Design Thinking Hawaii Boot Camp Concludes

Collin Kobayashi of 3D Innovations returned as a mentoring coach for the second annual
Design Thinking Hawaii Boot Camp to assist with creating a new generation of Design Thinking coaches. Below is a summary he provided of the workshop experience:

“Design Thinking Boot Camp introduces a powerful and innovative approach to problem solving using a human centered design approach. Developed by Stanford University Design School, these methods allow you to gain multiple perspectives on complex challenges and promotes collaborative team work.

As the second annual Design Thinking Hawaii Boot Camp came to a close, new and returning coaches succeeded in teaching participants a new way of thinking using the Design Thinking process.

Using the Empathy mode, participants were able to observe, engage and immerse themselves with users to better understand their needs.

Throughout the Define mode, participants were able to “unpack” and synthesize empathy findings into compelling needs and insights and were able to develop problem statements into ‘Point of Views’ that focuses on specific users, needs, and insights discovered through the empathy process.

During the Ideate phase, the focus transitioned from identifying problems into exploring possible solutions that meets the needs of users. This phase was probably the most creative mode where the intent was to develop a large quantity of ideas and allowed users to step beyond identifying obvious solutions.

Creativity continued into the Prototype mode where prototypes were developed based on ideas in the Ideate mode. “Low resolution” prototypes were built using everyday items such as Post-it notes, pens, paper, glue, sticks, and a whole lot more! These prototypes were built in a short period of time (30 minutes or less) and are designed for people to interact and experience with them. The intent was for the participants to learn quickly, investigate multiple possibilities and to better connect with the users experience.

The Testing phase was the most interactive where participants tested out their prototypes on other users. Comments and feedback were obtained to refine solutions and make them better. Participants gained a deeper understanding of users needs and were able to discover if the prototype was the correct solution or not.

It was obvious that the mindset of participants had shifted from solution seeking to understanding the deeper connection of users to products/services. Next steps are to implement at each coaches organizations and community integration.”

If you were also at the Design Thinking Hawaii Boot Camp or have been to a similar Design Thinking workshop, please feel free to also share your experience with us as well!

3D Printing + Creativity = Innovation

3D printing has been around for many years, but it has recently gained momentum with the public. Yes 3D printing is a great additive to the product development process for companies, but lets not forget that there is an immensely creative side to this technology. When you mix a dash of creativity with a 3D printer you are bound to produce a very innovative product!

“In addition to that so-called serious product development and engineering work, there’s a significant number of less serious, but equally important, efforts underway. These are pushing the limits of 3D printing toward more consumer-friendly — even quirky, some might say — applications. We’re talking 3D-printed chocolate, 3D-printed fabric and clothes, and even 3D-printed body parts.” – Design News

Want to see some creative products that have been produced? Check out this (great) slideshow from Design News:

Slideshow: The Fun Side of 3D Printing

The PuPu Cooler: Creative & Innovative

 

Share some of your creative 3D printed projects here with us!

Design Thinking Hawaii Boot Camp

5/14 – 5/17: Design Thinking Hawaii Conference

Collin Kobayashi of 3D Innovations will be returning as a mentoring coach for the second annual Design Thinking Hawaii Boot Camp to assist with creating a new generation of Design Thinking coaches. This workshop introduces a powerful and innovative approach to problem solving. Developed by Stanford University Design School, these methods allow you to gain multiple perspectives on complex challenges and promotes collaborative team work.

We will share pictures soon!

What the Merger Means for 3D Printing

With the recent merger of two 3D Printing/Additive Manufacturing giants, what new capabilities will be offered? Each company certainly has their own strengths and capabilities, but together will offer a better range of services and enhanced capabilities. The bridge between prototype and production will now be even shorter with this new merger. New products and innovation will certainly be on the horizon for the combined companies? Will additional 3D Printing systems be available to the consumer that has more capabilities and materials? How will the Direct Digital Manufacturing market change again?

Let’s discuss!

 

Sources:

  • http://techcrunch.com/2012/04/16/as-3d-printing-heats-up-stratasys-and-objet-merge/
  • http://online.wsj.com/article/BT-CO-20120416-709550.html
  • http://www.objet.com/NEWS_EVENTS/Press_Releases/Merger/

Engineering has made its way to the iPad with the new E-Drawings Viewer

Engineering has made its way to the iPad! E-Drawings Viewer for iPad is now available from the App Store for $1.99. You are able to view SolidWorks Parts, Assemblies, & Drawings along with e-Drawing files, DXF/DWG, and Draftsight files. The software has a couple of sample files that you can browse to get the feel of the UI.

The viewer allows you u to easily rotate, zoom in/out, and pan the model. We are excited to see what the next version will bring to the table and when it will be available for Android.

Below you can see a video SolidWorks released with a short demo.

Lets Work Together to Bring 3D Printing to the Classroom

3D printing is a great way to get students interested in mechanical engineering and CAD. Unfortunately many schools do not have the funds or budget flexibility to purchase a 3D printer. We have been brainstorming and want to share some fundraising ideas. With a little planning and community support your students could soon be on their way to a stimulating engineering and technology lesson. Who knows, you just might be opening the door for students to fall in love with a STEM education field they did not know existed.

