DOCSLIB.ORG

Respia Asthma Management Systems Aug 2017 - Present Director and Cofounder

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Respia Asthma Management Systems Aug 2017 - Present Director and Cofounder Katherine Kawecki I NDUST RIAL DE SIGNER Online Portfolio http://designbykk.com I’m an Industrial Designer passionate about every aspect of product design and Contact Details interaction. I am an experience seeker craving new tactile and visual harmonies. It is [email protected] my nature with every project to become an expert in the field through research to +61 404 966 741 create authentic solutions. I ask the question ‘why’ until I find the true core of the Linked In design problem. I have three years industry experience in various dynamic roles, http://linkedin.com/in/katkawecki predominantly focused towards entrepreneurship in medtech. I have the skills to work both autonomously in a multidisciplinary team and bring innovation to the table. Education Bachelor of Industrial Design (Hons) 2012 - 2015 University of New South Wales Kensington, Sydney Honours Class 2 Division 1 Higher School Certicate 2011 Georges River Grammar College Georges Hall, Sydney ATAR Ave: 85.5 Employment Respia Asthma Management Systems Aug 2017 - Present Director and Cofounder Respia is an internationally acclaimed asthma management system that tracks and records the user’s respiratory health and medication use. It is the complete redesign of existing aerosol inhalers coupled with a world first wearable patch that tracks respiratory health. We predict and prevent asthma attacks in kids. UNSW Casual Academic Tutor Feb 2018 - Present Course Tutor and Technical Officer MCIC Makerspace I tutor course subjects in the School of Industrial Design and Business. I am also the makerspace technical officer responsible for operations and assisting student led projects. I have taught SW, Fusion360, Trotec, Ultimaker, Pitching, Graphic Design. Doric Products (Alchin Long Group) Aug 2016 - Apr 2017 Industrial Designer in Research and Development Developed a line of high end patio door handles as well as mechanisms and technical detailing for moving assemblies. Developing the Doric flagship product in tune with current trends yet a timeless piece lasting for decades . McConaghy Boats Australia Jun 2016 - Aug 2016 Draftsperson and Designer McConaghy Boats Australia is an exceptional manufacturer of performance and luxury cruiser yachts. In this position, I was working with the project manager and director to produce technical drawings and design concepts. I was practicing the processes of using carbon fibre composites to manufacture extremely efficient and lightweight performance yachts. I was using AutoCAD, Rhino and CNC, in addition to hand sketching to design and produce coachroof window assemblies and ensure quality manufacture of a carbon fibre rudder. Adobe Illustrator Creo Design Skills Adobe Photoshop Solidworks/AutoCAD Adobe Indesign Keyshot Adobe Premiere Rhino 5/ V Ray 3D Printing Film and Photography UI/UX Marketing / CB Styling Katherine Kawecki I NDUST RIAL DE SIGNER Interpersonal Skills Team Building - I am always happy to work in a team and have acquired many teamwork skills throughout my industry experience. I have task delegation skills, effective communication and planning skills, problem solving skills and how to handle disputes or unforeseen situations. This has made me a valuable team member in successful groups such as the UNSW Sunswift Industrial Design Team and the FORM15 Exhibition Committee. Excellent Organisational Skills - I have the tendency to be very well organised to maximise efficiency in my everyday life. This personal element reflects in whatever I put my mind to and my working environment. Recognitions HCF Slingshot Innovation Award 2019 Best Patients Innovation Award APA 2018 10X Accelerator Graduate $20 000 2018 IP Award Davis Collis and Cave $10 000 2018 Cicada Innovations MDCTP Scholarship 2018 Med Tech’s Got Talent Gala Finalist 2017 Tech Crunch Disrupt Battlefield Australia Finalist 2017 Vogue Magazine Australia Feature Article Interviewee 2017 Official Judging Panelist for James Dyson Award 2017 INDEX Awards Nominee 2016 James Dyson Award Global Runner Up 2016 Red Dot Design Concept Category Winner 2016 Young Australian Good Design Awards Finalist 2016 James Dyson Award National Australian Top 5 2015 Fourth Place - Bridgestone World Solar Design Challenge 2015 Silver Duke of Edinburgh Award 2011 Publications AUSTRALIA: PROVISIONAL PATENT APPLICATION 2018901651 2018 RELATING TO METHOD AND APPARATUS FOR EARLY WARNING OF AN IMPENDING ACUTE MEDICAL CONDITION Language Prociency ENGLISH POLISH JAPANESE Mother language Advanced level Basic level Interests and Hobbies Salsa Guitar Skiing Yoga Traveling Referees Mr.David Winston Doric Products Alchin Long Group - Research and Design Supervisor Email: [email protected] Mobile: +61 422 189 149 Dr.Christian Tietz UNSW Senior Lecturer - Head of Industrial Design Email: [email protected] Mobile: +61 414 533 316 https://be.unsw.edu.au/staff/dr-christian-tietz