mill
O.
Basics
of G Code Programming
P.
Introduction
to CAD and CAM for Machining
Q.
Control
Panel Functions for the CNC Lathe
R.
Control
Panel Functions for the CNC Mill
S.
Offsets
on the CNC Lathe
T.
Offsets
on the CNC Mill
U.
Creating
a CNC Turning Program
V.
Creating
a CNC Milling Program
W.
Turning
Calculations
X.
Calculations
for Programming the Mill
Y.
Canned
Cycles for the Lathe
Z.
Canned
Cycles for the Mill
AA.
Haas
Mill: Control Panel Overview*
BB.
Haas
Lathe: Control Panel Overview*
CC.
Haas
Mill: Entering Offsets*
DD.
Haas
Lathe: Entering Offsets*
EE.
Haas
Mill: Locating Program Zero*
FF.
Haas
Lathe: Locating Program Zero*
GG.
Haas
Mill: Program Execution*
HH.
Haas
Lathe: Program Execution*
II.
Haas
Mill: Program Storage*
JJ.
Haas
Lathe: Program Storage*
KK.
Haas
Mill: First Part Runs*
LL.
Haas
Lathe: First Part Runs*
MM. Fanuc
Mill: Control Panel Overview*
NN.
Fanuc
Lathe: Control Panel Overview*
OO.
Fanuc
Mill: Entering Offsets*
PP.
Fanuc
Lathe: Entering Offsets*
QQ.
Fanuc
Mill: Locating Program Zero*
RR.
Fanuc
Mill: Program Execution*
SS.
Fanuc
Lathe: Locating Program Zero*
TT.
Fanuc
Lathe: Program Execution*
UU.
Fanuc
Mill: Program Storage*
VV.
Fanuc
Lathe: Program Storage*
WW. Fanuc Mill: First
Part Runs*
XX.
Fanuc
Lathe: First Part Runs*
YY.
Mazak
Mill: Control Panel Overview*
ZZ.
Mazak
Lathe: Control Panel Overview*
AAA. Mazak Mill:
Locating Program
Zero*
BBB. Mazak
Lathe: Locating Program Zero*
CCC. Mazak
Mill: Entering Offsets*
DDD. Creating an
EIA/ISO Program
for the Mazak Mill*
EEE. Creating
an EIA/ISO Program for the Mazak Lathe*
FFF. Creating
a Mazatrol Program for the Mill*
GGG. Creating a
Mazatrol Program
for the Lathe*
HHH. Mazak Mill:
Program Execution*
III. Mazak Lathe:
Program Execution*
JJJ. Mazak Mill:
Program Storage*
KKK. Mazak
Lathe: Program Storage*
LLL. Mazak Mill: First
Part Runs*
MMM. Mazak Lathe:
First Part Runs*
NNN. Mazak Lathe:
Entering Offsets*
V.
Safety
A.
Intro
to OSHA
B.
Personal
Protective Equipment
C.
Noise
Reduction and Hearing Conservation
D.
Respiratory
Safety
E.
Lockout/Tagout
Procedures
F.
SDS
and Hazard Communication
G.
Bloodborne
Pathogens
H.
Walking
and Working Surfaces
I.
Fire
Safety and Prevention
J.
Flammable/Combustible
Liquids
K.
Ergonomics
L.
Hand
and Power Tool Safety
M.
Safety
for Lifting Devices
N.
Powered
Industrial Truck Safety
O.
Confined
Spaces
P.
Environmental
Safety Hazards
Q.
Machine
Guarding
VI.
Materials
A.
Introduction
to Physical Properties
B.
Introduction
to Mechanical Properties
C.
Introduction
to Metals
D.
Introduction
to Plastics
E.
Metal
Manufacturing
F.
Classification
of Steel
G.
Essentials
of Heat Treatment of Steel
H.
Hardness
Testing
I.
Ferrous
Metals
J.
Nonferrous
Metals
K.
Ceramics
L.
Thermoplastics
M.
Thermosets
N.
Exotic
Alloys
VII.
Quality
and Manufacturing Management
A.
Essentials
of Leadership
B.
Essentials
of Communication
C.
ISO
9001:2015 Review
D.
Continuous
Process Improvement: Managing Flow
E.
Manufacturing
Process Applications: Part I
F.
Continuous
Process Improvement: Identifying and Eliminating Waste
G.
Manufacturing
Process Applications: Part II
H.
Managing
Performance: Best Practices
I.
Approaches
to Maintenance
J.
Process
Design and Development
K.
Product
Design and Development
L.
Managing
Performance: Corrective Actions
M.
Production
System Design and Development
N.
Equipment/Tool
Design and Development
O.
Basics
of Manufacturing Costs
P.
Total
Productive Maintenance
Q.
Conflict
Resolution Principles
R.
5S
Overview
S.
Conflict
Resolution for Different Groups
T.
Team
Leadership
U.
