ESTEPHANIA DELGADILLO
industrial design portfolio
HOLA HELLO HALLO I am Estephania, an Idustrial Designer with 3 years of experience in the development of electronic products.
„Design creates culture, culture shapes values, values determine the future“ Robert L. Peters
Take a look to some of the projects that I have developed.
EDUCATION
SKILLS
10/2014 - 09/2017 (expected)
Master of Science in Sustainable Resource Management Technical University of Munich, Germany Focus: “Agricultural Systems” and “Water and Soil Management”
09/2006 - 07/2011
Bachelor of Industrial Design (Graduated with Honors) University of Guadalajara, Mexico Focus: Design of capital goods
07/2009 - 06/2010
Bachelor of Industrial Design (Exchange program) University of New South Wales, Australia
IT CAD / 3D modelling: Solidworks Rhino Ceros
WORK EXPERIENCE 04/2016 - 08/2016
11/2011 – 07/2014
11/2013 - 09/2014
Internship in Tran-SEC: Innovating Strategies to safeguard Food Security using Technology and Knowledge Transfer Leibniz Centre for Agricultural Research (ZALF), Müncheberg, Germany and Tanzania (various regions) Industrial Designer Pounce Consulting, Research and development technology products, Guadalajara, Mexico Freelance Industrial Designer Plug Design, Guadalajara, Mexico
PRIVATE INTERESTS Painting, Photography, Dancing, Learning to play the Ukulele
of
Languages Spanish: Native speaker English: Proficient knowledge German: Good kowledge
Graphic design: Photoshop Illustrator Lightroom Life cycle assessment: Umberto Next LCA
high
AWARDS Premio a! Design Award winner for best product design, Mexico 2012 Project: Ecological LED negatoscope Premio a! Design Award winner for best product design, Mexico 2013 Project: Electronic voting device
Volumetric infusion pump
1
Customer self-payment
2
Electronic voting
3
Solar power switchbox
4
LED negatoscope
5
Avobe ground marker
6
Volumetric infusion pump compatible and precise
DECODING THE DEVICE reliable stable precise steril
intelligent portable fast user friendly
MAIN USERS
Nurses and maintenance technicians
This device regulates the flow of solutions or medicaments to a patient at a precise rate for a fixed period of time. The precise dose is fed through an infusion line which requires several control mechanisms, such as air bubbles, occlusion, dripping and open-door detection. The infusion pump´s completely new design had to be compatible with the spare parts from the current models used by PiSA, in order to reduce maintenance costs. The final design complies with the regulations required by the medical industry.
Designed for Pounce Consulting Customer: PiSa Farmaceutica Mexicana Country: Mexico
MAIN COMPONENTS 1
3
2
9
8
4
7 5 6 1. Front door 2. Access button
3. Indented rail for safe stacking 2. Side vents
5. No-slip rubber pads 6. Channel for infusion line
5
7. Backlid Control membrane
9. LCD display
MAIN COMPONENTS BACK 3
2
1
4
10
9
8
7
6 5
5
Bottom detail view
1. Rear vents 2. Battery compartment
3. AC MUX top connector 4. Stack lock
5. AC MUX bottom connector 6. Peristaltic pump calibrator
7. Control membrane 8. USB connector
9. Regulatory label slot 10. AC connector
MAIN COMPONENTS OPEN DOOR 4
3
2 12
6
5 7
1
8
11 10 9
1. Infusion line clamp system 1. Clamp ejector system
3. Second bubble sensor 4. Pressure sensor 5. Peristaltic pump
6. Door occlusion mechanism 7. Infusion line hooks 8. First bubble sensor
9. First bubble sensor press 10. Infusion pump press 11. Second bubble
sensor press 12. Clamp handle 13. Infusion line clamp
Stackable device One power source can charge up to three devices. When stacking, power can be shared through the MUX connector.
FIRST HIGH-END PROTOTYPES
FINAL SIZE PROTOTYPE, COLOR ALTERNATIVE
Customer self-payment More secure payments
Old Model
The project consisted of the re-design of the TableSafe Rail device, improving the hardware and software features. The concept developed by the TableSafe company aims to revolutionize the experience of diners in restaurants. This experience is enhanced with a portable device that enables diners to manage their payments in a self-directed and secure way. The redesign of the old Rail device, consisted of the upgrade of the hardware components, making the device slimmer, faster, intuitive to use and aesthetically pleasant. In addition, an inductive charging module was designed to charge, in parallel, up to 10 devices.