Re: General CV Dec 2019 Online Portfolio Dear Reader, http://designbykk.com Contact Details [email protected] +61 404 966 741 Linked In I completed my four year degree of Industrial Design with Honors at the http://linkedin.com/in/katkawecki University of New South Wales in Sydney, Australia. My capstone project Respia, placing International Runner Up in the James Dyson Award 2016, was about designing and enhancing the user experience of managing asthma. Respia engages the user with their condition and empowers them through accurate information about their medication usage and lung health, and battles the stigma around what it looks and feels like to manage asthma. In addition to my current role at Michael Crouch Innovation Centre, I am also tutoring subjects in Business Start Up, Entrepreneurship and Design, one example being IDES Studio 5 Complexity with Prof.Christian Tietz. I have had 3 years industry design and manufacturing experience; one of my positions was greatly working with manufacturing with metals, running and printing 3D multijet prints and carbon fibre molding. I am confident in working with 3D printers, laser cutters and industrial machines as I currently do at the MCIC at UNSW. In my portfolio you can see examples of my proficiency in complex surface modeling in programs such as Solidworks, Rhino and Creo and have experience working to ISO9001 and ISO13485. In my previous role at Doric Products, I was designing door handles and mechanical locking systems that house wafer/pin cylinders and dynamic lock bodies. I oversaw the CNC prototyping of an SS316 Patio D-Handle I designed, before choosing the best method of manufacture. This product was designed for Doric to refresh their place in the high end market of patio handles with a focus on high end styling inspired by Zaha Hadid. I am passionate about product research, design and development. During my studies at UNSW, I was working for two years as an Industrial Designer for Sunswift Solar Racing to design the interior space of the car. I was working with an interdisciplinary team of designers and engineers to complete the car in time for the esteemed 2015 World Solar Challenge (WSC) where we put our car to the test up against 42 other international teams. My particular role was to design the centre console and storage area. This role required ergonomic testing and studies, market research, styling exploration, 1:1 cardboard mockups for user testing, rapid prototyping, many iterations and advanced CAD. I saw through the whole design process including the final model making and installation of the console and storage area into the solar car. The result of our efforts saw a new benchmark for user interaction design in Sunswift and fourth place in the WSC Cruiser Class. I am confident that I would excel in this role because of my strengths; Online Portfolio http://designbykk.com I have strong research skills; I make it a priority to become an expert on Contact Details [email protected] the given design field and existing market to create an authentic solution; +61 404 966 741 I have a keen eye for detail and like to perfect every aspect of the design whether its functionality or aesthetic. The product user experience and Linked In http://linkedin.com/in/katkawecki its presentation should be enticing, inspiring, exciting in order to enhance the overall experience for users; I’m passionate about the end-to-end process of product design and development. It’s extremely rewarding to see thought and hard work blossom into a product that helps the user do something better, feel better or experience better; I enjoy working with people to create, critique and iterate and I have strong communication skills; I’m a problem solver and an experience enhancer; and I have excellent time management skills in managing multiple projects. My X Factor would be that I have started my own start up company from the success of my capstone project Respia. This product proved to be truly beneficial and answers a real need as per the numerous messages from people with asthma and investors who would like to fund the project. The project has so far raised $110 000 AUD to date. As a result I have developed business acumen through my experience, being invited to pitch Respia to investors in over 10 cities in three continents. Respia also featured in Vogue Australia for an article on ‘agents of change’ and been endorsed by the hon. Malcolm Turnbull. This has given me a new found appreciation for what it takes to build a company from the ground up and the honour it is to work within a successful one. See more here; https://youtu.be/A81i55kqYpY I also have extensive experience and skill in 3D animation, app design and videography which you can see on my website designbykk.com. I have also taught design studio, CAD subjects and business subjects at university level, which you can see the details of on linkedin. In my spare time when I’m not kicking proffesional goals I’m at latin dance class, yoga, cycling, with friends, family, volunteering, mentoring, at the beach, or playing guitar.
