CONCEPT
AURORA
DATA TO DESIGN | API
DANAI -MOUTOU| RHEA ISHANI
STEP I
D2D
API
Robo DK
ARDUINO
STEP II
D2D
API
Robo DK
ARDUINO
STEP III
D2D
API
Robo DK
ARDUINO
FINAL FORM
D2D
API
Robo DK
ARDUINO
D2D
API
Robo DK
ARDUINO
ROBOTIC PRODUCTION
ANNA MARIA
ROBOTIC STATION
D2D
API
Robo DK
ARDUINO
ROBOTIC STATION
D2D
API
Robo DK
ARDUINO
SPHERE BASE
●
4 points of placement in each hemisphere
●
Avoid movement and rotation while milling
●
Points that do not intersect with the ribbons of the geometry
D2D
API
Robo DK
ARDUINO
ROBODK FABRICATION
D2D
API
Robo DK
ARDUINO
ROBODK FABRICATION
D2D
API
Robo DK
ARDUINO
ROBODK FABRICATION
D2D
API
Robo DK
ARDUINO
ARDUINO
NAMRATA BARUAH
CONCEPT DIAGRAM A GAME OF SENSES
LOCATE LIGHT SENSITIVE RESISTORS IDENTIFY PEAKS
D2D
API
Robo DK
ARDUINO
CONCEPT DIAGRAM A GAME OF SENSES
D2D
API
Robo DK
ARDUINO
CONCEPT DIAGRAM
D2D
API
Robo DK
ARDUINO
ARDUINO CONNECTION
D2D
API
Robo DK
ARDUINO
FLOWCHART : Firefly
D2D
API
Robo DK
ARDUINO
WORKING MODEL
D2D
API
Robo DK
ARDUINO
REFLECTION AND FURTHER RESEARCH ● Evaluating the possibility of using a robotic fabrication technique which takes advantage of multiple axis robots and approaches the points from different directions/normals ● Is a single 4-axis robotic process more reasonable in terms of time efficiency in comparison to a double process (machining and refining)? ● TCP of tools from RhinoCam and RoboDk not matching/How can the same tool be used for both the softwares? ● How can the path be milled in a bigger sphere? Is it going to give a result which is closer to the designed geometry? ● How can the design of the slopes in the paths be altered in the surface morph in order to allow for easier manufacturing by the robot? ● The Design could be optimized to show many more paths, to make it more dense and interesting ● Further Design research on the composition of the intersection of the four quadrants of the sphere, using surface morph.
THANK YOU QUESTIONS?