A Strategic Advantage For The Modern . - Cse.gatech.edu

CURRENT PARTNERS:Message from School ChairIn looking at the world, we can see thatwe have become a data-rich economy,which is growing in its expanse andcomplexity everyday. Even as the worldshrinks through the continental advanceof new technologies, the problemsfacing industry and government becomecommensurately more compounded.We’re experiencing computationat scales never before seen and everysector, whether it be health, nationalsecurity, environment, manufacturing, etc., is looking atnew technologies and data science and what they canmean for their company’s output. It is critical to figureout how to integrate new data, systems, and technologyinto your business so you can remain at, or rise to, thetop of your field.Responding to global markets, industry is forced tonegotiate a web of political and cultural boundaries evenas major economic, environmental, and social challengesincreasingly stretch across international borders.Whether it’s a global supply chain, an emerginginternational market, or any number of massive datasets generated from dozens of databases in an equalnumber of nations, the power to apply the latestcomputation-based innovation is vital to compete.Almost every day, the internet and applications producelarger sets of data than they did the day before. Realmarket advantages lie hidden in that data, waiting forwhomever has the power to find and interpret it.Enter Georgia Tech’s School of ComputationalScience and Engineering (CSE). Founded in 2005, CSEsolves real-world problems in science, engineering,health informatics, homeland and national security, highperformance computing, big data, machine learning,and large-scale analytics. Our world-class facultyand graduate students synthesize principles fromcomputing, mathematics, science, and engineeringto develop innovative solutions across disciplines toanswer some of the world’s most-pressing problems.CSE researchers and partners all benefit from ourecosystem of innovation that integrates the existingassets of Georgia Tech’s Technology Square with newopportunities in interdisciplinary research,commercialization, and sustainability.This ecosystem will expand Aug. 2, 2019when CSE moves to the state-of-the-artCoda building. CSE will be the only schoolmoving in its entirety to the new buildingwhich will serve as a collaborative hubwith industry partners, major companies,and startups. In Coda, CSE studentsand faculty will work in a collaborativeenvironment which will offer a centralizedatmosphere unparalleled in the south east.By working with CSE, we can target your specificresearch needs, offer a competitive advantage, andaffect your bottom line. From measuring, predicting,and shaping the behavior of your target audience, todiscovering hidden relationships, connections andresults with visualizations to creating novel computingsolutions for your particular needs – CSE’s abilitieswithin the computer science and computational realmsare not only at the forefront of each research realm,but also growing everyday. In addition, you’ll gain directaccess to our diverse pool of graduate students andhave the opportunity to shape the next generation ofcomputational and data scientists by giving feedbackto the CSE academic program curriculum.The reciprocal nature of this program is broughtto life through the diversity of your needs and ourresearchers having the opportunity for handson experience that is unlike any other universitypartnership.In doing so, CSE delivers the tangible benefit ofa highly trained computational workforce and rapidlyadvancing research programs that keep pace withreality. As you continue reading, I hope you’ll decide tobecome part of our global community.Computational Science & Engineering FacultySrinivas AluruProfessorFellow: AAAS, IEEENSF CAREER AwardDavid BaderProfessor & ChairFellow: AAAS, IEEE, SIAMNSF CAREER AwardMark BorodovskyRegents’ ProfessorJoint with Department ofBiomedical Engineering;Fellow: AIMBEÜmit ÇatalyürekProfessorFellow: IEEENSF CAREER AWARDPolo ChauAssociate ProfessorEdmond ChowAssociate ProfessorPECASE AwardBarry DrakeSenior ResearchScientistJoint with GTRIRichard FujimotoRegents’ ProfessorIEEE FellowOded GreenAdjunct ResearchScientistFelix HerrmannProfessorJoint