Venue:
Institut Latihan Perindustrian (ILP) Jitra
Introduction
The
SolidWorks software is a mechanical design application that takes advantage of
the Microsoft Windows graphical user interface. The software allows designers
to quickly sketch out ideas, experiment with features and dimensions, and
produce models and detailed drawings. The main advantage of SolidWorks is that
the software allows user to design 3D parts and assemblies and use them to
generate manufacturing drawings. The drawings are based on the geometry defined
in the original part assembly.
Target Group
This course is suitable for people who work in computer aided
design (CAD) such as application engineer, research & development (R&D)
engineer, or product designer. This course is also suitable for individuals who
are interested in learning technical drawing using SolidWorks.
Prerequisites
This
course is a basic-level course. Prior knowledge of CAD or SolidWorks is not
necessary to enrol in this course. However, the participant must be computer
literate and able to use a PC.
Objectives
Upon
completion of the course, the participants should be able to:
a) Apply product design intent for creating a solid model.
b) Design casting product by considering manufacturing aspects.
c) Validate and improve existing design.
a) Apply product design intent for creating a solid model.
b) Design casting product by considering manufacturing aspects.
c) Validate and improve existing design.
d) Create
different drawing view types.
e) Prepare complete bill of material templates with custom properties
e) Prepare complete bill of material templates with custom properties
Content
1.
Introduction
a. SolidWorks user interface
b. Dimensioning methodologies
2. Introduction to Sketching
a. Part, sketch, geometry
b. Sketch tools
c. From sketch to solid
3. Basic Part Modelling
a. Choosing profile for sketching
b. Sketch plane selection
c. Part creation
d. Extrude sketch
e. Associability
4. Modelling a Casting or Forging
a. System defined plane
b. Base, boss & cut features
c. Constant radius fillets
d. Symmetry in sketch
5. Patterning
a. Different types of patterns
b. Geometry patterns
c. Sketch option
6. Revolved Features
a. Creating revolved features
b. Dimensioning technique
c. Multimode solid technique
d. Sweep features & circular patterns
e. Calculate parts physical prop.
7. Configuration of parts
a. Suppress / unsuppressed features
b. Changing dimension values
8. Shelling and ribs
a. Draft to model faces
b. Shelling operations
c. Rib tool and thin features
9. Bottom-Up Assembly Modelling
a. SolidWorks user interface
b. Dimensioning methodologies
2. Introduction to Sketching
a. Part, sketch, geometry
b. Sketch tools
c. From sketch to solid
3. Basic Part Modelling
a. Choosing profile for sketching
b. Sketch plane selection
c. Part creation
d. Extrude sketch
e. Associability
4. Modelling a Casting or Forging
a. System defined plane
b. Base, boss & cut features
c. Constant radius fillets
d. Symmetry in sketch
5. Patterning
a. Different types of patterns
b. Geometry patterns
c. Sketch option
6. Revolved Features
a. Creating revolved features
b. Dimensioning technique
c. Multimode solid technique
d. Sweep features & circular patterns
e. Calculate parts physical prop.
7. Configuration of parts
a. Suppress / unsuppressed features
b. Changing dimension values
8. Shelling and ribs
a. Draft to model faces
b. Shelling operations
c. Rib tool and thin features
9. Bottom-Up Assembly Modelling
Training Method
Training
will be delivered through a combination between demonstration and practical
lessons. The emphasis for this course is on giving the participants plenty of
opportunities to do practice exercises on SolidWorks under the supervision of
the instructor.
Schedule
Day 1
08:30 a.m. Registration
09:00 a.m. Introduction / Sketching Commands
10:30 a.m. Break
11:00 a.m. Sketching
01:00 p.m. Lunch
02:15 p.m. Basic Part Modelling
05:00 p.m. End of day 1.
09:00 a.m. Introduction / Sketching Commands
10:30 a.m. Break
11:00 a.m. Sketching
01:00 p.m. Lunch
02:15 p.m. Basic Part Modelling
05:00 p.m. End of day 1.
Day 2
08:30 a.m. Modelling a casting or forging.
10:30 a.m. Break
11:00 a.m. Configuration of parts & patterning
01:00 p.m. Lunch
02:15 p.m. Revolved features
05:00 p.m. End of day 2
10:30 a.m. Break
11:00 a.m. Configuration of parts & patterning
01:00 p.m. Lunch
02:15 p.m. Revolved features
05:00 p.m. End of day 2
Day 3
08:30 a.m. Shelling & ribs
10:30 a.m. Break
11:00 a.m. Shelling & ribs continued
01:00 p.m. Lunch
02:15 p.m. Bottom-up assembly modelling
05:00 p.m. Closing ceremony
10:30 a.m. Break
11:00 a.m. Shelling & ribs continued
01:00 p.m. Lunch
02:15 p.m. Bottom-up assembly modelling
05:00 p.m. Closing ceremony
Fees
Companies sending their employees to this course may apply for reimbursement from Human Resource Development Fund under the SBL scheme.
Companies sending their employees to this course may apply for reimbursement from Human Resource Development Fund under the SBL scheme.
Course Instructor
The instructor for this course is Mr Azhar Sudin, a senior
instructor at ILP Jitra. He has a Diploma in Mechanical Engineering from
University of Wales College Newport in UK. Mr Azhar has more than 19 years of
experience in metal fabrication, plastic technology and Computer Aided Design
(CAD). Mr. Azhar received further training in CAD at Chiba Polytechnic Centre
in Japan and in plastic technology at SKZ – Top GmbH in Wurzburg, Germany. He
has also attended all levels of SolidWorks training from basic to advanced. At
ILP Jitra, Mr Azhar specializes in the design of plastic products using
SolidWorks.
Contact Person
To obtain more information regarding
this course, please contact Corporate and Lifelong Learning Section. (04- 9161926
ext 161 or 162). You can also send enquiries by email to bklh@ilpjitra.gov.my.
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