Topics in MAS0506 web: | Changed: | Changed by: |
AufgabeA1 | 16 May 2006 - 22:39 - r1.7 | OskarZieta |
AufgabeA2 | 09 May 2006 - 15:05 - r1.2 | OskarZieta |
AufgabeA3 | 21 May 2007 - 09:42 - r1.3 | OskarZieta |
Aus der Möglichkeit, eine CNC gesteuerten Trumatic 6000 Laserpressmaschine der Firma TRUMPF zu nutzen, ergab sich die Idee
zur zweiten Aufgabenstellung. Die von TRUMPF aufgezeigten 3D-Verformungen und die maschinell herstellbaren Blechverbindungen
stellten den Hintergrund der Entwurfsüberlegungen dar. Eine lichtdurchlässige Wandkonstruktion soll entwickelt werden. Diese Konstruktion
kann stehend oder hängend ausgebildet werden.
Ziel: Erstellen eines maschienen- und materialgerechten Entwurfs
Exkursionen / Kurse: CNC Blechbearbeitungsmaschinenfabrik TRUMPF in Baar, CH
Ausgabematerial: Blech DC01 (Baustahl), Format 2 qm: 2000x1000 mm, Dicke: 1 mm
Anforderungen Endprodukt: selbsttragender Paravent, stehend oder hängend
Verbindungsmöglichkeiten: Popnieten, Schrauben, Blechverbindungsmöglichkeiten der Firma TRUMPF
| The second assignment focuses on designing with the materiality and assembly of steel, using specific CNC equipment. The task for this assignment is the design and construction of a paravent; a semi-transparent movable wall construction. The design may be either hanging or freestanding, and should focus on the tectonic and aesthetics of the material and assembly system. For this assignment we have the opportunity to use the Trumatic 6000 laser-press-machine. This machine both cuts and bends material, and has several proprietary steel connection designs which can be used as a starting point for design. Aim: creation of a design which refers to the given machine and material Location: TRUMPF machine factory. Baar,CH Material: steelplate DC01(structural steel), format 2 sqm: 2000x1000 mm, thickness: 1 mm Requirements: A self-supporting movable wall construction, abandoned or hanging Assembly: rivet, screws, TRUMPF designed steel-connections |
AufgabeA4 | 02 Jun 2006 - 08:46 - r1.2 | OskarZieta |
BeiSpiele | 09 May 2006 - 17:48 - r1.2 | OskarZieta |
BeiSpieleAufgabe2 | 09 May 2006 - 11:56 - r1.2 | OskarZieta |
CloseUpDebugView | 21 Apr 2006 - 11:37 - NEW | TorstenSpindler |
DoEclipseDebug | 21 Apr 2006 - 11:40 - NEW | TorstenSpindler |
EclipseDebug | 21 Apr 2006 - 11:07 - NEW | TorstenSpindler |
FlashIntroduction | 15 Mar 2006 - 15:54 - r1.8 | KaiRuedenauer |
JavaExamples | 27 Apr 2006 - 16:16 - r1.8 | MarkusBraach |
MAS0405Module01 | 10 Dec 2005 - 15:31 - r1.13 | KaiRuedenauer |
Introduction
In this module we like to introduce the concept of programming. You will create 2D and 3D intelligent CAD-objects. We will not draw them. We try to describe them by arithmetic expressions, numbers and variables. Starting point are selected graphic patterns which we try to analyse and define the specific composition rules. Like a recipe, you will write down step by step how the pattern is built up starting from a blank sheet. This joins the concept of algorithms. "An algorithm is a finite set of well-defined instructions for accomplishing some task which, given an initial state, will terminate in a corresponding recognizable end-state. Algorithms are essential to the way computers process information, because a computer program is essentially an algorithm that tells the computer what specific steps to perform." In a second step we will program with the scripting language Vector-Script the investigated sets of rules. By the integration of parameters the generation of many variants in short time are possible. Changing the values leads to unexpected results. Keyword: Parametric CAD Parametric means related to one or more parameters. Practically speaking, the user can modify the value of the dimensional