Purdue School of Engineering and Technology, IUPUI

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Purdue School of Engineering and Technology, IUPUI

• Joint Advisory Meeting
• September 10, 2003

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AGENDA  1230 1245p Welcome / Introductions
Bill Klenk, DIAC Chairman 1245 200p Whats
Happening in the School of Engineering and
Technology School Report Dean H. Öner
Yurtseven Department/Program Reports
Associate Dean Nasser Paydar Staff Reports
Greg Smith and Ken Rennels 200 215p Whats
Happening with Purdue Engagement David McKinnis
215 - 230p Break 230 315p Energy Policy,
Economics and Business Peter Garforth 315
445p Breakout Groups School Strategic Plan
445 500p Meeting wrap-up 500p Adjourn
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School Report

• Teaching and learning
• Research, scholarship, and creative activities
• Civic engagement
  with each of these activities characterized
  by
• Collaboration
• Diversity
• Best practices
  

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School Update

• Dean H. Öner Yurtseven

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Strategic Planning 2003-06

• We started the exercise in May 2002.
• We involved faculty, staff, administrators,
  students, alumni, and advisors from industry.
• Faculty Senate endorsed it in May 2003.
• Financial data has been attached to many of the
  goals and objectives.
• Plan will be on the web for continuous
  improvement.

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Goals for Teaching and Learning

• Attract and support a better prepared and a more
  diverse student population.
• Support and enhance effective teaching.
• Enhance undergraduate student learning and
  success.
• Provide effective professional and graduate
  program support for graduate students and
  post-doctoral fellows.

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Academic Degree Programs
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Student Headcount and Student Credit Hours
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Indiana Unemployment Rate vs. ET Student Credit
Hours
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Pie Chart of Student Credit Hours by Department
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Examples of Teaching and Learning

• Online courses
• Outcomes assessment
• Accreditation of academic programs
• Student retention rates
• Student graduation rates
• Use of part-time faculty
• Support for graduate education

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Goals for Research, Scholarship and Creative
Activities

• Conduct world-class research, scholarship, and
  creative activity relevant to Indianapolis, the
  state, and beyond.
• Provide support to increase scholarly activity
  and external funding.
• Enhance infrastructure for scholarly activity.

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Research and Sponsored Programs Expenditures

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Examples of Research, Scholarship, and Creative
Activity

• Active research areas
• Advanced manufacturing and engineering
• Biomedical engineering
• Computational fluid dynamics
• Intelligent and parallel computing
• Engineering and technology education
• Grants and contracts
• Patents (3 in 2002-03)
• Books (3 in 2002-03)
• Papers and presentations (3.4 per faculty)

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Examples of Research, Scholarship, and Creative
Activity

• Seed grants
• Space
• Reduced teaching load
• Support for proposal writing, grant management,
  and matching funds
• Graduate and undergraduate students
• Applied research projects from industry

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Goals for Civic Engagement

• Enhance capacity for civic engagement.
• Enhance civic activities, partnerships, and
  client services.
• Intensify commitment and accountability to
  Indianapolis, central Indiana, and the state.

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Examples of Civic Engagement

• Industry relations
• Deans Industrial Advisory Council (41 members)
• Eight Department/Program Advisory Committees ( 97
  members)
• Internship and coop programs (29 students and 77
  credit hours)
• Comprehensive campaign
• Alumni activities

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Examples of Civic Engagement

• Faculty and staff consulting
• Purdue Technical Assistance Program (TAP)
• Service learning
• Habitat for Humanity
• Interior Design shows and exhibits
• Minority Engineering Advancement Program (MEAP)
• Student projects
• Green student lounges in ET Building
• Battlebot, Electric Car, BUV, FIRST, Moonbuggy

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Examples of Civic Engagement

• 52 Articulation agreements with
• Area high schools (6)
• Community College of Indiana
• Ivy Tech State College (9)
• Vincennes University (18)
• Butler University (1)
• International Institutions (18)

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How do we do it?

