1406, 2017

NAMIC@SUTD Hitachi Workshop – Manufacturing Innovation Day

You are cordially invited to Manufacturing Innovation Day! Date| 14 June 2017, Wednesday Time| 0900 – 1600 Venue| Think Tank 16 & 17, Building 2, Level 2, SUTD. Traditional Manufacturing Industry is in the throes of a digital transformation that is accelerated by the growing technologies. With today’s leading-edge capabilities, it is time to prepare for DIGITAL TRANSFORMATION. Learn and explore all about the latest Manufacturing Technologies […]
211, 2016

DManD #CodeKitchen 10: Simple Robots with Victor Leung (Encore)

Back by popular DManD! A Taste of Mechanical, Electrical and Control Algorithms!  Taught by Victor Leung, MIT Design Computation Group | 5-7 PM, Wednesday, November 2nd | Cohort Classroom 13 (2.506) Due to outstanding popularity of our previous event, we will be repeat our Simple Robots workshop on Wednesday November 2nd. Robotics is the branch of mechanical engineering, electrical engineering and computer science that deals with design, […]
510, 2016

DManD #CodeKitchen 9: Simple Robots with Victor Leung

A taste of mechanical, electrical and control algorithms! Taught by Victor Leung, MIT Design Computation Group | 5-7 PM, Wednesday, October 5 | Cohort Classroom 13 This Wednesday, DManD is excited to announce be hosting its 7th CodeKitchen: Simple Robots. Robotics is the branch of mechanical engineering, electrical engineering and computer science that deals with design, construction and control. In this workshop we will build a simple autonomous […]
2109, 2016

DManD #CodeKitchen 8: Design Games with Yogabrata Datu

  Learn the theory to design a game. Get a hand-on to a game creation tool. Be creative and make your first game right away. Taught by Yogabrata Datu, Game Design Lab| 5-7 PM, Wednesday September 21 | Idia Lab 2.605    Why do we make games? How can we use games as powerful design, research, and teaching tools? This Wednesday, DManD is excited to announce be hosting its 7th CodeKitchen: […]
1708, 2016

DManD CodeKitchen Series 7: Digitize Motion

Visualize and animate with Motion Capture Data and 3D Studio Max   Taught by Sumbul Khan & Akash Vibhute | 5-7 PM, Wednesday August 17 | 1.611 ASD Computer Lab  Ever wondered how computer generated characters look so life-like in animation films? With motion capture systems, designers can digitize and recreate finely nuanced motion of humans, animals and objects. Current technology in motion capture systems offer comprehensive and precise […]
1108, 2016

DManD CodeKitchen Series 6: Synthetic Bio-textures

Create micro and nano – natural surface patterns with bench-top PDMS molding Taught by Professor Hong Yee Low | 5-7 PM, Thursday August 11 | Teaching Lab 2.614-2.615  What makes a gecko’s feet so sticky? Or the butterflies colors so vivid? In nature, fine-geometrical patterns produces an amazing diversity of functions in the nature. With the emergence of nano-scale imaging procedures, materials, and fabrication techniques, researchers and designers alike have the ability to recreate these structures: to better understand their properties, or […]
308, 2016

CodeKitchen Series 5: Digital Foundry

Learn the basics of  high and low tech metal 3-D printing. Taught by: Kenneth Teo Desktop 3D printers and open-source design software allow anyone to make, customized objects: but these designs limited to plastics, and low-production prototyping. On the other hand, metal 3D printing, though less well-known, will soon emerge as a way to manufacturing production grade products in the near future. In this […]
2107, 2016

DManD CodeKitchen Series 4: Evolutionary Structures

Introduction to bio-inspired design computing with Grasshopper 3D Taught by Mark Tam| 5-7 PM, Thursday July 21st | First Floor IDC Space Audience: Anyone interested in 3-D printing, structural or architectural design, bio-inspired design This Thursday, July 21st, DManD CodeKitchen is hosting its 4th Kitchen: Evolutionary Structures: Introduction to bio-inspired design computing with Grasshopper 3-D. Participants will learn how to use basic genetic algorithm-based optimization methods to generate and visualize design alternatives. The activity will cover […]