parameters. Distances, angles and rays can all be set, producing corresponding variations to the geometric entity to which the parameter refers and generating modifications in the entire CAD design. Keyword: Scripting Languages: Scripting languages allow you to define parametrically-defined and intelligent objects which can be easily used and edited. CAD Scripting Languages can contain all the information necessary to completely describe building elements as 2D CAD symbols, 3D models and text specifications for use in drawings and presentations. Many application programs include scripting language tailored to the needs of the application user. Keyword:Vector Script: Vector-Script is the scripting language component of the Vector-Works software package. It is a lightweight programming language which syntactically resembles Pascal, incorporating many of the programming constructs of that language. Vector-Script is actually a "supset" of the Pascal language, extending Pascal capabilities with a number of API's (application programming interfaces) which provides access to the features and functionality of the Vector Works CAD engine. Assignment 1: Starting point of the first Assignment are selected graphic patterns which we will analyse and define their specific composition rules. Like a recipe, you will write down step by step how the pattern is composed. Procedure:Choose eight patterns, ornaments or structures of your environment! Select your two favorites and analyse them. Find for each five patterns, ornaments or structures who focus on one of the characteristics of the choosen favorite. Present your results on the twiki. Presentation Assignment 01-1: Fri, 03.11.2005, 11.00 o'clock, HIL E 15.1. In a second step we will learn how to program the set of rules of your favorite pattern with the scripting language VectorScript. Variations of the pattern are easily done by integration of parameters. It is not the aim to program the pattern in detail! The pattern and its description rules should be the starting point of your transformation . Presentation Assignment 01-2: Wed, 23.11.2005, 14.00 o'clock, HIL E 15.1 Results: ...>> Mini-Assignment I: Write five small scripts. Experiment with the if statement, for loop and mathematical operations like sinus and cosinus. If you like your results can be geared to the op art. Present each script with a small thumbnail (335x335 pixel) on your twiki page. Mini-Assignment II: Write a VectorScript to move one or more objects like the move tool in autocad! Results: You must copy the vst file into your 'RWeiterungen' or 'Plug-Ins' folder from Vectorworks e.g. C:\Programme\VectorWorks 11\Plug-Ins
Mini-Assignment III: Make a plug-in ! Each plug-in must have an icon and should be presented on the twiki with a meaningful screenshot and descriptive short text. Organize the 'layout' in your group and include all results from every single pesonal page in one twiki page. Results: ...>> Deadlines and Schedule Check always MAS05-06 Calendar : the page about deadlines, meetings and locations. It's the permanently moderated list and central infobase Introduction to VectorScript VectorScriptExamples Links Internal Ressources :
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MAS0506Calendar | 11 Aug 2006 - 13:09 - r1.63 | PhilippSchaerer |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
Wed, 26.10.2005 | 14.00 | HIL E 15.1 | Intro: Welcome ( Philipp Schaerer) | |
15.00 | HIL E 15.1 | IT Infrastructre: Accounts, VPN, etc.. (Serge Bilgeri, Computer Infrastructure Service, Faculty of Architecture) | ||
16.00 | HIL | Guided Tour Hönggerberg: Infrastructure (Philipp Schaerer, If Ebnöther) | ||
19.00 | Reithalle | Apéro: Restaurant Reithalle, Zürich (Chair of CAAD) | ||
