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ResearchiCore/TRe/TRLaLabsbs/NSER/NSERC Industrial Researesearch ChairDr. Jim Haslett was awardedthe first industrial chair iniCORE’s new IndustrialChair Establishment Programand a total <strong>of</strong> $1 million fromthe iCORE Industrial ChairEstablishment Grant todevelop a research team.Dr. Haslett will lead a researchprogram called the Wireless Scienceand Technology Initiative in directcollaboration with TRLabs and itsindustrial sponsors, and concentrateon the development <strong>of</strong> advancedradio frequency integrated circuits fornext generation wireless products.Projects include electronicmonitoring systems for oil and gaswells, wireless telemetry systemsfor drill stem testing, electricalpreheating <strong>of</strong> tar sands, and thedesign <strong>of</strong> monolithic integratedcircuits for some <strong>of</strong> theseapplications.<strong>The</strong> iCORE/TRLabs/NSERCIndustrial Research Chair isfunded by the provincialgovernment, industry, and thefederal government, in theamount <strong>of</strong> $3.2 milliondollars over five years.In addition, the U <strong>of</strong> C willcontribute $820,000 in freedup salary, benefits and othercontributions over five yearsto hire a second academic andpartially support a researchassistant.“<strong>The</strong> main thrust <strong>of</strong> the research is toimprove on today’s low bandwidth,glitch-prone technologies for cellularphones, personal digital assistants,and the like,” says Haslett.“Eventually worldwide, truly mobile,rather than merely portablecomputing with full multimediacapability will be achieved by thisindustry. Short range wirelesscommunication will permeate allaspects <strong>of</strong> our lives, from groceryshopping to vehicle operations,position and repair.”FeatureLight Up <strong>The</strong>he WororldldDr. Dave Irvine-Hallidayhas been awarded a RolexAward for Enterprise, theTech Museum Award, andU <strong>of</strong> C President’sInternationalizationAchievement Award.<strong>The</strong>se awards will help fundand honor the volunteerdrivenLight Up <strong>The</strong> World(LUTW) Foundation andtheir continued passion toprovide inexpensive andenergy-efficient lightingsystems to homes, schools andtemples in some <strong>of</strong> theworld’s poorest, most remotevillages. It will also helpconsolidate LUTW’sorganizational structure, so itcan attract more sponsors.enginuityDr. Irvine-Halliday founded LUTWafter a 1997 trip to a Nepalese village,where he saw how the lack <strong>of</strong> lightingwas impacting children’s ability toread and learn at night.Over the next few years, he searchedfor innovative solutions to thisproblem and developed a lightingsystem based on white-light emittingdiodes, which can light up an entirevillage with less energy than that usedby a single, conventional 100-wattlight bulb.Today, LUTW’s rechargeable, energyefficient and environmentally friendlysystems are lighting up smiles in 700homes and buildings in remotevillages in Nepal, India and SriLanka. Dr. Irvine-Halliday’s goal is toequip a million homes in developingnations using white-lightemitting diode systems by 2005.Based on the original articlepublished in the U<strong>of</strong>C Gazette.5