• Collaboration
• Biomedical engineering
• Information technology
• Diversity
• Student, faculty, and staff recruitment
• Best practices
• Tradition of good teaching and Purdue quality
• New traditions to start and to celebrate

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Faculty and Staff

• Faculty (156.45 FTE)
• Full professors 23
• Associate professors 17
• Assistant professors 31
• Lecturers 13
• Teaching and research assistants 29
• Post doctoral staff 5
• Part-time faculty (spring 2003) 119
  (30.45 FTE)
• Research associates 7
• Senior scientist 1
• Staff (37.5 FTE)
• Full-time clerical and administrative staff 28
• Full-time technical staff 6
• Part-time staff 7 (3.5 FTE)

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School Organization Chart
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IUPUI Comprehensive Campaign
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ET Comprehensive Campaign
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Alumni Relations

• School has over 10,500 alumni since 1969
• Over 75 of the alumni remain in Indiana.
• School has strong 34-member Alumni Association
  Board of Directors that
• Provides representation to Purdue Alumni
  Association (PAA)
• PAA representation provided to Alumni Board
• Provides support for part-time student
  scholarships, associate faculty awards, and
  welcomes freshman

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2003-04 Budgeted School Income

• State appropriation 9,726,765 (-2.7)
• Budgeted tuition income 7,700,929 (11.7)
• Indirect cost recovery 350,000 (same)
• Assessment revenue -5,868,404 (6.4)
• Total
  11,909,290

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2003-04 Budgeted Expenses

• Salaries and compensation 10,587,525
  (0.4)
• General expenses 518,521 (4.5)
• Travel 135,100 (8.2)
• Capital assets 429,621 (35.1)
• Other 238,523 (0.07)
• Total 11,909,290

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Where do we go from here?

• State appropriation may remain flat or decrease.
• Review degree programs for mergers or
  eliminations.
• Use more technology to reduce cost of teaching.
• Increase revenues from grants and contracts.
• Recruit more out-of-state and international
  students to increase tuition revenues.
• Need more space for teaching and research.

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Department/Program Update

• Executive Dean Nasser Paydar

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Biomedical Engineering

• Currently a Graduate Program
• Graduate Program MS PhD (joint with WL) and
  MD/PhD
• Research Applications Areas
• Cardiovascular Neuroscience
• Orthopedics Imaging
• Faculty Expertise
• Biomolecular Engr. Instrumentation
• Biomaterials Biomechanics
• Tissue Engineering Imaging

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Biomedical Engineering

• Current faculty 4 Full Time and 4 Part Time
• New Resources to add the BSBME starting the Fall
  2004 semester
• Includes the addition of 6.5 new faculty and 2 in
  Biology
• Move to Departmental Status with staffing
  resources
• Guidant Endowed Chair being recruited

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Computer InformationTechnologyhttp//cit.iupui
.educit_at_iupui.edu

• A new name to fit our game

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New curriculum tracks

• Networking
• Advanced network administration
• Advanced network security
• Web development
• Programming
• .NET
• Java
• XML (Extensible Markup Language)

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State of the Department Fall 2003

• Department of
• Construction Technology (CNT)
• Purdue School of Engineering Technology IUPUI

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Degree Offerings and Accreditation

• Associate of Science (A.S) degrees offered
• Architectural Technology (ART)
• Civil Engineering Technology (CET)
• - Interior Design (INTR)
• Bachelor of Science (B.S.) Degrees offered
• Construction Technology/ Management (CNT)
• Interior Design Technology (pending)
• ABET Accreditation(Accreditation Board for
  Engineering Technology)
• CNT A.S. and B.S. Degree Programs accredited for
  another six years in 2001 (maximum possible),
  Interior Design Programs accreditation pending.

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Faculty, Staff, and Student Data

• Eight (8) full-time faculty.
• 33 Part-time faculty
• 2 1/2 staff members (secretary,technician,
  student help)
• About 500 students taking Department classes
• About 300 formal students, a little over 50
  younger than 24 years, this is increasing, i.e.
  more traditional students increasing
• 35 female , 10 minority
• 95 employed full or part time

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Success Statistics

• Largest credit hour teaching Department in the
  whole School of ET in terms of credit hours
  taught to Department majors (7000 credit hours
  per year)
• 100 growth in credit hours since Fall 1997
• Largest monetary amount of scholarships and
  awards granted in the School

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New Coursesfor the Construction Technology Degree

• Construction Management (B.S.) Degree Option
• Construction Contract Administration
  Specifications
• Construction Safety and Inspection
• Construction Law and Ethics
• Construction Accounting
• Information Technology Management in Construction