Thu, 27.10.2005 | 10.00 | HIL E 15.1 | Intro: CAD-CAM (Prof. Dr. Ludger Hovestadt) | |
WARMUP | 11.00 | HIL E 15.1 | Intro: CAAD Twiki Warm-UP (Philipp Schaerer) | |
14.00 | HIL E 15.1 | Intro: CAAD Research Field: Example: Swissbau (Christoph Schindler) | ||
Fri. 28.10.2005 | 09.00 | HIL E 15.1 | Intro: CAAD/MAS 2002-03 Groupwork: ESG Pavillion (Pia Fricker, Kai Rüdenauer) | |
10.00 | HIL E 15.1 | Intro: CAAD/MAS 2003-04 Groupwork: xCube (If Ebnöther) | ||
14.00 | HIL E 15.1 | Intro: CAAD Research Field: Example: Self Organization for Architectural Constructions ( Fabian Scheurer) |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
Wed, 02.11.2005 | 14.00 | HIL E 15.1 | Intro: CAAD/MAS 2004-05 Groupwork: m.any (Tobias Bonwetsch) | |
16.00 | HIL E 15.1 | Intro: CAAD Research Field - Examples: Adaptive Systems in Spatial Layout Design (Markus Braach) | ||
MODULE 01 | 17.00 | HIL E 15.1 | Module 01: Short Introduction Assignment 01-1 (Philipp Schaerer, Kai Rüdenauer) | |
Thu, 03.11.2005 | 10.00 | HIL E 15.1 | Presentation Twiki Warm-Up (Philipp Schaerer, Kai Rüdenauer) | |
14.00 | HIL E 15.1 | Module 01: Introduction VectorScript: Basics I-I (Kai Rüdenauer) | ||
Fri, 04.11.2005 | 11.00 | HIL E 15.1 | Module 01: Presentation Assignment 01-1 (Kai Rüdenauer) | |
14.00 | HIL E 15.1 | Module 01: Introduction VectorScript: Basics I-II (Kai Rüdenauer) | ||
17.00 | HIL E 15.1 | Module 01: Introduction Mini-Assignment Basic I (Kai Rüdenauer) | ||
Wed, 09.11.2005 | 14.00 | HIL E 15.1 | Module 01: Lecture VectorScript II (Kai Rüdenauer, Philipp Schaerer) | |
16.00 | HIL E 15.1 | Module 01: Introduction Mini-Assignment II (Kai Rüdenauer, Philipp Schaerer) | ||
Thu, 10.11.2005 | ||||
Fri, 11.11.2005 | 10.00 | HIL E 15.1 | Module 01: Lecture VectorScript: III (Kai Rüdenauer, Philipp Schaerer) | |
16.00 | HIL E 15.1 | Module 01: Introduction Mini-Assignment III (Kai Rüdenauer, Philipp Schaerer) | ||
Wed, 16.11.2005 | 14.00 | HIL E 15.1 | Module 01: Lecture VectorScript IV (Kai Rüdenauer, Philipp Schaerer) | |
16.00 | HIL E 15.1 | Module 01: Introduction Mini-Assignment IV (Kai Rüdenauer, Philipp Schaerer) | ||
Thu, 17.11.2005 | ||||
Fri, 18.11.2005 | 14.00 | HIL E 15.1 | Module 01: Lecture VectorScript V, 3D (Kai Rüdenauer, Philipp Schaerer) | |
Wed, 23.11.2005 | 14.00 | HIL E 15.1 | Module 01: Presentation Assignment 01-2 (Kai Rüdenauer, Philipp Schaerer) | |
Thu, 24.11.2005 | 14.00 | Digitalwerkstatt | Module 01: Introduction: Digitalwerkstatt (If Ebnöther - tob confirmed) | |
Fri, 25.11.2005 | 14.00 | HIL E 15.1 | Module 01: Refinement | |
Mon, 28.11.2005 | Seminarwoche (no course) | |||
Tue, 29.11.2005 | Seminarwoche (no course) | |||
Wed, 30.11.2005 | Seminarwoche (no course) |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
Thu, 01.12.2005 | Seminarwoche (no course) | |||
Fri, 02.12.2005 | Seminarwoche (no course) | |||
Mon, 05.12.2005 | Digitalwerkstatt | Module 01: CNC-Fabrication | ||
Tue, 06.12.2005 | Digitalwerkstatt | Module 01: CNC-Fabrication | ||
Wed, 07.12.2005 | Digitalwerkstatt | Module 01: CNC-Fabrication | ||
Thu, 08.12.2005 | 14.00 | HIL E 15.1 | Module 01: Final Presentation Module 01 (Prof. Ludger Hovestadt, Kai Rüdenauer, Philipp Schaerer, If Ebnöther) confirmed | |
MODULE 02 | Fri, 09.12.2005 | 10.00 | HIL E 15.1 | Module 02: Introduction (Steffen Lemmerzahl, Kai Rüdenauer, Philipp Schaerer) |
14.00 | HIL E 15.1 | Module 02: Introduction Techniques & Assignment (Steffen Lemmerzahl) | ||
Wed, 14.12.2005 | 14.00 | HIL E 15.1 | Module 02: Review Assignment (Steffen Lemmerzahl, Kai Rüdenauer, Philipp Schaerer) | |
Thu, 15.12.2005 | Work on Assignment | |||
Fri, 16.12.2005 | Work on Assignment | |||
Wed, 21.12.2005 | 14.00 | HIL E 15.1 | Final Presentation Module 01 (Prof. Ludger Hovestadt, Steffen Lemmrzahl, Kai Rüdenauer, Philipp Schaerer) | |