Load more

Recommended publications
  • The Engineering Message
    Support The Engineering Message “a professional practitioner of engineering, A definition of an engineer is... concerned with applying scientific knowledge, mathematics, economics and ingenuity to develop solutions to meet economic and societal needs” “the discipline, art and profession of acquiring and And a definition of engineering is... applying scientific, mathematical, economic, social, and practical knowledge to design and build structures, machines, devices, Does Your Audience Agree With systems, materials and processes that safely realise solutions to These Definitions? the needs of society”. By working through this resource you will be able to help students understand The Engineering Message, and develop their understanding of engineers and engineering. Remember this is a starting point for discussion and activity and you can draw upon your own enthusiasm and experience. What Is Engineering? Many people think that engineering is just about fixing cars or constructing bridges, ships or buildings. Some will also have the impression that engineering takes place in a dirty environment that isn’t for them, but in fact engineering helps shape the future. Engineers look to develop and manufacture sustainable products, materials, structures and much more. Find out what your group thinks of engineering: You will need some fabric paints and old, extra large T-shirts (alternatively you can use just paints and paper or even badges). Ask your group to draw ‘engineering’ on a T-shirt. They may draw a person or product, building or bridge etc. Once dry, ask them to wear the T-shirt over their clothes and explain their drawing. Have they drawn an engineering stereotype? Allow time for this discussion.
    [Show full text]
  • Teacher's Pack Will Help You to Introduce Your Students to Dyson Technology
    TEACHER’S PACK All of the videos referred to in the following In the United States, fewer than 40% of college lessons can be found on our website: www.jamesdysonfoundation.org students majoring in science, technology, engineering, or math (STEM) complete a Section 1: Today’s Engineers Meet Ruth: a research engineer STEM degree, resulting in 300,000 STEM Meet Annmarie: a design engineer (new product innovation) graduates annually. In order to keep up with Meet David: a design engineer (new product development) Meet Farai: a materials engineer economic demand, the U.S. will need to Meet Marcus: an electronics engineer produce approximately one million more Meet Nathan: an acoustic engineer STEM professionals over the next decade. President’s Council of Advisors on Science and Technology, Report to the President: Engage to excel, 2012 1 2 3 This teacher's pack will help you to introduce your students to Dyson technology. It will show them the engineering BY ENCOURAGING thinking behind Dyson machines – and help them to think like an engineer themselves. YOUNG PEOPLE TO GET In the following lessons, students will learn about the diversity of engineering jobs – and the passion for solving problems that all engineers have in common. The videos referenced in PRACTICAL, WE CAN SHOW the pack can be found on YouTube and include interviews with Dyson engineers. Once they have learned about the many career opportunities within the field of engineering, students THEM WHAT A HIGH-TECH, will be introduced to the design process and use it to design their own problem-solving technologies. This pack contains six lesson plans.