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Laboratory Improvements

• Renovation of Materials Testing and Soils Lab
• Totally renovated/refurbished Soils Lab
• New Triaxial Testing Apparatus with Data
  Acquisition capabilities for the Soils Lab
• A new Superpave Asphalt lab
• GPS capability and new surveying equipment
• Interior Design Lab
• New cabinets, shelves, and chairs in all CNT Labs
• All Labs now support latest audio/visual mediums

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Department StrengthsWhat makes us different - 1

• ABET Accreditation
• Faculty Qualifications for both Full-time and
  Part-time faculty
• Classes Taught only by Faculty members
• No teaching done by Teaching Assistants
• Open-door policy by Faculty and Chairman
• High student evaluation scores for faculty

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Department StrengthsWhat makes us different - 2

• Small classes , average 18 students/class
• Flexible Class Scheduling for Students, day,
  evening, and weekend classes
• Excellent Lab Facilities experiential learning
• Excellent relations collaboration with the
  industry
• Metropolitan Location
• Jobs readily available, Social and Cultural
  Variety,Combining Work and School possible for
  Students

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Electrical and Computer Engineering

• Current Resources
• 16 Full-time Faculty, 3 Associate Faculty,
• 2003 60 BSEE MSEE degrees
• Fall 2003 over 2,000 student credit hours
• 10 Teaching/Research Laboratories
• The Future is Now
• Addition of Computer Engineering
• 5 New Faculty (3 hired)
• Two New Laboratories
• Addition of joint Ph.D. program

IUPUI
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Electrical and Computer Engineering Curriculum

• Circuits, electronics, digital systems
  microprocessors, electromagnetics
  semiconductors, signals systems, probability,
  controls, communications form the core of the
  undergraduate program.
• Electives offered since 1998
• Design of Digital Computers - Simulation,
  Modeling Identification
• Digital Signal Processing - Multimedia
  Applications
• Embedded Microcontrollers - Data Structures
• Electronic Manufacturing - VLSI Design
• Applied Mechatronics - Computational
  Intelligence
• Biomedical Instrumentation - Biosignal
  Processing
• Real Time Control - Robotics
• Fund. Electric Vehicles - Biosensors
  Implantable Devices

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Electrical and Computer Engineering Research
Areas Sponsors

• Digital Signal Processing
• Motorola, Thomson, Delco
• Control and Automation
• Allison Transmission, DARPA, General Motors
• Biomedical Engineering
• National Institutes of Health, Walter Reed
  Hospital, American Heart Association, Whitaker
  Foundation.
• Computer Engineering, High Performance Computing
• Delco, Raytheon, Eli Lilly
• Computational Intelligence
• Office of Naval Research, Automated Terminal
  Systems

IUPUI
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Electrical Computer Engineering Technology

• Purdue School of Engineering and Technology,
  IUPUI
• ET Bldg. Rm. 209
• 799 West Michigan St.
• Indianapolis, IN 46202
• [phone]
• http//www.engr.iupui.edu/ecet
• http//insite.indiana.edu

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Introduction

• The NEW CpET degree programs
• AS Degree in CpET
• BS Degree in CpET
• Industry Computing Option
• Telecommunications Option

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CpET

• The best of CPT and EET
• Engineering technology programs
• Purdue degree programs
• Practice-oriented courses
• Hardware and software content
• A promising career in a growth field

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Purdue Degree

• Associate of Science -
• Computer Engineering Technology
• 65 credit hours
• Bachelor of Science -
• Computer Engineering Technology
• 129 credit hours

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Clientele

• High school graduates who want to work with
  computer applications.
• Transfer students who want a new exciting field
  of study.
• Undecided students who have some math and
  technology abilities.

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Computer Engineering Technology(CpET)

• Existing ECET courses in computers,
  microprocessors, networks, and industrial
  automation.
• Existing CPT courses in languages, operating
  systems, analysis, and data bases.
• New ECET courses in PC systems, data
  communications, and telecommunications.

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Computer Engineering Technology(CpET)

• Instruct in telecommunications, embedded systems,
  instrumentation, and industrial systems
• Train new post-secondary students and current
  employees needs advancement in technical and
  professional skills in CpET

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CpET Students

• Take a computer apart identify each part
• Discover how hard drives, modems, CD burners work
• Network 2 or 3 computers together make your own
  cables

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CpET Students

• Find out how Windows work
• Install cards write Visual Basic code to drive
  the cards

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Applications

• Industrial Option
• Embeddedcomputer controlled devices
  (microwave,automobile, VCR)
• AutomationPLC programming and computer-based
  automation.
• Telecommunications
• Voice and data networking /communications

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What do CpET Graduates do?