HOLIDAYS | Tue, 22.12.2005 | - | - | Christmas Holiday: 22.12.2005 - 11.01.2006 |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
MODULE 03 | 11.01.2006, Wed | 14.00 | HIL E 65 | Module 03: Milling: Introduction Maya/MEL (Alexandre Kapellos, If Ebnöther) |
13.01.2006, Fri | 10.00 | HIL E 65 | Module 03: Introduction Surfcam (If Ebnöther) | |
14.00 | HIL B 41 | Module 03: Introduction Precix 3-Axis CNC-Mill (If Ebnöther) | ||
19.01.2006, Thu | 10.00 | HIL E 15.1 | Module 03: Assignment II (If Ebnöther, Steffen Lemmerzahl, Philipp Schaerer) | |
19.01.2006, Thu | 16:00 | HIL E 15.1 | Module 03: Review Warm-Up (If Ebnöther, Alexandre Kapellos, Philipp Schaerer) | |
20.01.2006, Fri | 10.00 | HIL E 15.1 | /bin/bash (Torsten Spindler) | |
25.01.2006, Wed | 14.00 | HIL E 15.1 | Module 03: Presentation Design Proposal and Manufacturing Strategy (If Ebnöther, Philipp Schaerer) | |
26.01.2006, Thu | HIL E 15.1 | Module 03: Work Session | ||
27.01.2006, Fri | HIL E 15.1 | Module 03: Work Session |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
01.02.2006, Wed | Winterthur | Visit to Gewerbemuseum Winterthur, Exhibition "DesignLabor" (to be confirmed) | ||
02.02.2006, Thu | B 41 | Module 03: Work Session, Milling | ||
03.02.2006, Fri | B 41 | Module 03: Work Session, Milling | ||
03.02.2006, Fri | CAAD Ski - Weekend | |||
04.02.2006, Sat | CAAD Ski - Weekend | |||
05.02.2006, Sun | CAAD Ski - Weekend | |||
06.02.2006, Mon | B 41 | Module 03: Work Session, Milling | ||
07.02.2006, Tue | B 41 | Module 03: Work Session, Milling | ||
08.02.2006, Wed | B 41 | Module 03: Work Session, Milling | ||
09.02.2006, Thu | 10.00 | HIL E 15.1 | Lecture "Serious Game Design" (Steffen P. Walz) | |
09.02.2006, Thu | 14.00 | HIL E 15.1 | Interim Presentation: Milling Samples, Problems, Ideas (If Ebnöther) | |
10.02.2006, Fri | B 41 | Module 03: Work Session, Milling | ||
13.02.2006, Mon | B 41 | Module 03: Work Session, Milling | ||
14.02.2006, Tue | B 41 | Module 03: Work Session, Milling | ||
15.02.2006, Wed | B 41 | Module 03: Work Session, Milling | ||
16.02.2006, Thu | 10.00 | HIL E 15.1 | Lecture "Digital Material" (Odilo Schoch) | |
14.00 | HIL E 15.1 | Module 03: Final Presentation (Ludger Hovestadt, If Ebnöther, Philipp Schaerer, ...) | ||
17.02.2006, Fri | No Course | |||
Module 04 | 21.02.2006, Mon | 10.00 | HIL E 15.1 | Module 04: Introduction (Christoph Wartmann, Kai Rüdenauer) |
10.15 | HIL E 15.1 | Module 04: Introduction Flash (Christoph Wartmann) | ||
12.00 | HIL E 15.1 | Module 04: Miniassignement (Christoph Wartmann) | ||
21.02.2006, Tue | ||||
22.02.2006, Wed | 09.00 - 14.00 | HIL E 15.1 | Module 04: Basics I & Mini Assignement (Christoph Wartmann) | |
23.02.2006, Thu | 10.00 | HIL E 15.1 | Lecture "Architecture and Parametric Design" (Steffen Lemmerzahl) | |
24.02.2006, Fri | 10.00 | HIL E 15.1 | Module 04: Basics I - first Animation - (Christoph Wartmann) | |
27.02.2006, Mon | 10.00 | HIL E 15.1 | Module 04: Basics II (Christoph Wartmann) | |
12.00 | HIL E 15.1 | Module 04: Miniassignement (Christoph Wartmann) |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
01.03.2006, Wed | 10.00 | HIL E 15.1 | Module 04: Basics III (Christoph Wartmann) | |
12.00 | HIL E 15.1 | Module 04: Miniassignement (Christoph Wartmann) | ||
02.03.2006, Thu | 10.00 | HIL E 15.1 | Lecture ""Digital Archives in Architectural Context"" (Katharina Bosch) | |
03.03.2006, Fri | 10.00 | HIL E 15.1 | Module 04: Actionscript++ (Christoph Wartmann) | |
12.00 | HIL E 15.1 | Module 04: Introduction: Final Assignement (Christoph Wartmann, Philipp Schaerer) | ||
08.03.2006, Wed | Module 04: Work and Assistance - Final Assignment (Christoph Wartmann, Kai Rüdenauer, Markus Braach) | |||
