|
 |
WORKSHOPS
The Institute for Research and Technology Transfer (IRTT) has established
the Center for Advanced Parametric CAD to provide Engineering Technologies
students and local industry personnel with state-of-the-art Computer Aided Design (CAD) and Computer
Aided Manufacturing (CAM) education. The Center offers wide array
of workshops in engineering, manufacturing, and quality control
subjects designed to upgrade the technical skills of the workforce.
These workshops are described
in the following:
For more information about the machines / companies, click on links!
|
Course Descriptions
"HANDS-ON" COMPUTER AIDED MANUFACTURING (CAM) WITH
2D APPLICATIONS (IRTT001)
This course is designed to provide you with valuable hands-on experience
in the use of MasterCAM and the setup and operation of Cincinnati
Milacron CNC machining and turning centers with Acramatic 850 CNC
controllers. You will learn how to construct 2D drawings directly
on MasterCAM, generate tool-path information files and the post
processing of these tool path files to generate the appropriate
"G Code" files that are suitable for the operation of
both turning and milling CNC controllers. Topics covered include:
2D contouring using MasterCAM; lettering and drilling; pocketing;
turning and facing using CNC lathe-process overview. Actual hands-on
manufacturing operations using CNC lathe and mill constitute the
laboratory part of this course.
Instructors: John Bussani, B.S.M.E.T.
Class Days:
Dates:
Time:
Tuition: $395.0
|
| ::Back:: |
Course Descriptions
"HANDS-ON" COMPUTER AIDED MANUFACTURING (CAM) WITH
3D APPLICATIONS - (IRTT002)
This course is designed to provide you with valuable
hands-on experience in the use of MasterCAM and the set-up and operation
of Cincinnati Milacron CNC machining and turning centers with Acramatic
850 CNC controllers. You will learn how to construct 3D drawings
directly on MasterCAM, generate tool-path information files and
the post processing of these tool path files to generate the appropriate
"G Code" files that are suitable for the operation of
both turning and milling CNC controllers. Topics covered include:
NC commands; 3D swept surfaces; 3D lofted surfaces; 3D coons, flow
lines, and multi-surface operations. Actual hands-on manufacturing
operations using CNC lathe and mill constitute the laboratory part
of this course.
Prerequisite: CAM with 2D Applications, or equivalent
Instructors: John Bussani, B.S.M.E.T.
Class Days:
Dates:
Time:
Tuition: $445.00
|
| ::Back:: |
Course Descriptions
STATISTICAL PROCESS CONTROL (SPC) - (IRTT003)
Students will be introduced to techniques that
determine and control the quality of manufactured products in real
time by means of statistical analysis. PC's will be used to generate
and analyze histograms, control charts, and the basic elements of
Taguchi design of experiments. Students will learn how to analyze
control charts, conduct sample inspections and implement SPC on
the production floor. Topics covered include: Fundamentals of statistics
and mathematics; use of calculators; mean, median, mode; standard
deviation; variable and attribute data; histograms; normal distribution
curves; chance and assignable causes; Xbar-R charts; process capability;
vendor and supplier evaluation; sampling inspection.
Instructor: Hazem Tawfik, Ph.D., P.E., CMfgE
Class Days:
Dates:
Time:
Tuition: $395.00 |
| ::Back:: |
Course Descriptions
ADVANCED QUALITY ENGINEERING USING TAGUCHI METHODS AND DESIGN OF EXPERIMENTS (IRTT004)
The off-line use and applications of the Design
of Experiments (DOE) techniques and Taguchi Methods to optimize
a product and a process design will be studied and clearly demonstrated
in this course. The quality loss function as defined by Taguchi
will be explained and derived. The application of the loss function
to evaluate the quality of a product and process optimization using
mean square analysis, signal to noise ratio, and the advanced techniques
of the analysis of variance. In addition, the course will include
an applied project that will provide the students with practical
knowledge and insightful understanding of these optimization techniques.
By the completion of this course, the students should be able to
use Taguchi's loss function, mean analysis, signal to noise ration,
and analysis of variance (ANOVA) to optimize product quality and
minimize cost in an industrial environment.