Intro
to Six Sigma
V.
Manufacturing
Management
W.
Troubleshooting
X.
Personal
Effectiveness
Y.
Managing
the Diverse Workplace
Z.
SPC
Overview
AA.
Performance
Management and the Law
BB.
Metrics
for Lean
CC.
Process
Flow Charting
DD.
Strategies
for Setup Reduction
EE.
Management
Tools: Product and Process Design
FF.
Six
Sigma Goals and Tools
VIII.
Grinding
A.
Grinding
Processes
B.
Grinding
Safety
C.
Basic
Grinding Theory
D.
Basics
of the Surface Grinder
E.
Basics
of the Cylindrical Grinder
F.
Basics
of the Centerless Grinder
G.
Setup
for the Surface Grinder
H.
Setup
for the Cylindrical Grinder
I.
Setup
for the Centerless Grinder
J.
Surface
Grinder Operation
K.
Cylindrical
Grinder Operation
L.
Centerless
Grinder Operation
M.
Introduction
to Grinding Fluids
N.
Grinding
Ferrous Metals
O.
Grinding
Nonferrous Metals
P.
Grinding
Wheel Materials
Q.
Grinding
Wheel Geometry
IX.
Power and
Control
A.
Electrical
Units
B.
Applied
and Engineering Sciences
C.
Safety
for Electrical Work
D.
Forces
of Machines
E.
Introduction
to Circuits
F.
The
Forces of Fluid Power
G.
Relays,
Contactors, and Motor Starters
H.
Introduction
to Magnetism
I.
Control
Devices
J.
DC
Circuit Components
K.
Distribution
Systems
L.
NEC
Overview
M.
AC
Fundamentals
N.
AC
Motor Applications
O.
Electrical
Instruments
P.
Electrical
Print Reading
Q.
DC
Power Sources
R.
AC
Power Sources
S.
Conductor
Selection
T.
Series
Circuit Calculations
U.
Introduction
to Electric Motors
V.
Reversing
Motor Circuits
W.
Parallel
Circuit Calculations
X.
Symbols
and Diagrams for Motors
Y.
Logic
and Line Diagrams
Z.
Battery
Selection
AA.
DC
Motor Applications
BB.
Specs
for Servomotors
CC.
Solenoids
DD.
Timers
and Counters
EE.
Electronic
Semiconductor Devices
FF.
Photonic
Semiconductor Devices
GG.
Limit
Switches and Proximity Sensors
HH.
Photoelectric
and Ultrasonic Devices
II.
Reduced
Voltage Starting
JJ.
Solid-State
Relays and Starters
KK.
Deceleration
Methods
LL.
Acceleration
Methods
X.
PLCs and
Automation
A.
Automated
Systems and Control
B.
Basics
of Siemens PLCs
C.
Intro
to PLCs
D.
Siemens
PLC Hardware
E.
Hardware
for PLCs
F.
Numbers,
Codes, and Data Types for Siemens PLCs
G.
Numbering
Systems and Codes
H.
Siemens
PLC Communication
I.
Networking
for PLCs
J.
Siemens
PLC Inputs and Outputs
K.
PLC
Inputs and Outputs
L.
Siemens
Human Machine Interfaces
M.
Siemens
SIMATIC Modular PLCs
N.
Industrial
Network Integration
O.
Basics
of Ladder Logic
P.
Siemens
PLC Programming Concepts
Q.
Basic
Programming
R.
Hand-Held
Programmers of PLCs
S.
Basic
Ladder Diagram Programming for Siemens PLCs
T.
Basic
Function Block Diagram Programming for Siemens PLCs
U.
PLC
Diagrams and Programs
V.
Ladder
Diagram Timers and Counters for Siemens PLCs
W.
Function
Block Diagram Timers and Counters for Siemens PLCs
X.
PLC
Timers and Counters
Y.
Overview
of PLC Registers
Z.
PLC
Program Control Instructions
AA.
Math
for PLCs
BB.
Additional
Ladder Diagram Instructions for Siemens PLCs
CC.
Additional
Function Block Diagram Instructions for Siemens PLCs
DD.
Sequencer
Instructions for PLCs
EE.
Siemens
SIMATIC S7-1200 PLCs
FF.
PLC
Installation Practices
GG.
Siemens
SIMATIC S7-1500 PLCs
HH.
Siemens
Safety Integrated for Factory Automation
XI.
Additive
Manufacturing
A.
Intro
to Additive Manufacturing
B.
Additive
Manufacturing Safety
C.
The
Basic Additive Manufacturing Process
D.
Additive
Manufacturing Methods and Materials
E.
Design
for Additive Manufacturing
F.
Additive
Manufacturing Materials Science
G.
Integrating
Additive Manufacturing with Traditional Manufacturing
H.
Additive
Manufacturing as a Secondary Process
XII.
Welding
A.
Welding
Safety Essentials
B.
PPE
for Welding
C.