09.03.2006, Thu | 10.00 | HIL E 15.1 | Lecture "Digital Analysis of Structure and Form. XML in History of Architecture" (Susanne Schuhmacher) | |
15.00 | HIL E 15.1 | Module 04: Mini-Presentation: Concept Configurator (Christoph Wartmann, Kai Rüdenauer, Markus Braach) | ||
10.03.2006, Fri | 10.00 | Module 04: Lecture - Formulare (Christoph Wartmann) | ||
15.03.2006, Wed | 09.00 | HIL E 15.1 | Lecture - XML and Flash (Kai Rüdenauer) | |
16.03.2006, Thu | 10.00 | HIL E 15.1 | Lecture "Medien-Architektur-Geschichte" in german language (Andrea Gleiniger) | |
13.00 | HIL E 15.1 | Module 04: Work and Assistance - Final Assignment (Christoph Wartmann, Markus Braach, Kai Rüdenauer) | ||
17.03.2006, Fri | 10.00 | HIL E 15.1 | Module 04: Work and Assistance - Final Assignment (Christoph Wartmann, Markus Braach, Kai Rüdenauer) | |
22.03.2006, Wed | Module 04: Work and Assistance - Final Assignment (Christoph Wartmann, Markus Braach, Kai Rüdenauer) | |||
23.03.2006, Thu | 09.00 | HIL E 15.1 | "Programming Languages: Overview: what is what" open discussion with Karsten Droste | |
14.30 | HIL E 15.1 | Introduction: "Group- and/or Individual Thesis: Basics" (Philipp Schaerer) | ||
24.03.2006, Wed | Module 04: Work and Assistance - Final Assignment (Christoph Wartmann, Markus Braach, Kai Rüdenauer) | |||
29.03.2006, Wed | 14.00 | HIL E 15.1 | Module 04: Final Presentation (Ludger Hovestadt, Christoph Wartmann, Kai Rüdenauer, Philipp Schaerer, ...) | |
30.03.2006, Thu | No Course (Seminar - Gründung eines Kleinunternehmens: http://www.btools.ch/1_index.htm) | |||
31.03.2006, Fri | No Course (Seminar - Gründung eines Kleinunternehmens: http://www.btools.ch/1_index.htm) |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
Module 05 | 05.04.2006, Wed | 14.00 | HIL E 15.1 | Module 05: Introduction Adaptive Systems & Architecture (Markus Braach) |
15.00 | HIL E 15.1 | Module 05: Introduction JAVA (Markus Braach) | ||
06.04.2006, Thu | 10.00 | HIL E 15.1 | Lecture: "Geometrische Spurensuche" in german (Dr. Toni Kotnik) | |
14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | ||
07.04.2006, Fri | 10.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
12.04.2006, Wed | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
13.04.2006, Thu | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
14.04.2006, Fri | No Courses - Good Friday (Easter) | |||
19.04.2006, Wed | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
20.04.2006, Thu | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
21.04.2006, Fri | 10.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
26.04.2006, Wed | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
27.04.2006, Thu | 10.00 | HIL E 19.1 | Lecture: "Raum Spiel Architektur - von Durand bis die Sims" (Benjamin Dillenburger) | |
14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | ||
28.04.2006, Fri | 10.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
03.05.2006, Wed | 14.00 | HIL E 15.1 | Module 05: Lecture, Work and Assistance (Markus Braach) | |
04.05.2006, Thu | 14.00 | HIL E 15.1 | Module 05: Final Presentation (Ludger Hovvestadt, Markus Braach, Philipp Schaerer, .....) | |
05.05.2006, Fri | ||||
10.05.2006, Wed | 14.00 | HIL E 15.1 | Thesis Approach: Round Table | |
11.05.2006, Thu | 10.00 | HIL E 15.1 | Lecture: "Rapid Prototyping - Contemporary Design Sensibilities in Architecture", Marcelyn Gow >more | |
14.00 | HIL E 15.1 | Lecture: "L’envers du décor”, Brenda Edgar >more | ||
Module 06 | 12.05.2006, Fri | 10.00 | Module 06: Introduction (Oskar Zieta, Philipp Schaerer.....) | |
15.05.2006, Mon | ||||
16.05.2006, Tue | 8.00 | |||
17.05.2006, Wed | 16:30 | Blech Team Ruemlang CH. | ||
18.05.2006, Thu | 10.00-15.00 | Dynamo | Schweisskurs : Patrick Bolle | |
19.05.2006, Fri | 14.00 | HIL 19.1 | Thesis Approach: Round Table | |
