Visceral Trinkets is a series of small objects which explore the line between what is acceptable in art and what is too gross or too creepy. The trinkets are constructed of materials which are in great abundance but rarely considered in the context of making and art. This aims to challenge why we draw these lines where we do.

Other art I looked into

Form Tests

Material Tests

Nico's Grandfather

• MS is when your autoimmune system attacks your nerves and leads to paralysis, speech difficulty, and vision problems.

Forces in VR

I brainstormed 175 OI project and business ideas this summer in preparation for NuVu!

One idea stood out as fun, challenging, and impactful: simulating physical forces in virtual reality. I researched and designed solutions.

While these focused on broad use cases for VR, they also fully met the needs of E.L.I.!

A bad solution to the problem?

Source: the internet.

2 in 100 people live with paralysis



Paralysis has multiple causes:

• Autoimmune Diseases

• Physical accidents

• Cerebral Palsy

• Strokes

• & more

Many solutions exist today

nico you did most research here

Show what is done but what is bad about them in 3 sentence or less

EksoNR: rehab specific exo suit for the lower body.

Harmony: rehab exoskeleton for stroke patients' arms.

Myomo: exoskeleton restores arm functionality.

But are rehab focused, expensive, bulky

nico you did most research here

Show what is done but what is bad about them in 3 sentence or less

Harmony: for rehab only,

not long term functionality

Myomo: very expensive, bulky, not open source.

EksoNR: for leveled rehab only, not for home use

$36k - $65k pricetag!

E.L.I. restores arm functionality

E.L.I. restores arm movement and grip functionality for people with arm paralysis such as Nico's grandfather.

Functionality is restored from the elbow to the hand, enabling lower arm movement and providing a gripping device near the hand.

Users feel more in control, with boosted confidence and improved quality of life.

A good solution to the problem!

Source: the NuVu E.L.I. team.

There are two key modules

Gripper Module

Arm Movement Module

The gripper went through many iterations

We looked into a few first ideas:

Mechanical

Iris

Soft robotics

We took different parts of these and created our next prototype

Pictured: a few of the many, many attempts to solve this problem

Fewer arm iterations, many details to solve

We looked into a few first ideas:

Mechanical

Iris

Soft robotics

We took different parts of these and created our next prototype

We looked into a few first ideas:

Mechanical

Iris

Soft robotics

We took different parts of these and created our next prototype

video

Next is user testing and the design

• We want to test our project with Nico's Grandfather

• We need to hide the cables and tighten the straps



E.L.I.

By: Nico Bellucci and

Gabriel Murray

Exoskeleton for limb independence

Thanks for listening!

Layering

Thesis

Realm is an exploration into the use of biomaterials for use in therapeutic products that connect humans back to nature, and engage in meditative processes in the environment. The concept of the products are inspired by chakras, the wearable will be placed at the chakra points and provide cooling inspired by the cooling endothermic property of the biomaterials I created with Agar and Gelatine.

Thesis

As a Beaver student, I didn't have much time here at NuVu, so I decided to focus my last few weeks on developing the skills I learned during my time here. The idea for this project came from my desire to explore how my life has changed over these last few years of middle school and high school in an art piece that incorporated mediums such as laser cutting, drawing, and photo editing. In the end, I made a project that shows how I changed, how my friendships changed, and how my perception of change changed.

Precedents

Initial Sketches/Ideas

Different Versions of Myself

Background Painting Prototypes

Exhibit Display

Final Video

Reflections

I have learned a lot of new skills since I've been at NuVu and gotten very familiar with the design process and making my own projects. Over the course of this Open Innovation I have had to come up with and manage my own project with basically no instructions and the support of coaches. This process is very different from anything I've done in school before and it has definitely been a valuable experience. In addition to that I also was able to learn and hone skills like laser cutting, photography, editing, sketching, and even a little bit of digital painting. The challenges I faced during this OI happened at the beginning of the project when I had to generate creative ideas that were both innovative and achievable, and sometimes my brain just didn't want to cooperate. Overall the time I've spent at NuVu has been very valuable and taught me how to manage my time very well and generate ideas under pressure. I believe these skills will help me down the line when doing future design projects.

Overveiw

The Open Pump Project aims to develop a completely open source "build it yourself" insulin pump. By providing open source hardware to treat type one diabetes, consumers gain the right to understand their artificial organs, along with the freedom to improve them.

Grew up in a family of makers (And Diabetics)

Taking apart tech to learn

Hit a Dead End

Wanted to build a VR Headset

Discover Relativity VR

Wait Whats Open Source?

Build My Own Headset

Open Source Becomes World View

VR Headset Feels Meaningless

Want To Use My Skills For Real Good

Reflect On Insulin Pumps  🎉  🎉  🎉 

What Is An Insulin Pump?

Why Open Source?

$$$

Current insulin pumps discourage users from customizing their experience

FDA approval slows life changing features from reaching consumers

Closed source insulin pumps discourage user understanding of their body

The cheapest of used insulin pumps are still $500

OpenAPS

Design of an open source ultra low cost insulin pump

This is a project hacking insulin pumps with a Raspberry Pi to enable fully automated insulin dosing.