    [Show full text]
  • How to Make It | the New Yorker
    8/22/2019 How To Make It | The New Yorker Annals of Invention September 20, 2010 Issue How To Make It James Dyson built a better vacuum. Can he pull off a second industrial revolution? By John Seabrook September 13, 2010 n the fall of 2002, the British inventor James Dyson entered the United States I market with an upright vacuum cleaner, the Dyson DC07. Dyson was the product’s designer, engineer, manufacturer, and pitchman—its auteur. The price was three hundred and ninety-nine dollars. At the time, a bad one economically, most of the major vacuum-cleaner manufacturers were in a price war to produce a machine that could sell for less than a hundred dollars at the retail chains, where low-priced, high- volume sales are the standard business model. The idea that a mass of big-box-store shoppers would spend four hundred dollars for a vacuum cleaner was far-fetched indeed. “Dyson? Who’s he?” one vacuum-cleaner dealer said at the time, in a Forbes article. “If I were Hoover, I wouldn’t be quaking in my boots.” Not only did the Dyson cost much more than most machines sold at retail but it was made almost entirely of plastic, a material commonly associated with cheap products. And whereas other vacuum cleaners were frosted with sleek exteriors that hid the machine’s innards, the DC07 looked as if it had been turned inside out: it wore its guts on its skin. In the most perverse design decision of all, Dyson let you see the dirt as you collected it, in a clear plastic bin on prominent display in the machine’s midsection.
    [Show full text]
  • Our Mission Is to Inspire the Next Generation of Engineers
    2018 Welcome 05 Inspiring the next generation 07 Spreading the word 13 Our mission Our resources go where we can’t 23 Measuring our impact: the Schools Project 33 The James Dyson Award 47 Overcoming financial obstacles 57 is to inspire the Supporting our commmunities 73 2019 vision 77 next generation of engineers. As a society, we are failing to help young people by not connecting the science, design, technology and maths they learn in the classroom with the exciting and important engineering problems and solutions in the outside world. Sir James Dyson Inventor 03 I joined the James Dyson Foundation achieving their potential. That’s why because I felt lucky to have accidently we also offer financial support for fallen into an engineering education, students, through bursaries and both at school and university. However, partnerships with top universities. so many young people miss out, as James feels strongly about giving they’re misinformed or, quite simply, young people a platform to develop not introduced to engineering as and commercialise new ideas. And a potential career at all. his international design competition, We continue to face a global shortfall the James Dyson Award, does just of engineers. Failing to address this that. It’s continuing to work with problem is expected to cost the UK more budding inventors – the 2018 economy alone £27 billion every year. competition was our biggest yet. Put very simply, we need more engineers. This report sets out some of the highlights That is why James set up the James and achievements from the James Dyson Dyson Foundation in 2002 – to combat Foundation’s year.
    [Show full text]
  • Engineering an Undergraduate Innovation Eco-System
    First in Europe - First in Ireland - First in Innovation Engineering an Undergraduate Innovation Eco-System Pictorial Compendium of International & National Innovation Awards Vincent Forde pictured with Sons Sacha, Blaise and Jude Enterprise Ireland Student Entrepreneur Awards Overall Winner and Student Entrepreneur of the Year 2016 Vincent Forde, Gasgon Medical, Cork Institute of Technology CIT Multidisciplinary Teams Win All Five Major Awards at National Finals (1) Enterprise Ireland Overall Winner and Student Entrepreneur of the Year 2016 (2) Cruickshank Intellectual Property Attorneys National Award 2016 (3) Grant Thornton National Award 2016 (4)Intel ICT National Award 2016 (5)Enterprise Ireland Academic Innovation National Award 2016 National Prize-Winners in Engineering Innovation, Design & Entrepreneurship Innovative Product Development Laboratories Recent National student successes include: Three Enterprise Ireland / Invest Northern Ireland Young Entrepreneur of the Year First Place National Awards ( 2016, 2013, 2007 ) Three Enterprise Ireland / Invest Northern Ireland Academic Innovation National Awards ( 2016, 2012, 2009 ) One Accenture Leaders of Tomorrow First Place National Award Accenture HQ Grand Canal Square Dublin ( 2016 ) Five Enterprise Ireland Cruickshank Most Technologically Innovative Project First Place National Awards(2016, 2013, 2009, 2008, 2007) Nine MEETA Asset Management and Maintenance National Awards ( 2016(x2), 2015(x2), 2014, 2013(x2), 2011, 2006 ) One James Dyson Design National Award Ireland ( 2016 )