  1. A bake sale for the school and local community
  2. A school event in which proceeds (from ticket sales) go towards your 3D printer purchase (such as a student art night, student dance show, student play, etc.)
  3. A technology collection at your next school fair
  4. A school-wide fundraiser over the course of an academic year (nothing is more fun than a grade or classroom challenge)
  5. Contact the 3D printing company and ask for a school discount
When everyone gets together to help out it not only makes fundraisers fun, but it also brings the entire community together!

Look Ma, I Made It Myself! 10 Amazing Things 3-D Printers Can Do Now

What other fundraising ideas do you have? If you have raised funds to purchase a 3D printer or other piece of technology for your school please share you success story with us so that it can help inspire others!

New Cure for the Common Cold: 3D Print Your Own Medicine

When you have a cold most people run to the drugstore to buy an over the counter medicine, curl up under a blanket and sip on chicken noodle soup. 3D printing is in the process of changing the way in which we recover from colds. Imagine being able to just walk into your home office and fabricate a medicine of your own. A University of Glasgow research team  has made steps toward using 3D printers as home chemical fabricators.

The University of Glasgow team used a 3D printer and open source CAD software to create vessels for chemical reactions made from a polymer gel. The gel sets at room temperature, creating what the researchers have dubbed “reactionware.” By adding other chemicals to the gel as it is printed, the team is able to make the vessel part of the reaction process, something not usually seen outside of industrial chemical engineering. This could allow for the process to be replicated in small labs or even at home.

This is a very interesting use of 3D printing and though it is still in early development we can’t help but be a little cautious about the idea that people will one day be able to fabricate medicine at home.

What are your thoughts on this application of 3D printing?

To read the full article published by Desktop Engineering, please click here.

Looking Forward: Technological Advancements

There are advances in technology taking place by the minute. As consumers we barely have time to learn the intricacies of one product before the next version arrives on the shelves. 3D Printing has been around for many years (you can see the history timeline in our blog post, Hit Rewind…The History of 3D Printing), yet there are still many advancements that need to be made in order to maximize its potential. We had a moment to chat with 3D Innovations owner, Collin Kobayashi, and talk about the two technological advancements that he sees on the horizon.

1. Digital Designs: I see digital designs becoming more involved with cloud computing and data storage as more online collaboration becomes popular. Cloud computing is an emerging technology which is revolutionizing the way we interact with the web, project management and team members. As cloud computing becomes more accessible and reliable we will see the digital design process move to the cloud.

2. CAD & Digital Design Data: I also see tablets becoming more involved with CAD and digital design data.  As of now, there are a few apps that allow you to view and markup design data but nothing that really allows for development.  I see the development side of the apps hitting the market sometime later this year.

What technological advancements do you foresee for the 3D CAD and 3D Printing industries?

 

Honoring Student Achievement in Robotics

The 2012 FIRST in Hawaii Regional Robotics Competition concludes.

Robotics engages students in science, technology, engineering and math (STEM) education and provides them with the teamwork, critical thinking and problem- solving skills they need to compete in the 21st century workplace.

After an exhilirating three rounds in the finals of the 2012 FIRST in Hawaii Regional Robotics Competition, the Red Alliance consisting of Waialua High School (Oahu), Baldwin High School (Maui) and Island Pacific Academy (Oahu) outscored the Blue Alliance consisting of Punahou School (Oahu), West Hawaii Exploratory Academy (Big Island) and McKinley High School (Oahu) with a score of 48 to 41.

We would like to say Congratulations to all of the teams that participated in the competition! Always remember, “There is no substitute for hard work.” -Thomas Edison

To read more about the 2012 FIRST in Hawaii Regional Robotics Competition click here.

Busy, Busy, Busy…Check Out Some of Our Current Projects

We might be located in the vacation capital of the United States, but here at 3D Innovations we are hard at work on some great projects! We are so excited about them that we wanted to share a few with you.

Project 1: Pupu Cooler

Spending a long day at the beach is fun, but with all the swimming and playing in the sand you are bound to get hungry. Thanks to this great product you are able to keep your food cold and also have a convenient table. The Pupu Cooler is currently in the manufacturing phase and will be available to the market in late April or early May.

While developing this product we utilized 3D Design, 3D Printing to validate the design and to produce a functional prototype, and injection molding for mass production/ manufacturing of items for commercialization.

Project 2: SquareWrap

This project was based around the easy to use Square Credit Card reader and their free application that allows just about anyone to start accepting credit cards.The only downfall with this device is that the small compact size of the Square Credit Card reader makes it prone to becoming misplaced, lost or damaged. This is where we came in to help develop a solution for this vulnerable device. 

The SquareWRAP is a carrying case solution for the Square Credit Card reader that allows you to safely and securely carry it with you at all times on your key ring, attached to your bag, a belt loop, on a neck lanyard or any number of carry configurations. The SquareWRAP also protects the Square Credit Card reader from being damaged by the day-to-day exposure to the contaminants and environmental elements you may encounter on a daily basis.

We utilized 3D Design and Injection Molding during the manufacturing processes for this project.

Additional Projects

Confidential projects we are working on are all focused around 3D Design, 3D Printing (SLS, FDM process) for validating design and producing prototypes, and design for injection molding manufacturing processes. We will share more information with you when we can!

If you are interested in learning about how we can help with your product design and development please e-mail info@3d-innovations.com.