SENG302 Abstracts 2018

Team 300

Andrew Davidson, Andrew French, Jonathan Hills, Matthew Knight, James MacKay, James Morritt, Kyran Stagg, Nicky Zohrab-Henricks

Transcend Donation

TEAM 300 seeks to transcend the bounds of organ donation management through an ubiquitous mobile app paired with a reliable and effective cloud based API. TRANSCEND DONATION is an application designed to make organ donation more accessible to the public, and provide medical personnel with a more thorough approach at connecting available organs to patients. It features both desktop and mobile functionality, allowing users to constantly stay connected regardless of location.

With an intuitive map view, medical professionals can leverage the power of our comprehensive AI based algorithm to effortlessly pair organ donations to recipients; creating time for them to focus on the complex nitty-gritty at the hospital. Once our algorithm has confirmed the ideal organ recipient, a clinician can track the position of the organ in real-time with our helicopter flight estimation overview.

Using state of the art technology, clinicians can keep users informed in real time using a secure message system. This gives patients the peace of mind they need so they can enjoy their day to day life, wherever they are on the block. Chaining this with instant push notifications means the user is always connected.

Powering these incredible features is a robust and extensible Web API that developers can securely interface with access to our wealth of information alongside numerous powerful micro-services.

Team 200

Zachary Brazendale, Lachlan Brewster, Timothy Hamblin, Jack Hay, Matthew King, Alex Miller, Brooke Rakowitz, Lewis White, Joshua Wyllie

Organ Donation Management System (ODMS)

This application is an organ donation management system. It allows a user to register organs that they are either looking to receive, or willing to donate, and be matched up with potential receivers/donors. To do this, users create accounts and set up their profiles, customising their details.

Medical professionals can utilise this application to carry out the steps required to match a donor and a receiver for transplant. These users can achieve this by selecting a compatible donor and receiver on the interactive organs map, incorporated into our product through Google Maps. They can then use our procedure scheduling functionality to schedule the procedure for the compatible donors. This procedure scheduling allows real time organ management throughout New Zealand and the rest of the world. We have incorporated into the map New Zealand hospitals so that a procedure can be scheduled at a relevant location. This aids medical professionals in carrying out fast and efficient planning which is important as timing is critical to the health of the patients.

Our application also has an embedded social feed. The feed is automatically populated with tweets that contain certain hashtags. This allows users to share their positive experiences with other users of our organ donation management system and the world. It also provides a social aspect to the application allowing people to share their donations with other users of the application.

Donaco

Dylan Carlyle, Oliver Chick, Thomas Kearsley, Matthew Smit, Jack Steel, Alexander Tompkins, James Toohey, Elizabeth Wilson

OrgaNZ

DONACO presents the latest ground-breaking development in life-saving organ transplantation. Focused on delivering a rich multi-touch interface for clinical staff to match donors with in-need recipients, ORGANZ is designed with collaboration at its core.

ORGANZ has been specifically engineered for use by several clinicians around a tabletop touch display, allowing for rapid decisions with intuitive touch controls. Each clinician may interact with multiple windows on the same display simultaneously, with zero interference and maximum cooperation. This unique interface provides a novel solution for scheduling organ transplants within a single linked 'spider web' view, communicating critical information to the clinical team that enables them to make life-saving decisions rapidly and collaboratively.

ORGANZ is additionally backed by a full client-server architecture, allowing staff and patients to update information from anywhere, at any time.

Rubber Ducks

Aaron Bong, Joshua Burt, Jennifer Halvorsen, Tyler Kennedy, Eiran Ling, James Regan, Alanna Reid

Second Hand Organs

Donating organs is hard. It's hard to find out if you are eligible and it's hard to know where to start. SECOND HAND ORGANS aspires to make the entire organ donation process easier for everyone.

Through built-in timetabling, communication between public users and clinicians is made simpler, allowing for fast responses and notifications. Additionally, a clinician's job becomes easier to manage, as they can view large quantities of donated organs and their potential recipients in an instant.

SECOND HAND ORGANS also provides public users with the ability to view the progression of their blood test results, allowing them to easily track their health progress and make the most out of life.