    [Show full text]
  • Art Design Magazine
    04/ 14/ 16/ DAY OF CONTEMPORARY ART DIGITAL MEDIA STEPS OUT VISITING ART/DESIGN PROGRAM Art & Design COPYRIGHT © 2009 FACULTY OF ART & DESIGN, MONASH UNIVERSITY, THE WRITERS, PHOTOGRAPHERS AND ARTISTS. ALL RIGHTS RESERVED. NO PART OF THIS PUBLICATION MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, TRANSMITTED IN ANY FORM OR BY ANY OTHER MEANS, ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING OR OTHERWISE, WITHOUT PRIOR PERMISSION FROM THE PUBLISHER. THIS MAGAZINE IS PUBLISHED BY THE FACULTY OF ART & DESIGN, TO INFORM READERS OF NEWS AND EVENTS FROM THE FACULTY, AS WELL AS THE ACHIEVEMENTS OF ITS STAFF, STUDENTS AND ALUMNI. EDITOR: YOUNA ANGEVIN-CASTRO, CASTRO COMMUNICATIONS DESIGN: SWEET DESIGN PRINTING: ERWINS PRINTING COVER IMAGE: TRINH VU SACRED SEASON, 2009 PAPER, 80CM X 80CM X 80CM Issue/08 2009 04/ DAY OF CONTEMPORARY ART IN PRATO 05/ ARCHIVE/COUNTER ARCHIVE 06/ ON THE MOVE 08/ NEWS AND EVENTS 12/ DESIGN/BUILD 14/ DIGITAL MEDIA STEPS OUT 16/ VISITING ART/DESIGN PROGRAM 18/ PROFILE: DARREN SYLVESTER Welcome/ It has been a prolific year for the Faculty of Art & Students have also been very successful. Industrial Silvia Acosta from the Rhode Island School of Design Design, with a number of Faculty members recognised Design graduate Robert Dumaresq won the top prize and James Angus, an Australian-born artist with a for their research excellence and creative practice at the Australian International Student Design Awards: significant international profile, now based in New through the award of many of the country’s top prizes The James Dyson Award for his ‘Switch’ Commuter York. The Faculty has also signed an artists’ residency and research grants.
    [Show full text]
  • Industrial Design Creating and Making Knowledge Work at UWS Solace Solar Car Project Revealed to the World on 29 August 2013 (Bottom)
    Industrial Design Creating and Making Knowledge Work at UWS SolAce Solar Car Project revealed to the world on 29 August 2013 (bottom) SolAce crossing the Solar Car Challenge finish line in Adelaide Australia on 12 October 2013 (below) Our school strategy is to lead our graduates in the development of their synergetic, computational, engineering, design, managerial and entrepreneurial thinking, so that they will be able to tackle problems and develop systems with capabilities limited only by their creativity, imagination and desire for innovation. 2 Bachelor of Industrial Design and our School pursuing the ultimate efficiency in electric Our students often compete and cars, making sure that our children and win national and international their children will have the same mobility competitions. Some of their options we have but with a much lighter achievements include: footprint on the planet. Projects such as SolAce reflect our School Strategy while helping develop our graduates. Cormack National Competition 2013 winners (above): In 2013 the School provided new Michael Rudd (Second prize workshops and studios to support winner, left), Shane Prasad blended learning and research in industrial (Highly Commended, right) design and mechanical engineering, as well as a new design computing lab. Australian International Design SCEM plans to extend further these Award/James Dyson Award 2011: facilities to support creativity, innovation Balin Lee (Short listed) and entrepreneurship in technology, design and development. Education in Science, Technology (ICT), SRD CHANGE 2011 National The School has further developed Engineering and Mathematics (STEM) Competition: its capacity for rapid prototyping in together with Industrial (Engineering, Balin Lee (First prize winner) Product, Building, Technology) Design a broad sense, which brings one is essential for the future prosperity of step closer the implementation of the Australia and the World.
