as scaffolds for tissue engineering, ● Bioresponsive hydrogels for controlled drug delivery and biosensors, ● Hydrolytically degradable biomaterials in treatment of cancers, and ● Fabrication of structurally-specific biomaterials on the molecular level using microfabrication techniques. This review paper will address briefly the past methods used to develop biomaterials and willconcentrate on the advances being made in the areas of controlled drug delivery, tissue engineering,biodegradable biomaterials and environmental y responsive biomaterials. A range of materials will bediscussed, including hydrogels and poly(lactic-co-glycolic acid)s. Novel formulations which
, Amravati (M.S.) India-444602 The effectiveness of teaching learning process is a function of multitude of factors like teacher, student, course curriculum, course planning and assessment. Hence, to have effective learning by the student, faculty development is must. Role of universities in international collaboration in faculty development is important to make engineering education & research more relevant to the needs of global society and to the aptitude and aspiration of new generation of engineers. Shortage of training opportunities and attention to over all growth of faculty is adversely affecting impartation of
, Finnish environmental economist • It is estimated that 70% of a product’s environmental impact is locked in at the design stage.Key Principles of DfS • Efficient design - keep the material and resource inputs (energy in particular) to a minimum. • Cyclic design - design to enable materials to be continuously cycled through natural or industrial systems. • Safe design - avoid toxic and hazardous substances and processes. Keep human health in mind as well as ecological impacts. • Communications design - ensure product and packaging related communications are informative and accurate. Encourage responsible consumer behaviour.Example: Sustainable Transportation • Technologies for
“Engineering Technology: Connecting, Building & Maintaining Relationships” ETLI Opening Plenary - 9:00 am-10:00 amWelcome: Professor Elaine Cooney, Chair of Engineering Technology Leaders Institute (ETLI)Opening Remarks: Professor Pat Fox, Chair of Engineering Technology Council (ETC) ETLI Opening PlenaryIntroduction of Speaker: Dr. Ken Burbank, Past Chair of Engineering Technology Council (ETC)Keynote Speaker: Dr. Louis A. Martin-Vega,Dean of the College of Engineering, North Carolina State University, Raleigh, NC and President of ASEE ETLI 2016 – Keynote address Louis Martin-Vega, Ph.D. 2016-17 ASEE PresidentDean of the College of
School of The Global School Electrical, Engineering of SustainableBiological and Informatics, The Polytechnic Advancing engineering design on a global scale Computer and Matter, Engineering andHealth Systems and Decision School Energy Transport and the BuiltEngineering Systems
Advancing Engineering Education and Research Outlook and Strategy for 2018 Miriam Quintal and Otto Katt Lewis-Burke Associates, LLC February 6, 2018Lewis-Burke and ASEE• Lewis-Burke began representing ASEE on October 1, 2017• As federal consultants, Lewis-Burke promotes the policy agenda of scientific organizations to a diverse set of audiences, including: – United States Congress – White House/Administration and the Federal Agencies – Like-minded organizations and the advocacy community in Washington, DC• 28 policy experts with range of expertise/backgrounds allow multi-layered issue teams with deep expertise in agencies and scientific/education areas• 40 clients exclusively composed of non-profit
m proceedings 38 j ournal 2 awards 3 grants a-rticles 1 book $2 m 38 journal articles Honorific( 437 c2themes
) (ECCS) (IIP) (CBET) (CMMI)Don Millard (acting) Fil Bartoli Barry Johnson Richard Dickinson Deborah Goodings 11 A New Vision for Center- Based Engineering Research • May 2017: National Academies report
, fossil, grid research, cy bersecurity , A RP A-E . | AAAS Major White House R&D Priorities in FY21 Artificial Intelligence NSF: +$403 million DOE: +$54 million for AI initiative DARPA: several new or increased projects USDA: +$100 million for AI competitive grants NIH: $50 million initiative Quantum Science NSF: +$120 million DOE: +$70 million for QIS Initiative Space Exploration: +$3.5 billion for moon/Mars missions, mainly for a human lander Critical Infrastructure: Increases for DOE cybersecurity office ~$10 billion for DOD cyberspace activities NOAA Space Weather satellite continues Critical Minerals: $131 for million DOE
Instrument of Innovative Development" [1].Three days of the conference saw two master-classes, a training, three workshops, a round table,two meetings (the meeting of the Russian Monitoring Committee IGIP and the meeting ofAssociation for Engineering Education of Russia), 20 reports from the leading internationalscholars. Over 300 participants from education, industry, ministries and authorities, including150 KNRTU faculty members were involved in the event.In 2012, under the aegis of International Society for Engineering Education (IGIP), RussianNational Training Foundation and Ministry of Education and Science of the Russian Federation,KNRTU hosted another International scientific school "New Challenges of EngineeringEducation for Gas and
Paper ID #30092Use of computational tools for structural analysis and designmodification of automobile seat rail structures under various operatingconditionsProf. Raghu Echempati P.E., Kettering University Professor Echempati is a professor of Mechanical Engineering at Kettering University, (Flint, Mich.). He is a member of ASME, ASEE, and SAE. He has won several academic and technical awards.Santhosh Sivan Kathiresan, Graduate Student, Kettering University Master’s degree student in Automotive Systems Engineering, graduated from Kettering University, Flint, Michigan, United States. American