22.05.2006, Mon | No Courses - Seminarwoche | |||
23.05.2006, Tue | No Courses - Seminarwoche | |||
24.05.2006, Wed | No Courses - Seminarwoche | |||
25.05.2006, Thu | No Courses - Seminarwoche | |||
26.05.2006, Fri | No Courses - Seminarwoche | |||
31.05.2006, Wed | 14.00-15.00 | HPP H5 | scientific papers as MAS student ? |
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
01.06.2006, Thu | 7.00 | I | Trumpf, Baar CH. | |
02.06.2006, Fri | ||||
06.06.2006, Tue | 10.00 | Beat Karrer Designer aus Zürich CH. | ||
07.06.2006, Wed | ||||
08.06.2006, Thu | ||||
09.06.2006, Fri | ||||
12.06.2006, Mon | 7.00 | II | Trumpf, Baar CH. | |
13.06.2006, Mon | 7.00 | Hochschule Technik + Architektur Luzern Herr Schmutz | ||
14.06.2006, Wed | ||||
15.06.2006, Thu | 14.00 | HIL E 15.1 | Module 06: Final Presentation ( Ludger Hovestadt, Oskar Zieta, Philipp Schaerer.....) | |
16.06.2006, Fri | Event: MAS Trip MAS goes Buergenstock Date 1 | |||
19.06.2006, Mon | Thesis Work: Approach | |||
20.06.2006, Tue | Thesis Work: Approach | |||
21.06.2006, Wed | Thesis Work: Approach | |||
22.06.2006, Thu | 14.00 | HIL E 15.1 | Thesis Proposal : Presentation Abstract | |
23.06.2006, Fri | Event: MAS Trip MAS goes Buergenstock Date 2 | |||
26.06.2006, Mon | Thesis Work: Refinement | |||
27.06.2006, Tue | Thesis Work: Refinement | |||
28.06.2006, Wed | Thesis Work: Refinement | |||
29.06.2006, Thu | 14.00 | HIL E 15.1 | Thesis Final Proposal : Presentation Abstract | |
30.06.2006, Fri | No Courses - MAS CAAD Holidays (June 30 - July 20) | |||
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
05.07.2006, Wed | No Courses - MAS CAAD Holidays | |||
06.07.2006, Thu | No Courses - MAS CAAD Holidays | |||
07.07.2006, Fri | No Courses - MAS CAAD Holidays | |||
12.07.2006, Wed | No Courses - MAS CAAD Holidays | |||
13.07.2006, Thu | No Courses - MAS CAAD Holidays | |||
14.07.2006, Fri | No Courses - MAS CAAD Holidays | |||
19.07.2006, Wed | No Courses - MAS CAAD Holidays | |||
20.07.2006, Thu | Thesis | |||
21.07.2006, Fri | ||||
26.07.2006, Wed | 14.00 | HIL 19.1 | Group Thesis: Presentation | |
27.07.2006, Thu | Thesis Work: Development | |||
28.07.2006, Fri | Thesis Work: Development | |||
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
02.08.2006, Wed | Thesis Work: Development | |||
03.08.2006, Thu | 10.00 | HIL E 19. | Group Thesis: Overall Presentation | |
04.08.2006, Fri | Thesis Work: Development | |||
09.08.2006, Wed | Thesis Work: Development | |||
10.08.2006, Thu | Thesis Work: Development | |||
11.08.2006, Fri | Thesis Work: Development | |||
16.08.2006, Wed | 15.00 | MEWAG in the house | ||
17.08.2006, Thu | 10.00 | HIL E 19. | Group Thesis: Overall Presentation | |
18.08.2006, Fri | Thesis Work: Development | |||
23.08.2006, Wed | Thesis Work: Development | |||
24.08.2006, Thu | Thesis Work: Development | |||
25.08.2006, Fri | Thesis Work: Development | |||
MODULE | DATE | TIME | LOCATION | DESCRIPTION |
---|---|---|---|---|
MAS0506Module03 | 20 Jan 2006 - 10:27 - r1.13 | IfEbnoether |
Introduction | Warm-Up | Assignment2 | Ressources | Introduction: Over the past fifteen years, computer-aided design has dramatically changed the development and fabrication cycle in most design industries. In the large design based professions outside of architecture, (aerospace, auto, shipbuilding, industrial design…) computer aided manufacturing (CAM) has evolved alongside CAD as the principal method of transferring a design from digital into a physical reality. Recent changes in affordability and availability of computing power, complex modeling software, and facilities for CAM have made this technology available to architects and the greater design industry. This changes the current typical production cycle, from the distinction