    [Show full text]
  • Lighting Panel Helps to Elevate the 'Working from Home' Mood
    The Sanctuary screen could help alleviate seasonal affective disorder by providing mood-elevating lighting | Photo source James Dyson Award Innovation > Architecture & Design > Lighting panel helps to elevate the 'working from home' mood LIGHTING PANEL HELPS TO ELEVATE THE 'WORKING FROM HOME' MOOD ARCHITECTURE & DESIGN A design student has developed a room divider that changes its lighting to suit the user’s mood Spotted: During the coronavirus lockdowns, many people were forced to work from home. For those with large houses or flats, with a room that could be used as a dedicated office, this may not have presented a major inconvenience. But for those in flat shares, or without a spare room, working for months in their bedrooms or dining room tables soon became draining. Cardiff Metropolitan University design student Ben Sawyer was inspired by this to create a room divider that can help to elevate the user’s mood. Sawyers’ ‘Sanctuary’ consists of a frame made of honeycomb cardboard, enclosing three curved panels with strips of RGB LEDs around them, attached using magnets. These, in turn, illuminate a Tyvek diffusion screen. Electrical current from the LEDs is passed through the magnets into the supporting frames to create a simple but effective user interaction, with satisfying haptic feedback. The result is a ‘day wall’ that changes in appearance to create lighting which can help to elevate the mood of those who spend a lot of time indoors. Sawyer came up with the idea when forced to remain isolated for long stretches of time in student housing with limited space, limited access to natural light and “a less than desirable aesthetic”.
    [Show full text]
  • Building a Better Australia: Getting the Best from Our Infrastructure
    AUSTRALIAN ACADEMY OF TECHNOLOGICAL SCIENCES AND ENGINEERING (ATSE) NUMBER 187 DECEMBER 2014 BUILDING A BETTER AUSTRALIA GETTING THE BEST FROM OUR INFRASTRUCTURE Shaping the way the nation lives, works and moves will depend on getting our infrastructure right – starting now Enhancing Australia’s prosperity through technological innovation The Australian Academy of Technological Sciences and Engineering (ATSE) ATSE is made up of some of Australia’s leading thinkers in technology and engineering. One of Australia’s four Learned Academies, it’s an eclectic group, drawn from academia, government, industry and research, with a single objective in mind – to apply technology in smart, strategic ways for our social, environmental and economic benefit. To achieve that goal, ATSE has formed a variety of expert, independent forums for discussion and action – platforms to move debate and public policy on issues concerning Australia’s future. These focus on energy, water, health, education, built environment and innovation – and the international collaboration necessary to ensure that Australia is abreast of world trends. It’s an open, transparent approach – one that government, industry and community leaders can trust for technology-led solutions to national and global challenges. Each year, the Australian Government recognises the importance of the work we do by awarding the Academy an establishment grant to help with: n Fostering research and scholarship in Australia’s technological The Australian Academy of Technological sciences and engineering; Sciences and Engineering (ATSE) n 1/1 Bowen Crescent Providing and conducting administrative support, workshops, Melbourne Victoria 3004 forums and similar events to enable the Academy and its Fellows Australia to contribute on important national issues; +613/ (03) 9864 0900 n Managing the development and execution of our programs; and [email protected] n Supporting relationships with international communities.
