C.Chen
00 Cindy Chen
January13 – Present
September 08 – July 12
February
MSc Avanced Product Design Engineering Student Kingston University
BSc Product Design Technology Student University of Brighton
Partnersh Falmer Ve The Falm supports design st final year The stude remainin end of th year and VegBox is of fundra that goa printing c event pa port and These stu service p the online
y12 – April12
August 11 – August 11
July 11 – August 11
June 10 – June 10
hip Colours & Materials Trend Design Assistant Assistant of Design Lab Vegbox Kao Home Enterprise ., Analyst Manager mer operation Co Ltd. CRE8-designstudio Taiwan Design Center the product Part -Time work with the Assist the organization to During the time, I was tudents for their build up the colours and participating in a colours family business in Tainan r exhibition costs. materials library and Taiwan, carrying out proand materials trend reents have £8,000 helping them to plan and search group. Our role is fessional experience on ng to raise by the host an event. the goggles manufacturto investigate the new he academic colours and new materi- ing process and specialist d the Falmer technology that used on als that will be possible s one of methods resources for the manu- the design area. This work aising to meet facturing product in 2012. taught me a lot about al. Funds go to team work and being costs, industrial professional especially articipation, transwhen we were discussing d hiring fees. the design and making udents make the the final decision. possible, including e services.
01
A-level Workshop Experience by Cindy Chen
Radio Model
Jewellery Set
Tool Box
Portable Music Stand
02
Loading Bridge by Cindy Chen and Victoria Davies
Bridge Structure Loading Bridge project helps me to understand the concept of building a bridge. As an amateur, I started my research on the bridge structure by playing a game which is about building a bridge for train crossing. From the game process as shown above, left to right is getting more difficult but the result inspire my personal thought to design a bridge.
More stable C2
C1 T1
C3
T2
Less stable
C1 T2
T1
C2 T3
C = Compression T = Tension
The pasta bridge model is made with personal innovation idea under conditions provided by professor. Testing the bridge by loading a bucket of sand, slowly adding up more sand into the bucket to find out what is the maximum weight can the pasta bridge load.
03
Clothes rail by Cindy Chen
Project Aim For the purpose of this project, the analysis of this wardrobe has been divided into 2 separate studies according to the loading profiles mentioned above. The aims of the project include: - To understand how much the hook will deform when placing the rail on the hooks whether or not this deformation will be permanent. - To understand the deformation of the rail while hanging up clothes on the rail and whether or not this will be permanent deformation.
Finite Element Analysis
In this project, the use of finite element analysis has allowed me to investigate typical deformation within the structure when the typical loads were applied on the elements. It also allows us to analysis the Von Mises stress distribution throughout the structure.
04
Train Barrier by Cindy Chen
Project Aim The project is mainly understanding how to write an embedded micro-controllers program in order to make the real working electronic products.
Embeded System Design Process
Design Sketches
Circuit Board Planning
Embedded Microcontrollers Design
#include <P16F84A.inc> #define LED_ON BSFPORTB,4 #define LED_OFF BCF PORTB,4 __CONFIG _XT_OSC & _CP_OFF & _WDT_OFF & _PWRTE_ON PortAIO PortBIO
EQU EQU
B'00000000' B'00100000'
;All as outputs ;All except RB5 as inputs
;-------------------------------------------------------------------------; Variables ;-------------------------------------------------------------------------cblock 0x0C ShortDel ;Temporary register for short delay LongDel ;Temporary register for long delay endc ;--------------------------------------------------------------------------ORG 0 Initialise BSF STATUS,RP0 MOVLW PortAIO MOVWF TRISA MOVLW PortBIO MOVWF TRISB BCF STATUS,RP0 GreenLED
;PROCEDURE Main() LED_ON
MOVLW MOVWF CALL
D'100' LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL LED_OFF MOVLW MOVWF CALL MOVLW D'150' MOVWF CALL MOVLW D'250' MOVWF CALL RETURN GreenLED
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVLW
D'100'
MOVLW
D'100'
MOVLW
D'100'
MOVLW
D'100'
D'150' LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
Mainwhile Switch BTFSS PORTB,5 GOTO Switch CALL FlashLEDs CALL Buzzer CALL Motor GOTO Mainwhile ;END PROCEDURE FlashLEDs BSF PORTB,1 BCF PORTB,2 BSF PORTB,3 MOVLW D'150' MOVWF LongDel CALL LongDelay BCF PORTB,1 BSF PORTB,2 BCF PORTB,3 MOVLW D'150' MOVWF LongDel CALL LongDelay RETURN FlashLEDs ;END PROCEDURE Buzzer BSF PORTB,0 MOVLW D'250' MOVLW
D'250'
MOVLW
D'250'
MOVLW
D'250'
MOVLW
D'250'
BCF
MOVLW
D'250'
MOVLW
D'250'
LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
MOVLW
D'250'
LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
MOVLW
D'250'
;END PROCEDURE
RETURN Buzzer
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF CALL
LongDel ; LongDel = 250 units LongDelay; LongDelay(250)
MOVWF LongDel ; LongDel = 250 units CALL LongDelay; LongDelay(250) PORTB,0 MOVLW D'250' MOVWF LongDel ; LongDel = 150 units CALL LongDelay; LongDelay(150) MOVWF CALL
LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
MOVWF CALL
LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
MOVWF CALL
LongDel ; LongDel = 150 units LongDelay; LongDelay(150)
MOVWF CALL
LongDel ; LongDel = 150 units LongDelay; LongDelay(150) ;END PROCEDURE