between design and fabrication, to a process where the designer is also intrinsically involved in the manufacturing of the components for the assembly of the whole. There are a number of different forms of automated fabrication based on either 2d cutting of materials, or three dimensional methods of solid or surface form creation. There are two basic processes of 3d fabrication, additive and reductive. Additive processes, sometimes referred to as ‘rapid prototyping’ construct a model by building-up its geometry based on sectional layering of material, the smaller the layer thickness - the greater the precision of the model. Reductive fabrication is the opposite; it begins with a solid block of material and carves off the excess to reveal the designed form. In this course we will primarily focus on the reductive technology of CNC milling. This seminar will be an introduction to the design and manufacturing of complex surface forms. The focus of study is the aesthetic, technical, and tectonic potentials of three-dimensional surface topology in architecture, based on the combination of digital modeling, scripting or programming, and computer numerically controlled (CNC) manufacturing. The module will be run as a product development studio, where the methodology and design decisions are as important as the final produced piece. Experimentation and the design cycle are an integral part of the working methodology, and the results of all trials should be documented. The seminar will be conducted as both an experimental design project, and as a skill-building tutorial. Warm-Up: Firstly, there will be a basic skill building assignment following the basic milling work progression: 1. generating a surface, or series of surfaces, (MAYA or other CAD) 2. translating them into G-Code, (Surf-CAM) 3. and finally milling the pieces. (Precix) Each student is required to create a milled surface with dimensions of 500mm x 400mm x 70mm (maximum). The surface is to be created in Maya (or any other CAD program), and broken into several component areas. When using Surf-CAM to create milling paths for the surface, the different areas can be used to differentiate and experiment with parameters for the milling path types, step sizes, and milling bits. By varying the parameters the different areas across the surface should demonstrate differing surface textures and patterns. The emphasis of this assignment is to familiarize the students with the different software, introduce the students to the machine and give them an overview of its capabilities (and limitations), and give the students an idea about the basic work flow and the time requirements. Assignment2: The second part of the module will focus on Rapid Prototyping and Rapid Fabrication. In Rapid Prototyping the aim is to quickly develop, test and adapt concepts and designs using CNC-Machines to output the geometry. In Rapid Fabrication we are experimenting with extended processes based on the physical output of the CNC-Mill (casting, GRP, moulding). Key aspects of CAM-Manufacturing: Precision CNC-Machines allow even unskilled users to produce parts of great accuracy. Speed Once a design is in the computer, it can be modified and “printed” again and again. Changes in design / construction can be tested fast without having to laboriously rebuild geometries by hand. Complexity Due to the universal nature of most CNC-Machines, systems of great complexity, be it varying parts or decoration, can be manufactured. Versatility The 3-Axis Mill used for the course can process almost any material with the exception of glass, stone and metals. There are two available project tracks to follow, check also MAS0506_Milling3.pdf: 1. A Vessel A vessel is generally speaking a container for