Dr. MOE

Vernon Cuipers, Kirill Kirillov, Patrick Ma, Connor McEwan-McDowall, Ryan Ong, Oscar Stockill, Luke Woollett, Helen Yang

Dr. MOE

DR. MOE is an organ donation management system that aims to make it easier for the public to register their intention to donate organs. Furthermore, it makes notifying clinicians of available organs a simpler process by providing an inter-hospital communication platform. This enables clinicians to notify other hospitals that have patients in need of a particular organ when one has become available.

Through DR. MOE, patients are assigned to and looked after by a registered clinician. Using DR. MOE, clinicians are able to chat with other registered clinicians within New Zealand and organize where needed organs should go. The interactive map of all New Zealand hospitals built into DR. MOE aids clinicians in this process, giving an indication of travel time between different hospitals. Donors that pass away will have their organs available for transplants within their hospital. For any unneeded organs at a hospital, a notification about their availability can be sent by the clinician to other reachable hospitals.

Big Pharma

Kyle Lamb, Patrick Laffey, Joshua Meneghini, Maree Palmer, Aidan Smith, Andrew Spearman, Hayden Taylor

Big Pharma

BIG PHARMA's application enables the interaction between patient data and multiple clinicians on a large touch table. This involves multi-user touch support, allowing multiple clinicians (up to 10 simultaneous touches) to work collaboratively. Clinicians can register, modify, and assign organs between patients using full touch functionality. Clinicians can pass panes between one another using a simple throwing gesture, as all panes have built in momentum. This makes it easy to exchange information around the touch table without having to walk around it. Alongside the touch table, BIG PHARMA's application can run as a standard desktop program where users can register as a patient and clinicians can manage organ transplants.

The clinicians and administrators are presented with a large map which can be interacted with using touch gestures. This map can display any set of patients that the clinicians need to view, with each patient's donation information being accessible. Selecting an organ for a patient shows an expiry radius on the map for an organ, making it easier for clinicians to make assignments by displaying how far an organ can be transported before expiring. Organs that are already assigned are shown as lines between patient markers on the map. By clicking on a patient, a clinician can view other patients which have organs assigned to that patient, even if they were not originally loaded on the map. All expiry details are shown in real time via the radius on the map and the progress bars on the available organs screen.

SapioCulture

Cameron Auld, Alan Brook, Robert Bruce, Rebecka Cox, Timothy McKenzie, Imas Neupane, Benny Schmidt, Lucy Turner

Organ Donation Analysis System (ODAS)

Organ Donation Analysis System (ODAS) is a Java-based desktop application developed by SapioCulture that is targeted towards medical personnel as well as their patients. ODAS aims to bridge the gap between those in need of organ donations and those who are willing to donate organs. An extension of this is through statistical analysis showing both regional and nationwide trends on donations.

ODAS provides support for patients to register organs that they wish to donate, and keep track of their relevant medical information. For medical personnel, ODAS places emphasis on the visualisation of organs being donated or received. These graphs can be sorted in a multitude of ways including, but not limited to, organs donated by region, blood type and gender. Data used for visualization is collated anonymously to maintain patients privacy. This is all encompassed in a new and improved interface, which allows the user to easily navigate through the many features in the application.

BloodBois

Braden Alsford, Joshua Bernasconi, Morgan English, Courtney Hoskin, Matthew Joll, Kevin Langbroek, Eoghan Roberts

Donation Station

BLOODBOIS are pleased to present Donation Station; a new medical tracking application for the lower North Island of New Zealand. It challenges the expectation that a professional, clinical application is unintuitive and unappealing.

DONATION STATION prioritizes the user's enjoyment; promoting registering as an organ donor and donating blood regularly. After performing tasks within the application, users are awarded points which they can use to compete with other DONATION STATION users. Users earn achievements by performing significant tasks like signing up with Facebook or donating blood plasma for the first time, giving them extra points to fast-track their way to the top of the leaderboard. The most notable leaderboard is for blood donation, shown with 3d visualisations, where regions compete for the position of top donators over a period of time. Users can share their in-app progress to the real world through Facebook sharing. Finally, the ADVENTURES OF BLOOD BOI is a game where users can try their skills and experience blood donation in a truly unique way. Through earning achievements, users are rewarded with additional levels and game abilities.