Prerequisite: An understanding and knowledge of basic math, statistics
and probability; calculus; inspection and data acquisition.
Textbook: Phillip Ross, Taguchi Techniques for Quality Engineering,
McGraw-Hill, ISBN 0-07-053866-2
Instructor: Hazem Tawfik, Ph.D., P.E., CMfgE.
Class Days:
Dates:
Time:
Tuition: $495.00 Textbook: $40.00 Additional
|
| ::Back:: |
Course Descriptions
GEOMETRIC DIMENSIONING & TOLERANCING - (IRTT005)
This course is designed to introduce the student
to the fundamentals of the interpretation and application for the
ANSI Y14.5M-1982 and ASME Y14.5M-1994 drawing standards. Topics
covered include: fundamental rules; form control of individual features;
establishing a datum reference frame; positional tolerancing theory
- orientation, runout tolerances, profile tolerances, and tolerancing
for interchange-ability.
Instructor: Hazem Tawfik, Ph.D.,P.E.,CMfgE.
Class Days:
Dates:
Time:
Tuition: $395.00 Textbook: $35.00 Additional
|
| ::Back:: |
Course Descriptions
INTRODUCTION TO ROBOTICS (IRTT006)
This course has been developed to introduce you to the various
robotics systems and their application in industry. You will be
exposed to all the technical aspects of robotics and terminology
that is used in the robotics field. In addition, you will learn
how to operate the robot using on- and off-line programming languages.
Also, you will learn how to use the teach pendant for the on-line
programming of the robot. Instruction on the dynamics, kinematics,
and control system of a robotics arm will be an integral part of
this course. At the completion of the course, you will be able to
program, troubleshoot, and integrate the robot with its peripherals
or other robots to perform a given task. Topics covered include:
the use and application of robots in industry; the economics of
flexible automation using robots versus direct labor; classification
of robots by the type of joint, calculation of work envelops, robot
arm drive units; resolution, precision and repeatability; end of
arm tooling (end effectors); position and velocity control; robot
controller operation; sensors; assembly by robots; artificial intelligence;
troubleshooting of Scorbot-ERIII.
Instructor: Jeff Hung, M.S.M.E, B.S.M.E.T.
Class Days:
Dates:
Time:
Tuition: $295.00 |
| ::Back:: |
Course Descriptions
SOLIDWORKS 2001 PLUS RAPID PROTOTYPING (STEREOLITHOGRAPHY) - (IRTT007)
This 24-hour course is designed to teach you how to use SolidWorks
2001 to build 3-D parametric models of parts and assemblies, and
generate 2-D drawings from existing 3-D parts and assemblies. This
new and exciting course will enable you to successfully and efficiently
communicate with other modern technologies such as Computer Aided
Manufacturing CAM, Stereo lithography, and Finite Element Analysis.
This course is taught by well-trained professionals with considerable
experience and will enhance your technical skills and your company's
industrial competitiveness.
Prerequisite: Basic Computer Experience
Instructor: Jeff Hung M.S.M.E., B.S.M.E.T.
Class Days:
Date:
Time:
Tuition: $590.00 includes Textbook |
| ::Back:: |
Course Descriptions
AUTODESK INVENTOR PLUS RAPID PROTOTYPING (STEREOLITHOGRAPHY)(IRTT016)
This 24-hour course will provide students with hands on experience with
Autodesk Inventor. Students will learnhow to create Inventor parts with
parametric features such as extrude, revolve, sweep, loft, hole, fillet,
shell and sheet metal. This course teaches students how to create assemblies,
presentations, and final production drawings.
Prerequisite: Basic Computer Experience
Instructor: Jeff Hung, M.S.M.E., B.S. M.E.T.
Class Days:
Date:
Time:
Tuition: $590.00 includes Textbook
|
| ::Back:: |
Course Descriptions
NCL-COMPUTER AIDED MANUFACTURING
This is a very specialize course that provides the students with
hands on training with the NCL Computer Software programming which
is capable of 4 and 5 axis CNC machining. This course is divided
into three modules as follows:
1 - Introductory Module - 24 Hours Workshop - (IRTT009)
This introductory module is designed to provide beginners with history
of system and APT based system usage to include interactive ad batch.