Appointment EAS/ECETobin IsaacAssistant ProfessorSurya KalidindiJoint ProfessorFellow: ASME, ASM, TMSHumboldt Research AwardHaesun ParkProfessorFellow: IEEE, SIAMMahdi RoozbahaniLecturerDavid SherrillProfessorJoint with School ofChemistry & BiochemistryFellow: AAAS, APS, ACSLe SongAssociate ProfessorNSF CAREER AwardJimeng SunAssociate ProfessorRich Vuduc*ProfessorNSF CAREER AwardHongyuan ZhaProfessorJason RiedySenior ResearchScientistJeffrey ValdezResearch Scientist IIJeffrey YoungResearch Scientist IIJoint with SCSChao ZhangAssistant ProfessorDavid BaderProfessor and ChairSchool of Computational Science and Engineering*Effective Fall 2019’

CURRENT PARTNERS:Message from School ChairIn looking at the world, we can see thatwe have become a data-rich economy,which is growing in its expanse andcomplexity everyday. Even as the worldshrinks through the continental advanceof new technologies, the problemsfacing industry and government becomecommensurately more compounded.We’re experiencing computationat scales never before seen and everysector, whether it be health, nationalsecurity, environment, manufacturing, etc., is looking atnew technologies and data science and what they canmean for their company’s output. It is critical to figureout how to integrate new data, systems, and technologyinto your business so you can remain at, or rise to, thetop of your field.Responding to global markets, industry is forced tonegotiate a web of political and cultural boundaries evenas major economic, environmental, and social challengesincreasingly stretch across international borders.Whether it’s a global supply chain, an emerginginternational market, or any number of massive datasets generated from dozens of databases in an equalnumber of nations, the power to apply the latestcomputation-based innovation is vital to compete.Almost every day, the internet and applications producelarger sets of data than they did the day before. Realmarket advantages lie hidden in that data, waiting forwhomever has the power to find and interpret it.Enter Georgia Tech’s School of ComputationalScience and Engineering (CSE). Founded in 2005, CSEsolves real-world problems in science, engineering,health informatics, homeland and national security, highperformance computing, big data, machine learning,and large-scale analytics. Our world-class facultyand graduate students synthesize principles fromcomputing, mathematics, science, and engineeringto develop innovative solutions across disciplines toanswer some of the world’s most-pressing problems.CSE researchers and partners all benefit from ourecosystem of innovation that integrates the existingassets of Georgia Tech’s Technology Square with newopportunities in interdisciplinary research,commercialization, and sustainability.This ecosystem will expand Aug. 2, 2019when CSE moves to the state-of-the-artCoda building. CSE will be the only schoolmoving in its entirety to the new buildingwhich will serve as a collaborative hubwith industry partners, major companies,and startups. In Coda, CSE studentsand faculty will work in a collaborativeenvironment which will offer a centralizedatmosphere unparalleled in the south east.By working with CSE, we can target your specificresearch needs, offer a competitive advantage, andaffect your bottom line. From measuring, predicting,and shaping the behavior of your target audience, todiscovering hidden relationships, connections andresults with visualizations to creating novel computingsolutions for your particular needs – CSE’s abilitieswithin the computer science and computational realmsare not only at the forefront of each research realm,but also growing everyday. In addition, you’ll gain directaccess to our diverse pool of graduate students andhave the opportunity to shape the next generation ofcomputational and data scientists by giving feedbackto the CSE academic program curriculum.The reciprocal nature of this program is broughtto life through the diversity of your needs and ourresearchers having the opportunity for handson experience that is unlike any other universitypartnership.In doing so, CSE delivers the tangible benefit ofa highly trained computational workforce and rapidlyadvancing research programs that keep pace withreality. As you continue reading, I hope