This was a project to create an ultra low cost insulin pump using open source 3d printed parts.

Preexising Work

Contacting Users & Researchers

Mathew Payne

Mathew Payne is the creator of the "Design of an open source ultra low cost insulin pump"

Denise Shanté Brown

Denise Shanté is a holistic design strategist focusing on designing communal spaces and type one diabetic.

Jess Westbrook

Jess Westbrook is a type one diabetic as well as designer and tenured professor.

Contacting Users & Researchers

Interveiwing Users & Researchers

Denise Shanté Brown

• The interview was a mix of structured questions and conversation
• highlighted the importance of an open community
• Pointed out the need for a pump where you control your experience

Jess Westbrook

• Interview was mostly conversational
• Highlighted the need for open development
• Encouraged customizability
• Insulin pumps serve people with uteruses poorly

Researching Features of Preexisting Pumps

Following the advice of Mathew Payne, I researched the "core features" of preexisting pumps attracting users.

Disassembling a Tandem insulin reservoir

After seeing the hidden insulin reservoirs of the Tandem insulin pumps I decided to take apart and document one.

Pump Research

Key Takeaways

Prioritize user customizability in my design (hardware & software)

Allow for pumps to be "off the grid" not requiring phone connection

Keep my design process transparent

Be honest about risk

Form Sketching

Form Sketching

Form Prototyping

Final Form Prototype

Functional Prototyping

Final Functional Prototype

Finish Technical Prototype

Test UI And Control Experience on Users

Publish Design Files and User Feedback

• Touch base with contacts
• Get public feedback on the project
• Figure out final dosing system
• Rethink general form design
• Design friendly UI
• Wait so how am I going to test this???

Going Forward

• First time I focused so heavily on reaching out to people
• More of a conceptual foundation than usual
• Especially user focused design process

Reflection

Lollipop is a non-profit organization that aims to empower and educate young children from ages 7 to 18. Since its founding by Victoria Wright-Haggins, our goal has been to introduce children to the fascinating field of 3D printing, particularly those from underrepresented communities in STEM.

Mission Statement

Pictures

What we accomplished

• Designing a Writing Piece

The writing piece is a google document we have worked on to send out to people who are interested in our mission and history.

• Newsletter

The newsletter is an update we have sent out to all who are interested in Lollipop 3D Printing.

• Video Editing

We have been editing interview videos to send online.

• Website Updates

We been communicating with our website and design team to get our website up and running in the future.

One semi-edited video...

Reflections

WESLEY:

• I learned how to improve my public speaking skills.

• I feel I did not have more creative freedom, however I feel this was a good

because I gained more experience in followership.

• One challenge was integrating feedback.

• The next step is to expand programs outside Florida and Finalize the Website.

Victoria:

1. The next steps are ...

The End

Many things cause paralysis

In every group of 100 people, two will be paralyzed. This can be caused by many things some of which are:

• The autoimmune diseases

• Stroke patients

• Cerebral Palsy

• Physical accidents

• and much more

Nico's Grandfather

My grandfather has an autoimmune disease called MS.

It is your autoimmune system attacking your nerves which leads to paralysis, speech difficulty, and vision problems.



A few years ago, I had a school project to make something to help people with medical disabilities. I decided to make an arm prosthetic to give back functionality to his arm and hand. It broke in half. Ever since that project, I have wanted to do a better version of this project, and OI was the perfect opportunity.

Weighted VR

During the start of this summer I brainstormed many ideas. There was one that I really wanted to continue which was creating weight in VR.

I forgot about the idea until the end. I decided to start working on it. I made multiple sketches and decided I would make an exoskeleton that would go against the human body.

While this had a different use case it was the same mechanics!

Arm Prosthetic brings movement to the arm

This project helps people with arm paralysis regain movement and grip. We aim to let them move their arms from the elbow and hold objects with their hands, restoring a sense of independence and confidence in daily life.

Being able to move and grip again helps people feel more in control, boosting their confidence and improving their quality of life.

There were many different hand protoypes

An array of these would vaguely look and function like a hand

This is a prototype of a soft grabber that lifts a variety of things

This mechanism is meant to grab onto bottle caps and other circular objects.

The elbow joint got moved to the shoulder

We want your feedback



Is there anything you think we should take into account?

Is there anything we should add to help the use case?

How would you do the mechanisms.

Thank You!

By Nico, Gabe, Bradley

Enabling the unabled

Thesis Statement

Binary calculator is a calculator made out of the lowest level components so that we could learn more about how computers work at the simplest levels, and secondarily to teach people who are interested in computers more about them in a hands on way.

Diagrams

Full adder

AND Gate

XOR Gate

OR Gate

AND Gate

XOR Gate

1

OR Gate

Prototypes/ Iterations

• Have a more linear plan to reflect what we are doing day to day
• Have a better plan of the steps needed to achieve the end goal
• Discuss more with the group about what everyone is working on and how that helps achieve the end goal

Reflections

Thank You!