Designed for Pounce Consulting Customer: TableSafe Country: United States Premio a! Design Award winner, Best product design, Mexico, 2014
MAIN COMPONENTS
1
10 2
1. Scanner for QR codes and bar codes 2. Status LED
3
3.Magnetic strip reader 4. Touchscreen 5. PIN entry 6. Bottom status LED
4
7. EMV contact slot for chip cards 8. NFC reader for proximity cards 9. Multi-use pocket
5
10. Formal, leather cover
6 9
8
7
SPLASH PROOF
DIRT PROOF
SHOCK PROOF
EXPLODED VIEW
LED INDICATORS
1
2
3 1. Transaction declined 2. Finished successful transaction 3. Transaction in progress
USE CASES
1
2
33
1. Slide to pay magnetic stripe 2. Insert to pay 3. Ready to pick up 4. Contactless payment 5. Prototype
4
5
Inductive charging station Charges up to 10 devices simultaneously
Electronic voting Volumetric infusion pump and fast CompatibleSecure and precise
This is the third generation of electronic voting devices. The device, designed and manufactured by Pounce Consulting, was first used in the Jalisco State elections in 2012. The final design complied with the requirements established by the Electoral Institute for Civic Participation (IEPC). The device has been successfully used in other American and European countries. The final design solution included state of the art hardware technology which was both easy and safe to transport.
Designed for Pounce Consulting Customer: IEPC, Jalisco Country: Mexico Premio a! Design Award winner, Best product design, Mexico, 2012
MAIN COMPONENTS 1
8 2 3
6
4
5
7
9
1. Carrying handle 2. Braille emboss 3. Braille template support
4. Touchscreen 5. Window for vote printing visualization
6. Graphical 3“ thermal printer 7. Magnetic card reader
8. Power on security control board 9. Cable compartment
IN USE
Light for all Compact solar power kit
Energy supply is an critical factor in the development and growth of any country. However, inversion and infrastructure costs are still limiting factors for the universal coverage of electrical networks. Switch Box is a device that innovates in the field of renewable energies and portable technologies. The system is composed of a solar panel, a switch with 2 USB ports, and two cutting edge LED lanterns. The main feature of the device is the reduced size of the battery and charging unit.
Designed for Pounce Consulting Customer: Maxlux Country: Mexico
SWITCHBOX COMPONENTS 4 1 5
2
6 3
1. Switch
3. USB Charging port
5. Solar pannel connector
2. Battery charge indicator
4. LED lantern connector
4. Cavity for wall hanging
EXPLODED VIEW 1 2
1. Top cover switchbox 2. Solar panel 3. PCB switchbox 4. Battery pack 5. LED lantern
3 4
6
5
6. Bottom cover switchbox
LED Negatoscope Detailed radiografic inspection
Detailed radiographic evaluation,providing an even light diffusion. Broader light density. LED technology provides more illumination per area than fluorescent bulbs. Modular and scalable design.
Longer product life cycle. LED technology last 2 times more than fluorescent solutions. Slim design. Three times slimmer than the regular models. Designed for dissassembly. Makes it easier to recycle the electronic, plastic, and metallic components.
The device integrates top-tier design and technology to allow the regulation of light intensity for a better interpretation of x-rays. This design solution effectively reduced production costs while complying with different regulation standards.
Designed for Pounce Consulting Customer: Bio Robotica Country: Mexico Premio a! Design Award winner, Best product design, Mexico, 2013
ADAPTABILITY The modular design accomodates the potential assembly of four different sizes: Single, double, triple and quadruple.
EASY TO USE Easy to regulate the luminance intensity Special mammography mode feature Adaptive flexibility for the needs of specific environments
Double size
Extruded aluminum profile
Plastic side cover
Control membrane
The main design incorporates an anodize aluminum profile that is used in both the top and bottom of the frame. The same profile is used for the different sizes. In addition, both of the side covers come from the same plastic injection mold, thereby reducing manufacturing costs. Acrilic diffuser
Front label
ACCESORIES Stand for desk
HIGH-END PROTOTYPES
Above ground marker Intuitive use
Pounce Consulting designed a monitoring system that measures pressure levels inside pipelines to identify leaks and losses of liquid or gas. The data collection device (Pipeline Pig) travels through the pipelines, capturing its status. During this process an Above Ground Marker (AGM) is placed on top of the pipelines. Its function is to store and transmit the data to the monitoring station. Some of the features of the AGM´s design are that it is intuitive to use, easy to locate in all types of ecosystems, clearly displays the direction of the pig´s travel and has weather resistant housing.
Designed for Pounce Consulting Customer: Encompass solutions Country: Canada
VISIBLE IN DIFFERENT ENVIRONMENTS
EASY TO FOLLOW
The shape of the AGM follows the Pipeline track and the Pig‘s travel direction. The 3 color LED indicates diffent operation status.
PROTOTYPE
ESTEPHANIA DELGADILLO
Freising, Germany (+49) 151 70084481 estephania.delgadillo@gmail.com