Welding
Fumes and Gases Safety
D.
Electrical
Safety for Welding
E.
Introduction
to Welding
F.
Introduction
to Welding Processes
G.
Math
Fundamentals for Welding
H.
Geometry
Fundamentals for Welding
I.
Material
Tests for Welding
J.
Welding
Ferrous Metals
K.
Welding
Nonferrous Metals
L.
Overview
of Weld Types
M.
Overview
of Weld Defects
N.
Welding
Symbols and Codes
O.
Electrical
Power for Arc Welding
P.
Introduction
to SMAW
Q.
Introduction
to GMAW
R.
Introduction
to FCAW
S.
Introduction
to GTAW
T.
Fabrication
Process
U.
Overview
of Soldering
V.
Thermal
Cutting Overview
W.
Plasma
Cutting
X.
Oxyfuel
Cutting Applications
Y.
Introduction
to Automation
Z.
SMAW
Applications
AA.
GMAW
Applications
BB.
Advanced
GMAW Applications
CC.
FCAW
Applications
DD.
GTAW
Applications
XIII.
Adhesives
A.
Intro
to Adhesive Bonding
B.
Basics
of the Bonding Process
C.
Intro
to Adhesive Properties
D.
Types
of Adhesives
E.
Surface
Preparation
F.
Steps
for Adhesive Application
XIV.
Fasteners
A.
Intro
to Assembly
B.
Safety
for Assembly
C.
Intro
to Fastener Threads
D.
Overview
of Threaded Fasteners
E.
Tools
for Threaded Fasteners
F.
Overview
of Non-Threaded Fasteners
G.
Intro
to Fastener Ergonomics
H.
Properties
for Fasteners
I.
Understanding
Torque
J.
Threaded
Fastener Selection
XV.
Composites
A.
Intro
to Composites
B.
Safety
for Composite Processing
C.
Overview
of Composite Processes
D.
Traditional
Composites
E.
Advanced
Thermoset Resins for Composites
F.
Advanced
Materials for Composites
G.
Intro
to Lay-up and Spray-up Molding
H.
Intro
to Compression Molding
I.
Surface
Finishing Composites
J.
Vacuum
Bagging Technique: Single-sided Bagging
K.
Composite
Inspection and Defect Prevention
L.
Repair
Methods for Composites
* These sections are optional but we highly suggest you complete them.
1. Can I register for
programs if I am an international student?
Yes, because ed2go programs are online you never
have to
actually travel to the school. Most
schools offer telephone or online registration.
2. How long does it
take to complete a program?
All of our programs are self-paced and open
enrollment, so
you can start them when you want and finish them at your own pace. When you register, you'll receive eighteen
(18) months to complete the program.
3. What if I don't
have enough time to complete my program within the time frame provided?
The time allotted to complete your program has
been
calculated based on the number of hours for each program, so don't
worry too
much about not completing in time. If, after a concerted effort, you
are still
unable to complete, your Student Advisor will help you work out a
suitable
completion date. Please note that a fee may be charged for an extension.
4. Do I have to buy
additional materials?
No.
5. Can I get
financial assistance?
ed2go courses are non-credit courses, so they do
not qualify
for federal aid. In some states,
vocational rehab or workforce development boards will pay for qualified
students to take our courses.
Additionally, some students may qualify for financial assistance
when
they enroll, if they meet certain requirements.
6. What happens when
I complete the program?
Upon successful completion of the program, you
will be
awarded a certificate of completion.
7. Am I guaranteed a
job?
ed2go programs will provide you with the skills
you need to
obtain an entry-level position in most cases.
We don't provide direct job placement services, but our
facilitators and
career counselors will help you build your resume and are available to
give
advice on finding your first job. Facilitators
will also be available to use as a professional reference upon
completion of
the program. Potential students should
always do research on the job market in their area before registering.
8. Who will be my
instructor?
There is no facilitator for this program. Support
is offered
through email, online forms, and phone.
9. What software or
hardware do I need in order to take online programs and what are the
system
requirements?
In order to take our online programs, you must
have access
to a computer and the Internet. You can
access the program contents from any Web-enabled computer.
You don't have to use the same computer to
log-in to the program every time. Make sure your web browser is updated.
10. Can I use a Mac?
Yes – but some interactive elements using Adobe
Flash are
not supported.
11. How can I get
more information about this program?
If you have questions that are not answered on our
website,
please feel free to contact us via LIVE chat (click the button above). If you are visiting us during non-business
hours, please feel free to send us a question using the "Contact Us"
form to
the right. You may also call us at
1-877-221-5151. We will answer your
questions promptly.
12. When can I start
the program?
Our programs are all open enrollment.
You can register and start the program as
soon as you are ready.
Please note: Once the
program curriculum is accessed online or through submission of a
material
shipment confirmation, refunds cannot be issued.
13. Does this program
prepare for a certification?
There is not a certification. This program is
knowledge
based.