Motor BSF PORTA,2 BCF PORTA,3 MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay BCF PORTA,2 MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay BCF PORTA,2 BSF PORTA,3 MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay BCF PORTA,3 MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay
MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay MOVLW D'250' MOVWF LongDel CALL LongDelay RETURN Motor ;END PROCEDURE ;PROCEDURE LongDelay(LongDel) LongDelay CALL DECFSZ GOTO RETURN ;PROCEDURE ShortDelay() ShortDelay ShortDelDo
END
CLRF DECFSZ GOTO RETURN
; DO ShortDelay ; ShortDelay() LongDel,F ; LongDel = LongDel - 1 LongDelay; UNTIL LongDel = 0 ;END PROCEDURE ShortDel ; ShortDel=0 ; DO ShortDel,F ; ShortDel=ShortDel-1 ShortDelDo ; UNTIL ShortDel=0 ;END PROCEDURE
05
Hair Dryer
by Cindy Chen, Matt Denison, Seda Pamuk & Vicky Davis Project Aim Reverse engineering on existing hair dryer and make a improvement. Problems?! - Frayed electrical cable - Hard to store dryer when it is hot - Difficult to change detachable nozzles when they are hot
Design Features Possible Solution Putting in a base/stand would allow... - Dryer storage. - Cordless charging stand. - Mechanism to release and attach nozzle.
Final Design
Dryer clicks into base station.
Nozzle holders in base station.
Quick release buttons.
Inner construction.
06
Reverse Washing Machine Group Project Project Aim This is project about reverse engineering of washing machine, disassemble washing machine into many parts, and understand the theory of the working process. Learn the method when taking off the washing machine into parts also what tools might be used during the disassembling process. Discuss with group of people and find out what kind of problems need to be solved for this washing machine design.
07
Portable Massager by Cindy Chen
Project Aim This goal of this project was to make a product with the use of magnetism. The focus of this project was to make a body massager utilising electromagnets. Product: Improved technology on existing massagers. Purpose: To relieve muscle pain and tension. Market: Office workers, Athletes and Pensioners.
Final Design
Adjustable handle bar and buttons Design Features To Battery
NORTH
SOUTH
N
Axle Armature
Field Magnet
The concept of an electric motor was based on magnetism. A motor uses magnets to create motion. Inside an electric motor, the magnets attract and repel forces to create rotational motion.
Schematic diagram of the full product.
08
Gumpack by Cindy Chen
How can we facilitate right human behaviour of disposing gum litter since gum blob is a very big environmental issue today.
The Gumpack subvert the traditional gum packaging design, using new technique with the high end design analysis, it give people convenient to dispose gum litter and solve the difficulties when thereâ&#x20AC;&#x2122;s no bin around to abandon.The Gumpack is using simple technology to improve the big issue in the developing world. Compared to the traditional pocket gum, no less amount of gums provided, no big difference of size, no inconvenient of use but new way to dispose!
09
Colour & Material Trend Analysis 2012 by Cindy Chen, Jim Chen, Elvis Hung, Jessie Lee
Project Aim During my intenship working in CRE8 DESIGN studio, our main role was to build up colours and new materials database for the company. Meanwhile, we also had meetings with professionals to discuss colours and materials trend in any other design aspect.
10
Peptosense by Cindy Chen Peptosense is a developing medicine by a group of PHD students. I was helping them with some graphic work for their final project presentation which include logo design, packaging design and website design. During the working process, I gained more experience on creating 2 dimentonal work.
11
Racing car suspension s and steering system
by Cindy Chen, Alejandra Hortua Diaz & Dotun Olujide
The objective of the project was to create a computer-aided design (CAD) model of a car suspension and steering system. The project was executed as a team, the whole assembly was divided into three subassemblies: steering subsystem, axles and strut subsystem, and wheel, brake and hub subsystem. Each member of the team was responsible for one subassembly. The final model, created in SolidWorks, comprises a tyre, an alloy wheel, a disc brake system, a generic wheel hub from a Toyota Celica, the original Macpherson strut suspension and a Rack and Pinion steering system.
12
Domotica by Cindy Chen & Alejandra Hortua Diaz E-Engineering technologies such as web design are widely used for companies in order to improve all the management and data of the company itself. This project consists on developing an engineering website having all the constraints that Company would have in the real life. The company topic was chosen based on current and innovated engineering industries and the design of the website was developed, counting all the requirements for a good and easy navigation, level access for clients and employees of the company and scenarios which are direct connection between internal and external stakeholders.
13
Steering system for Weathervelo electric cabin scooter by Cindy Chen This project was previously worked under professional engineers and it has been presented in few exhibitions before the company pass this case to Kingston University. The aim of working on this existing project is to further design and development on the WeatherVelo cabin scooter. There are few tasks that have been carry out by other engineers and students in the same project, but the main role for this study is to concentrate on steering system design and development.
14
Random Illustration by Cindy Chen
100 Thank you!
Cindy Wei Ying Chen +44 7867662162 +886 929994097 cindyloli@hotmail.com