Alma.Daskalaki.Portfolio 2010


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Alma.Daskalaki.Portfolio 2010

  1. 1. po rtfo l i o 2010 a lm a dask a la k i Design & Innovation Beng DesigNerd. Thinker. Maker.
  2. 2. co n tents (click on the project’s name for easier navigation) Academic final year / a shoe to dance en pointe dissertation DePuy live industrial project / group project 2nd year / spicesphere lightingle rainbib / group project 1st year / notes at your fingerprints human column water timer / group project
  3. 3. how could new materials and technology help improve pointe a sh o e t o d a n c e en p oin te shoes with respect to the tradition and history of ballet
  4. 4. in this project a new version of pointe shoe is suggested. the design aims at the improvement of the shoe, using new materials and techniques. snapshots from a short movie “the life of a poi nte shoe” showing and communcating big part of the research. the film was presented as part of the final out- come alongside with the final design and pro- totype.
  5. 5. it has been said that the ballet Toe Shoe is one of the few instruments of torture to survive intact into our time. in this project the concept of dancing en pointe is revisited and the form and structure of the Pointe Shoe challenged. it is a study into the art of ballet dancing, the tuning, the use and break- ing of the shoes, the ceremony before and after, the shoe making and the materials. it is an exploration of the shoe in its context and outside it including stress analysis, body mapping and self-molding techniques.
  6. 6. early concepts, sketches and prototypes.
  7. 7. the dissertation accompanies the project justi- fying the concept and explaining the research and design development process. special notice was given in the presentation and communication of ideas. hand-bound.
  8. 8. hip replacement surgery Depu y l i v e in d ust ria l project group project
  9. 9. packaging proposal. the package proposed consists of a series of cases that minimise the confusion in the OR, improve the handling and ensure the safe transpor- tation of the implants until the last minute. labels. by introducing colour coding the communica- tion amongst the medical staff improves.
  10. 10. in this project we have been working with DePuy, a medical engineering company who specialises in orthopaedics. the brief was to identify key issues raised during hip replacement surgeries and suggest possible solutions. the team saw possibilities of development in 3 main areas: alignment, protection and handling of the implants. after thor- ough analysis of the procedure and research on the environment and the actors involved, we were able to develop an ‘acoustic inserter’ that provides the surgeon with feedback during the insertion of the implant and suggested a complete innovative packaging proposal with integrated protection for the implant surfaces. packaging is an area often neglected in the medical sector. the packaging of the right component in the right “box”, its safe transportation and easy handling are a few things that if go wrong can cause problems to both the hospital and the suppliers.
  11. 11. the bearing surfaces of the implant need to re- main unscratched until the very last moment, just before closing the incision. any protection used should be easily removed and introduced in the procedure in such way that its removal will not be forgotten.
  12. 12. device that assists human lifestyle spicesph ere facilitates the preparation of spices, herbs, sauces and marinades
  13. 13. crush and smash the ingredients by rotating the pestle and using arm’s weight. pour the crushed in- gredients in the bot- tom container. add any liquids. spicesphere is a device close and shake! that grinds, smashes and mixes without get- ting your fingers dirty. fun to use.
  14. 14. human interaction with space lig h tin g le lighting in the sense of revealling space lighting as an object dependent on its place in space
  15. 15. decorative layer task layer lighting is the medium that reveals the space around us. although its position, quality and type plays a vital role to how we see our environment it still sometimes occupies such a neutral or even in- visible place in our living environment. in this project the lamp explores its connec- tion with space through user’s interaction and makes us to notice it. the user interacts with the lamp by pumping it using a pillow-pump.
  16. 16. why do lamps not move? how could they have a more active role in the living environment concept sketches and models
  17. 17. light portable device r ain b ib protecting cyclists against rain and wind group project
  18. 18. easy storage. protection for cyclists against rain and wind. adjusts on all backpacks. targets to the commuter. lightweight. neck collar. costs about 10GBP. extra protection in winds. elasticated sides. universal fit. keeps arms dry. aerodynamic shape. fluorescent piping. suitable for all handlebars. allows signaling.
  19. 19. various test prototypes wind tunnel testing
  20. 20. a toy that uses an interlocking mechanism n o t e s a t y o u r fin g er tips learn the place of the notes on the stave while playing
  21. 21. this is a short project, in which the teaching and learning of music while playing was developed. the research included developmental psychology and different educa- tional methods to see how children think. the result is a self-contained, self-correcting educational toy that aims to kids of about 4 years old but can be also used by teachers during classes. the right note interlocks only when the box acts both as placed in the right po- when the note is turned a storage box and a sition on the stave it knocks the strings speaker for the sound
  22. 22. a 3-D object as a piece of art expressing the idea of a column h uman colu mn
  23. 23. the human body can be viewed as a beautiful machine. the similarities between the vertebral column and the Greek ancient columns were used as inspiration for the development of a 3-D object.
  24. 24. a water timer that counts 4 minutes w ater timer group project
  25. 25. this project concentrated on designing with specifications and constraints. the water timer had to count and indicate a time lapse of 4 minutes. the process involved many prototypes and ex- perimentation. constraints: max dimensions 500x500x200mm. 1 litre of water. 4 ping pong balls. only potential energy of water. reused materials only.
  26. 26. con ta ct alma @daskal aki .gr