you’ll decide tobecome part of our global community.Computational Science & Engineering FacultySrinivas AluruProfessorFellow: AAAS, IEEENSF CAREER AwardDavid BaderProfessor & ChairFellow: AAAS, IEEE, SIAMNSF CAREER AwardMark BorodovskyRegents’ ProfessorJoint with Department ofBiomedical Engineering;Fellow: AIMBEÜmit ÇatalyürekProfessorFellow: IEEENSF CAREER AWARDPolo ChauAssociate ProfessorEdmond ChowAssociate ProfessorPECASE AwardBarry DrakeSenior ResearchScientistJoint with GTRIRichard FujimotoRegents’ ProfessorIEEE FellowOded GreenAdjunct ResearchScientistFelix HerrmannProfessorJoint Appointment EAS/ECETobin IsaacAssistant ProfessorSurya KalidindiJoint ProfessorFellow: ASME, ASM, TMSHumboldt Research AwardHaesun ParkProfessorFellow: IEEE, SIAMMahdi RoozbahaniLecturerDavid SherrillProfessorJoint with School ofChemistry & BiochemistryFellow: AAAS, APS, ACSLe SongAssociate ProfessorNSF CAREER AwardJimeng SunAssociate ProfessorRich Vuduc*ProfessorNSF CAREER AwardHongyuan ZhaProfessorJason RiedySenior ResearchScientistJeffrey ValdezResearch Scientist IIJeffrey YoungResearch Scientist IIJoint with SCSChao ZhangAssistant ProfessorDavid BaderProfessor and ChairSchool of Computational Science and Engineering*Effective Fall 2019’

SPPA Strategic Advantage for the Modern WorldCSE Strategic Partnership ProgramThe Strategic Partnership Program (SPP) createsa vibrant, mutually-beneficial link between CSEand industry. By joining SPP, your company willhave direct access to some of the world’s topemerging computational scientists and engineers.From this position you will be able to forge thekind of private-public partnerships that haveproven essential in tackling complex real-worldproblems through scientific research.As a CSE SPP member, you will be able torecruit graduate students from a Top 10 computingprogram to your workforce and even help shapethe high-skill workers of tomorrow through CSEcurriculum advice. You will be in the perfectposition to provide the feedback we need tokeep our program application-focused, even aswe ground our students in bedrock scientificknowledge and practice.nnnnnPartners benefitting from research collaborationswith the School of CSE represent a variety ofsectors including:nHealth care & biomedicalnMaterials & manufacturingnNational security—including cybersecuritynUrban systems & planningnSustainability & alternative fuelsnInternet & social mediaKeep up with the latest CSE research throughour news and announcements of seminars &eventsnHigh performance computingnMassive data analyticsConnect directly to your workforce recruitmentpool through email access to CSE studentsWhether your company operates in thesedomains or others, the School of CSE is eager towork side-by-side with you to make the power ofBig Data serve your bottom line.Benefits of Partnershipn Forge research relationships with CSE facultyat an annual members-only SPP meetingnIn addition to the tangible benefit of a highly-trained computational workforce for the 21stcentury, what other perks do CSE SPP partnersenjoy? How about a competitive advantage?Companies that are able to stay atop the Big Datatsunami find that it can carry them a long, longway in the marketplace. CSE research has ledto breakthroughs in computational power andanalytics that result in real, measurable impactsacross application domains.Review the most promising recruitmentprospects with a CSE Graduate Student ResumeBookGet to know our faculty and graduate studentsface-to-face in school-hosted lunches andinformal meetingsShape your future computational & datascientist workforce with invited feedback to theCSE graduate program curriculumExtend your brand to the wider CSE communitythrough placement of your corporate logo onCSE website and Strategic Partners wallContactDirector of DevelopmentGeorgia Tech College of Computing801 Atlantic DriveAtlanta, Georgia ech.educse.gatech.eduGeorgia Tech College of Computing266 Ferst Drive NWAtlanta, Georgia 30332-0280STRATEGICPARTNERSHIPPROGRAM

prospects with a CSE Graduate Student Resume Book n Get to know our faculty and graduate students face-to-face in school-hosted lunches and informal meetings n Shape your future computational & data scientist workforce with invited feedback to the CSE graduate program curriculum n Exte