something, most often a liquid. In the project, students define the thing to be contained (a piece of jewellery, fruit, people, an aeroplane) and develop a housing for it. As important as the end result is the documentation of the process, especially with models and mock-ups. 2. Imaging The imaging project track is really a further development of some of the skills learnt in Module 02, here the focus is on large-scale "imaging objects" or a texture wall. With enough participants, this could lead to a collaborative design. Ressources: Schedule and Deadlines Check always MAS05-06 Calendar : the page about deadlines, meetings and locations. It's the permanently moderated list and central infobase. Links http://www.untothislast.co.uk/ : a shop in London which sells products fresh from the mill http://www.tisch-mischer.ch/ : design your table, made to order http://www.gewerbemuseum.ch/ : link to the exhibition "DesignLabor" http://www.frontdesign.se/ : very innovative Swedish Designeresses http://www.monsieurfaltazi.com/php/mf.php : Monsieur Faltazi, "rapid products" http://www.newcraft.de/ : original developers of cnc wood joints http://www.wired.com/wired/archive/13.09/fablab.html http://www.wired.com/wired/archive/12.11/gehry.html http://millcam.ethz.ch/Jview.htm : the webcam, user: millcam, pwd: miller Reading "fab", Neil Gershenfield (MIT), 2005 Downloads smb://prof-server.ethz.ch/mas0506/all/ (Mac) or \\prof-server.ethz.ch\mas0506\all (PC) : digital wood-joints by c_labor http://wiki.arch.ethz.ch/twiki/bin/view/Extern/CaadBooklets : manuals for Maya, Surfcam Lectures from previous courses (historical and technological development of CAD/CAM): 040112_MAS03-04_MODULE03_MILLING_INTRO_001_LOVERIDGE-R.pdf 040404_CAAD-SS04_MILLING_INTRO_001_LOVERIDGE-R.pdf |
MAS0506Module04 | 01 Mar 2006 - 14:41 - r1.4 | KaiRuedenauer |
Introduction: | The main advantage of computers is the great variety of specific tasks it can do with prompt and fast response after 'telling' the machine something. This sort of interaction is inherit in most software that is available. The interaction mainly is combined with the handling and processing of an so called input by one or multiple users. In result the user(s) receive a so called output from the computer that more or less is a processed result of the given input. If the output is combined with a direct visual feedback of the input and a simultaneous approving of validities, a interaction between man and machine can take place with e.g. always correct results out of many unpredictable combinations. eShop-systems have this sort of interaction by checking the availability e.g. of a book. Car manufacturers allow future costumers to proof check the possible combinations of accessories. For most of this interactions, a technically and ergonomically acceptable user-interface has to be created. Aim: A front-end interface and partly processing software is the goal of this module. An online configurator has to be designed and realised. The aim is to let remote user interact with a given set of parameters. The user gets a graphical feedback of his/her manipulation. Finally, the user can store the parameters in order to postprocess it. Exercises You receive a short introduction onto the programmed world of configurators. The field of activity is FLASH and it's programming language Action-Script. Introductions are given by Christoph Wartmann. Schedule: Check always MAS05-06 Calendar : the page about deadlines, meetings and locations. It's the permanently moderated list and central infobase. Introduction to Flash
Internal Ressources :
Flash Examples: Interactive Graphics - NDS-Examples: Interactive Graphics And Flash Animation:
Supervision: Markus Braach
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