– neuroprosthetics for neuron repair or regeneration – brain-inspired devices and technologies 9Advanced Biomanufacturing• EAGERS in FY15 and FY16 (just out) – Culture configurations and bioreactor approaches for reproducible cell expansion – Optimal expansion of T cells – Scalable and cost-effective cell separation and purification – Innovative platforms that reduce or eliminate cell product Hazar et al, Lab on a Chip, 2015 – Methods for rapid, non-destructive characterization 10Important Internal Collaborations• Designing Materials to Revolutionize &
Awards anticipated in February/March 2012 FY 2012 solicitation announced March 2012Small Business InnovationResearch Research for the development of a profit-making technology, product, or service • Two-phase program - feasibility and development • $100,000 (Phase I); $400,000 (Phase II) • Small businesses of 500 employees or less • 2.5% set-aside of USDA extramural funding for research Topic areas • Forests and Related Resources • Plant Production and Protection - Biology • Animal Production and Protection • Soil and Water Resources • Food Science and Nutrition • Rural Development • Aquaculture • Biofuels and Biobased Products • Small Mid Size Farms • Plant Production and Protection - EngineeringNational
Session INDUSTRY BASED TRAINING FOR TWO YEAR COLLEGE’S INSTRUCTORS IN TURKEY Dr. Riza GÜRBÜZ Ankara University Cankiri College Of Arts And Technology Cankiri-Türkiye E-mail: gurbuz@cmyo.ankara.edu.trAbstractThe aim of this article is to provide information about industry based training program of TwoYear College’s instructors in Turkey. A co-operation protocol was signed by YOK (TheTurkish Higher Education Council) and ISOV (The Foundation of Istanbul Chamber ofIndustry) on 27 February
pre information about neighbors, which leads to uncertain situation. [6] Proposes a patchingbroadband connections. Multimedia streaming applications algorithm based on overlay multicasting scheme. The nodeare required to deploy with support of powerful server and is arbitrary in wireless network and does not deal withmaximum network resources [12]. In this paper, our focus mobility of nodes. wireless network is unstable, which canis to provide the video-on-demand service, which is based degrade the performance of video playback at client sideon proactive
Session CPDD 444 IACEE Global Sustainability Initiatives Porto Declaration May 20, 2016 Porto Declaration Whereas the International Association for Continuing Engineering Education (IACEE) was founded in 1989 to Now therefore in keeping with its foster a global network of organizations promoting lifelong dedication to leading lifelong learning, the engineering education Whereas the IACEE recognizes the scale and IACEE will develop global initiatives to
11Shift to No Deadlines• Unsolicited proposals to all core programs in four ENG divisions (CBET, CMMI, ECCS, and EEC) are accepted any time – Declined proposals face a 1-year moratorium before resubmission• New flexibility to carefully craft proposals for significant contributions 12 A New Vision for Center- Based Engineering Research 2017
education funding –Department of Defense basic and applied research –Specific research accounts for other mission agencies (e.g. DOE, NASA, NIH) –Pell and other student aid• Protect Against Threats to Engineering Schools and Colleges –Science and Security –Immigration – high-skilled immigration and student talent pipeline (e.g. H1B visas, OPT, DACA)• Inform Education, Research, and STEM Policy –Research agency reauthorizations (e.g. NSF, Defense, NASA, Applied Energy) –National Defense Education Act reauthorization –Higher Education Act reauthorization – student impacts, teacher training2019 Begins…2019 Comes to a CloseBig Picture: Federal Outlook for Engineering Federal S&T enterprise has enjoyed significant funding increases in
Federal Highway Administration (FHWA)FHWA Vision Our agency and our transportation system are the best in the world.FHWA Mission To improve mobility on our Nation's highways through national leadership, innovation, and program delivery. Turner-Fairbank Highway Research Center FHWA Research, Development and Technology Infrastructure Operations Safety Planning and Environment Policy Exploratory Advanced Research (EAR) Turner-Fairbank Highway Research Center Transportation Infrastructure Transportation system is a vital part of the nation’s economic engine Transportation system is aging and deteriorating ~30% of the nation’s bridges are
ECE Circuits HW Problem Solving 50 Min. MWF Lecture 1-2 Hr MWF HW (most students3 Hour were studyingHands On Lab alone) Click toFLIPPED 2007: add title Class Post-Class HWPre-Class Video Lecture In-Class Problem Solving, ?, Discussion3 HourHands On Lab Click toFLIPPED 2007: add title Class BOUGHT TIMEPre-Class Video Lecture In-Class Problem Solving, ?, Discussion3 HourHands On LabClick to addFLIPPING title Buys an Extra PROFESSOR HOUR a DAY: = In the
Schools10,000 TeachersHigh School: ECS • 26 states have ECS programs • ~ 50,000 students in 2016-17 • ~8,000 students in LA, 75% URMs • CPS made CS course a graduation requirement CONCEPTUALLY-BASED ENGAGING RIGOROUS HANDS-ON INSPIRINGDESIGNED for EQUITY2006 Discussion with the College Board2007 Stakeholder Meeting2008-12 Design & piloting of Curricular framework —AP Commission & Advisory Board —First Pilots at the university level —K-12 PD & HS Pilots —Extensive piloting of the course and PD5/2012 Attestation2012-17 Design and piloting of the exam, PD5/5/2017 First Official Exam2018 Revision of framework
and sponsored research/development q Become a nucleus for advanced technology and product development, and to create wealth through technology transfer q Built on foundaBon of strong UW-‐Stout support of industry and economic development q Since 1994 over 5,000 technical assistance ac3vi3es resul3ng in over $500 million in impacts and 4,000 jobs (client-‐reported) q UW-‐Stout Incubator graduates report over $70M in annual sales and employ over 400 Discovery Center Strategic Planq Strategic alignment: q Report to Provost/VC of Academic Affairs q
. counterfeit chips6. Need for a ‘secure briefing room’!