    [Show full text]
  • Designing Futures
    INSIGHT DESIGNING THE JAMES DYSON AWARD The James Dyson Award is an international design and engineering competition that encourages young people to FUTURES solve the problems of today through design engineering solutions. The Award has been running for 11 years, and is open to current and recently graduated design engineering students in 20 different countries. “The thing I find most exciting about the Award is that we are able to give young JENNA BLANTON designers and inventors the exposure to the public that they deserve,” Jenna Blanton enthuses. “A lot of hard work goes JAMES DYSON FOUNDATION into designing and engineering a new product. Giving young people and their ideas exposure on a public platform can be life-changing for some of the participants in the programme.” The James Dyson Foundation aims to bridge the This year’s US winner is NeoVent, a low-cost neonatal engineering skills gap in the US by providing ventilator that enables healthcare workers around the world to deliver ventilation treatment to premature infants educational opportunities for young people. Jenna in respiratory distress. The Canadian award went to a Blanton, Manager of the Foundation in North redesigned washing machine, Drumi. The Drumi is a foot powered washing machine that requires no energy and emits America discusses how empowering teachers can zero carbon emissions. help cultivate young engineers AS A YOUNG girl I was always outside, digging in the dirt and just asking in university through the James Dyson Award and, in Chicago, we questions. I was (and still am!) fascinated by the scientific world, but I fund students enrolled in university programmes through bursaries actually became a scientist by accident when I was 18 years old.
    [Show full text]
  • From the ‘Classification of Diseases and Related Health Problems’
    MONASH ART DESIGN & ARCHITECTURE ISSUE 5 01|05|20 DEPARTMENT OF DESIGN * Squirrel* to move in an inquisitive and restless manner espect and diversity are key to the healthy FROM R development of our cities and communities. THE As many of you explored in ‘Anxiety into Action’, your practice as designers can play a major role HOD in promoting diversity; encouraging respect; and making visible the positive impact of inclusion — of cultures, gender identities, race, and Indigenous knowledges. There are two dates that prompted this weeks theme for Squirrel. Wednesday, 29 April 2020 marked the 250th anniversary of James Cook’s landing. For Australia’s Indigenous Gene Bawden Peoples this was a date of irrevocable and Head of Department, Design catastrophic change that still resonates with their decendents today, and will do so well into the future. The other is May 17, International Day Against Homophobia, Biphobia, Interphobia and Transphobia (IDAHOBIT). It was only 30 years ago that the World Health Organisation removed homosexuality from the ‘Classification of Diseases and Related Health Problems’. We’ve come a long way, but there is still a way to go yet. You can be the designer that help paves that path, to facilitate change, equality and respect. Right: The Australian Aboriginal Flag designed by Harold Thomas, Luritja People, 1971. Originally designed for the land rights movement, the flag has become one of the most enduring and powerful pieces of visual communication ever created. Internationally recognised and respected, the flag is a symbol that connects multiple Indigenous nations, languages and spiritual beliefs, to Indigenous knowledges of land and country.
    [Show full text]
  • Hardware and Software Infrastructure for the Optimisation of Sunswift II
    THE UNIVERSITY OF NEW SOUTH WALES, SCHOOL OF ELECTRICAL ENGINEERING & TELECOMMUNICATIONS SCHOOL OF COMPUTER SCIENCE & ENGINEERING Hardware and Software Infrastructure for the Optimisation of Sunswift II A THESIS SUBMITTED FOR THE DEGREE OF BACHELOR OF ENGINEERING David Snowdon, 2234390 November, 2002 Supervisors: Gernot Heiser, Jeff Cotter To Jimmy Smart and James Ascott Abstract Sunswift II is the UNSW entrant in the World Solar Challenge, a solar car race that runs from Darwin to Adelaide. It is a complex amalgamation of mechanical and electrical systems where reliability and efficiency are of the utmost importance. This thesis outlines the design and development of an integrated telemetry and control system for Sunswift II which provides significantly improved reliability, ex- pandability and flexibility compared with the ad-hoc, limited system previously im- plemented. As part of this development, the car’s maximum power point trackers are examined, and the software redesigned in order to solve many issues that were evident during a previous event — a significant reliability improvement is observed. Acknowledgements A number of people, businesses, and organisations have contributed to this work. Firstly, thanks to my supervisors, Gernot Heiser, Jeff Cotter and Adam Wiggins who have spent many hours discussing various aspects of the project. Also, David Johnson, who has given an enormous amount of time training students to solder, exam- ining PCBs, and being generally helpful in a multitude of ways, must be acknowledged. He has also tolerated the Sunswift students’ working in his office for several months. Thanks must go to the U-Committee who provided the funds required to construct the system.
    [Show full text]