The module will also include geometry (points, lines, circles, curves
and planes) nested definitions, and post processing. Program structure,
cutter/surface relationships as well as point-to-point motion and
continuous path motion are an integral part of this workshop.
Instructor: John Bussani, B.S. M.E.T./ Scott Davidson
Class Days:
Date:
Time:
Tuition: $750.00 includes a textbook
2 - Intermediate Module - 24 Hours Workshop (IRTT010)
This second module offers the student 3D hands on experience with
3D geometry that includes planes, surfaces, vectors and part surfaces.
This workshop will cover multiple check surfaces, pocketing routines,
repetitive programming such as loops and macros. In addition, logic
statements such as IF and JUMPTO statements are also part of this
workshop.
Instructor: John bussani, B.S. M.E.T./ Scott Davidson
Class Days:
Date:
Time:
Tuition: $750.00
3 - Advanced Module - 24 Hours Workshop (IRTT011)
This module will provide the students with a complete and integrated
picture of the NCL programming and clearly shows its 4 and 5 Axis
Machining capability. The module will cover TLAXIS-Fixed and variables,
feed rates, automatic radius generation as well as database and
unibase usage. The cutter diameter compensation (CDC), debugging
and editing programs, and special codes such as SVXFUN and INSERT
will be integrated part of this course module. This module will
also cover group technology, handling similar and / or opposite
parts.
Instructor: John Bussani, B.S. M.E.T./ Scott Davidson
Class Days:
Date:
Time:
Tuition: $750.00
|
| ::Back:: |
Course Descriptions
FIINITE ELEMENT ANALYSIS (ALGOR) (IRTT012)
This is a hands on advanced engineering design course that provides
the students with the concepts of Finite element Analysis starting
by surface meshing, solid meshing, applying boundary conditions
and loads on 3D mechanical parts. By the completion of the course
the students will be able to import 3D geometries from any CAD system
to ALGOR software, select the appropriate materials and units to
generate the stresses and deflection color-coded contours, and professionally
report the results. Technologists, engineers, middle management
and programmers are encouraged to attend this course.
Instructor: John Sfakis, B.S. M.E.T.
Class Days:
Date:
Time:
Tuition: $595.00
|
| ::Back:: |
Course Descriptions
FACTORY LAYOUT AND SIMULATION (IRTT013)
This course is designed to provide the students with modern concepts
to maximize the equipment and machinery utilization on the production
floor. The course will also provide the students with hands on experience
with the operation of "Pro Model" computer software package
to minimize and / or eliminate products inventory and accumulation
of parts along the banks of production lines. The software will
help the students to apply "JUST-IN-TIME", JIT concept
effectively. This course will be a great help for new layouts and
the modification of existing ones to insure efficient utilization
of all production resources and manufacturing machine tools.
Instructor: TBA
Class Days:
Date:
Time:
Tuition: $395.00
|
| ::Back:: |
Course Descriptions
C.N.C MILLING & TURNING SETUP AND OPERATION (IRTT014)
This 24- hour workshop is designed to provide you with the necessary
basic skills and concepts to setup and operate C.N.C. milling and
turning centers. The course covers the setup and operation of up
to date milling and turning equipment located in SUNY Farmingdale's
IRTT. Well-trained professionals who have worked in the manufacturing
industry for many years teach this course. Reading and understanding
E.I.A. standard G & M codes as well as simple editing of C.N.C.
programs will also be addressed. By the completion of the workshop
you will be able to set up and operate both C.N.C. milling and turning
centers. Read and edit C.N.C. programs, calculate necessary speeds
and feeds for common tools and materials, and know how to select
the proper cutting tool for the job at hand as well as assess the
performance of cutting tools.
Instructor: John Bussani, B.S.M.E.T.
Class Days:
Date:
Time:
Tuition: $395.00
|
| ::Back:: |
Course Descriptions
LEAN MANUFACTURING AND KIAZEN - (IRTT015)
Coming Soon
Instructor: TBA
Class Days:
Date:
Time:
Tuition:
|
| ::Back:: |
|
 |
Chrisian, Inc.