Final Lab Project Trade Show

ISE 232L: Manufacturing Processes Spring 2010

What: A final lab project trade show is organized to give the students an opportunity to explain their ideas and to give a demo of their functional prototypes. When: Friday (April. 30th 2010), 3:45~4:30pm. Where: KAP-148 You are cordially invited to see the students’ hard work for the whole semester! Six Innovative Products that will be on display are: 1. ISeeHot Coffee Traveler by: Connor Bernstein, Paige Selby, KC Busby, Majeed Alshaikh 2. Sensate Wristband by: Billy Jung, Minal Gandhi, Radian Risjad, Clarissa Wijaya 3. Computer Safe Case by: Zain Ahmed, Daniel Sacks, Molly Simon, Samantha Wang 4. Re-engineered Pong Table by: Caroline Blake, Andy Chu, Sam Kim, Brent Zaterman 5. Detachable High Heel by: Nathan Saletan, Chrissy Yao, Aikena Bekova, Winnie Lam 6. Flex LockTM by: Casey Gebhardt, Omar Alnughaimshi, Khalid Al Ababi A brief description of each product is attached for your information.

iiiSSSeeeeeeHHHooottt Team 1 - iTech Inc.

Connor Bernstein Paige Selby KC Busby Majeed Alshaikh

Image 1.3 - Construction Image 1.4 - Prototype

Image 1.2 – CAD Model Image 1.1 – Sketch

The iSeeHot temperature sensing coffee traveler is a new and

innovative productive taking the portable coffee container market by

storm.

With the added convenience of the digital LCD temperature display,

the customer can now safely enjoy their hot coffee without a burnt

tongue.

The iSeeHot delivers this feature at an affordable price while also

maintaining the same sleek look of a high-end coffee traveler.

Team 2: The Sensate Wristband By: Billy Jung, Minal Gandhi, Radian Risjad, Clarissa Wijaya Goal: To come up with a wristband that has the capabilities of a vibrating alarm clock to be used in place of a cell-phone alarm.

1. Idea Sketch

2. IRONCAD Design

3. Prototype

The Safe Case ISE 232

Team 3: Zain Ahmed, Daniel Sacks, Molly Simon, Samantha Wang Gaol: The Safe Case is a sleek computer case that protects the computer from scratches and droppage through the usage of shock resistant materials. (a) Preliminary sketch of Safe Case (b) Disassembly of similar product

(c) Iron Cad Image of Prototype (d) Completed Safe Case Prototype

Re-engineering the Pong Table

Beer Pong is a growing sport on college campuses across the nation. A fun social activity, beer pong players cut across ever demographic in student bodies. Yet the vast majority don’t own a beer pong table they are satisfied with. They’re looking for a product to buy, one that is both affordable for their budgets yet offers the features they’re looking for.

Enter our Beer Pong Table. Re-engineered for a college market, we achieved a product design that offers the features found only on expensive, professional ta-bles, yet not break the wallets of our customers.

Our innovative features include:

Clear Top Surface Perfect for college organizations, this clear top surface is completely remov-able, allowing its owner to customize the design of the table in scrapbook fash-ion, decorating it to their tastes. Going to a different design is as simple as re-moving the surface.

No-Slip Backing Cups love to slide around. Our no-slip backing makes sure this annoyance never happens again.

Ball Cleaner Balls go awry. We understand that. Our ball cleaner guarantees you’ll never have to worry about cleanliness again.

Towel Rack We’re all about keeping your table clean and presentable. A towel rack will help customers be able to achieve that.

Shoulder Strap A nice and convenient way to carry your table to its next event.

With these features, we know we’ve got a winning product. Check out our design today!

Caroline Blake | Andy Chu | Sam Kim | Brent Zaterman

For ISE 232 Manufacturing Processes

Team 5: Detachable High Heel

By: Nathan Saletan, Chrissy Yao, Aikena Bekova, Winnie Lam Goal: To create a high heel shoe that could be easily transformed to flat shoe by detaching the heel.

 (1) Idea Sketch (2) Existing Similar Product Disassembly

Team 6: Flex LockTM – Skateboard lock By: Casey Gebhardt, Omar Alnughaimshi, Khalid Al Ababi Goal: Develop a security lock for skateboard that is inexpensive and easy to use.

(1) Idea Sketch (2) Existing Similar Product Disassembly

(3) CAD Model Design

(4) Built functional Prototype