score turnaround• Uniformity in testing conditions• Enhanced security• More innovative way to testWill there be any changes?• Length – Appointment time at test center will be 6 hours • Tutorial–5 minutes • Nondisclosure agreement–5 minutes • Exam time–5 hours, 20 minutes with a 25- minute scheduled break after approximately 55 questions • Post-exam survey–5 minutes – Total of 110 questionsWill there be any changes?• Price – TBD in August• Registration process – Candidates will be required to pay all exam-related fees directly to NCEES. – Online – Require payment with MasterCard or VisaWill there be any changes?• Testing opportunities – Testing windows • January–February • April–May
Session 13-4 Retention and Recruitment in Engineering at UTPA Martha O. Muñiz School of Engineering and Computer Science The University of Texas Pan American AbstractThe University of Texas Pan American (UTPA) is located in a unique point where thecultural merge of two nations, United States and México, occurred. The main campus ofthe University is in Edinburg, Texas, 15 miles from the U.S./Mexico border and 75 milesfrom the Gulf of Mexico. The total service population is two million approximately.The Hispanic Outlook in Higher
AC 2007-943: ACTIVE LEARNING USING GUIDED PROJECTS IN AN UPPERYEAR ECE COURSEBrian Frank, Queen's University Brian Frank is an Assistant Professor in the Department of Electrical and Computer Engineering at Queen's University in Kingston, Ontario, Canada.John Carr, Queen's University John Carr is a Ph.D. candidate in the Department of Electrical and Computer Engineering at Queen's University in Kingston, Ontario, Canada. Page 12.172.1© American Society for Engineering Education, 2007
designeducational program based on integrative STEAM for the middle and high schoolstudents. To accomplish the purpose, it was conducted that literature review ondevelopment of the program and qualitative study. The CEDE model was applied forthe qualitative experimental study. The conclusions of the study were as follows:First, it was developed that the program for middle and high school students basedon the integrative STEAM education approach. The program is consists of twotraining programs with five activities.Second, it was high that the satisfaction about learning contents and activities on theprogram. However, it was low that the satisfaction about difficulty level andconstitution for the learning contents and the workbook.Third, as a result of the
playing a crucial role in disseminating newdevelopments in engineering education since its founding in 1993 and—with 1800 strongmembership from academia and industry—engages in numerous publication and academicactivities that include: journal of engineering education research, bi-monthly magazine,proceedings, reports, year-round workshops and KSEE Annual Conference in November (withan open invitation to the international community). Page 17.24.2
media.Dr. Joseph J. Biernacki, Tennessee Technological University Dr. Biernacki is full Professor of Chemical Engineering at Tennessee Tech University (TTU). Prior to joining TTU in 1997 he spent 15 years work for British Petroleum in various capacities. He is keenly interested in engineering education, particularly iDr. Stephanie Leigh Wendt, Tennessee Tech University Dr. Stephanie Wendt is a Professor of Teacher Education at Tennessee Tech University. She teaches science methods and supervises field experience for undergraduate and graduate students. She also teaches graduate courses in Learning Theory and Educational Grant Writing, as well as, Data and Assessment to undergraduate pre-service teachers.Twanelle Deann
engineering research and practice• Focus on development of research based professional development and curricula for K-12 students and teachers• Fully participate in policy issues impacting K-12: funding priorities, standards and assessments• Utilize extensive research, university and industry talent base to ensure ASEE is “at the table” on key national STEM issues• Promote engineering as the context to integrate science and math with all subjects K-12 Engineering: Division View Engineering in K-12 is The primary goal in K-12 is focused on the process of to introduce engineering engineering design design to all students to (“engineering the verb”) create a better prepared, Foundational ideas, based