De Anza College SolidWorks Users Group Meeting
EVENT:
De Anza College SolidWorks Users Group Meeting
Tuesday December 11th 2007
De Anza College Student Center
Conference Rooms A and B 6:00PM
De Anza College Student Center
Conference Rooms A and B 6:00PM
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Speakers-presenters:
Speakers-presenters:
Richard Doyle (SolidWorks)
Jeff Gherardi (GoEngineer)
Sam Tanna (Itanna Corporation)
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Door Prizes and raffle items:
SolidWorks Student Editions, electronic items, and SolidWorks gear.
SolidWorks Student Editions, electronic items, and SolidWorks gear.
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Engineering and CAD Job Fair
Technical recruiters and companies:
Technical recruiters and companies:
1. SoloPoint Solutions (providing refreshments and door prizes)
2. Valley Engineering Group
3. Pro/Source (providing refreshments and door prizes)
4. Oxford
5. AeroTek
6. Butler
7. Ryzen
8. ATR
9. Albin Engineering Services, Inc. (AESI)
10. TAC
2. Valley Engineering Group
3. Pro/Source (providing refreshments and door prizes)
4. Oxford
5. AeroTek
6. Butler
7. Ryzen
8. ATR
9. Albin Engineering Services, Inc. (AESI)
10. TAC
11. GoEngineer
12. EDO Reconnaissance and Surveillance Systems
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4PM optional workshop (ATC 301) see bottom
(20.00 donation for trainer and raffle)
User Group meeting is free
4PM optional workshop (ATC 301) see bottom
(20.00 donation for trainer and raffle)
User Group meeting is free
Workshop Session:
4-5:30PM
Plastics (Injection Molded Parts)
Product Design with 3-D CAD -Solidworks
By Sam Tanna
RSVP 34 maximum
2. 4-5:30PM SolidWorks
RSVP 34 maximum
4-5:30PM
Plastics (Injection Molded Parts)
Product Design with 3-D CAD -Solidworks
By Sam Tanna
RSVP 34 maximum
2. 4-5:30PM SolidWorks
RSVP 34 maximum
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Optional Workshop 4-6PM
ATC 301
Plastics (Injection Molded Parts) Product Design with CAD (Solidworks)
10.00 student, 20.00 industry
OBJECTIVE
Injection molded plastics parts usage in various applications are growing such as medical devices - drug-dispensing systems, diagnostic, surgical implants, analytical system, disposable products, MP3 players, printers, consumer electronics, industrial sensors and more. Plastics continue to replace metals, glass and traditional materials in above mentioned industries. Purpose of the course is to educate mechanical engineers, designers and students involved in designing complicated injection molded mechanical components/systems with 3-D CAD such as Solidworks and Pro/E. This course teaches you basic & advance features in designing/evaluating plastics parts with 3-D CAD systems.
OBJECTIVE
Injection molded plastics parts usage in various applications are growing such as medical devices - drug-dispensing systems, diagnostic, surgical implants, analytical system, disposable products, MP3 players, printers, consumer electronics, industrial sensors and more. Plastics continue to replace metals, glass and traditional materials in above mentioned industries. Purpose of the course is to educate mechanical engineers, designers and students involved in designing complicated injection molded mechanical components/systems with 3-D CAD such as Solidworks and Pro/E. This course teaches you basic & advance features in designing/evaluating plastics parts with 3-D CAD systems.
WHO SHOULD ATTEND
This course is meant for mechanical engineers, designers/drafters who wish to learn about Plastics Product Design and Development.
This course is meant for mechanical engineers, designers/drafters who wish to learn about Plastics Product Design and Development.
COURSE OUTLINE
Introduction to Plastic Materials
- Designing intricate tight tolerance mechanisms with plastics
- Designing Injection molded parts for complicate wall thickness
- Design for manufacturing and assembly (DFMA)
- Selecting plastic materials FDA, IEC point of view
- Manufacturing (injection molding, machining) tight tolerance parts
- Choosing tooling vendors and suppliers for prototype and mass production
Introduction to Plastic Materials
- Designing intricate tight tolerance mechanisms with plastics
- Designing Injection molded parts for complicate wall thickness
- Design for manufacturing and assembly (DFMA)
- Selecting plastic materials FDA, IEC point of view
- Manufacturing (injection molding, machining) tight tolerance parts
- Choosing tooling vendors and suppliers for prototype and mass production
INSTRUCTOR
Sanjeev “Sam” Tanna is a Founder of the Intanna Corporation (www.intanna.com ) and has MS degree in Engineering from University of Massachusetts.
Intanna provides niche PLASTICS PRODUCT DESIGN, DEVELOPMENT, TRAINING and SERVICES with contract R & D, product engineering and manufacturing to medical devices, bio-tech and consumer electronics industries. Intanna works in North America and Asia