• This new program trains engineering technicians
  and technologists to design, develop, and
  implement modern computer-based applications.

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What do CpET Graduates do?

• CpET graduates are prepared to provide software
  design as well as hardware development for
  automation, controls, telecommunications,
  embedded systems, product development and
  instrumentation.

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Frequently Asked Questions

• What hands-on experience will I receive?
• Hands-on laboratory experience is an essential
  part of the program. Each course focuses on the
  laboratory experience.

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Frequently Asked Questions

• What is the relationship between the students and
  faculty?
• Excellent rapport between faculty and students
  small classes personal attention.
• Faculty available both day and evening for
  counseling.

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2002/2003 Progress Report of Department of
Mechanical Engineering
Presented to DIAC, September 10, 2003

• H. U. Akay
• Professor and Chair
• Department of Mechanical Engineering
• Indiana University-Purdue University Indianapolis

http//www.engr.iupui.edu/me
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Faculty and Program

• Dr. Siva Krishnan joined the department as an
  assistant professor in Fall 2002, as an
  experimental combustion expert.
• Dr. Andrew Hsu received the Trustees Teaching
  Award as well as the Schools Research Award.
• Dr. Ramana Pidaparti received the Schools
  service award. He was also named an ASME Fellow
  and received an IUPUI External Recognition Award.
• Dr. Hazim El-Mounayri received an ASME award for
  valued services as the faculty advisor of the
  ASME Student Chapter.
• Dr. Hasan U. Akay was named IUPUI Chancellors
  Professor.
• Department provided technical assistance to
  several Indiana companies through Purdues
  Technical Assistance Program, TAP, with Dr. Akin
  Ecer, as Coordinator.
• Department formed an Undergraduate Student
  Advisory Board to help with its program
  assessment process.
• Department developed a new undergraduate
  curriculum modernizing its program through ABET
  assessment process.

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Research

• Drs. Hsu, Akay, Pidaparti, and Yokota received, a
  21st Century Grant from the State, titled
  Multi-Scale Methodology for Design of Active
  Materials, to be jointly conducted with Delphi
  Automotive Systems (573K, starting date Sep. 1,
  2003).
• Dr. Krishnan Established an Experimental
  Combustion Lab that will start conducting a NASA
  project titled Microgravity Flame Experiments
  for Spacecraft Fire Safety (84K).
• Dr. Hsu received a NASA grant extension for the
  third year for his project titled Large-Scale
  Parallel CFD with Lattice Boltzmann Method
  (84K).
• Dr. Nalim received a NASA grant extension for the
  third year for his project titled Wave Fan and
  Hybrid Pulse-Detonation Engine (60K).
• Dr. Nalim will soon start working on a research
  project with Cummins titled Engine Cooling
  System Design and Evaluation (104K).
• Dr. Pidaparti received extensions for his NSF
  project titled Surface Corrosion Growth Model
  for Materials Design (20.8K).
• Dr. El-Mounayri received an SME Education
  Foundation Grant titled Basic Assessment of the
  Rotary Tool Performance During Dry Hard
  Machining (15K). He also conducted advanced
  manufacturing research for several Indiana
  companies, including Allison Transmission, Bishop
  Steering, and Keihin Indiana Precision Technology.

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Students

• Eight students received the IUPUI Top 100 Student
  award given to upperclassman in 2003. Two of
  these received the Top 10 Student award.
• Outstanding Mechanical Engineering Senior of
  2003, Natalie Bednar, was also the recipient of
  the IUPUI Top 10 Student award as well as the
  four-year recipient of the Willis-Carrier and
  IUPUI Tennis scholarships.
• Three students received prestigious School
  awards.
• A Masters student won the First Place Award for
  Graduate Presentation Competition in a regional
  AIAA conference.
• Several students competed with the Moonbuggy
  (Moon Rover) that they have designed, at the NASA
  Annual Moonbuggy Race held on April 12, 2003 in
  Huntsville, Alabama. They won the 7th place out
  of 28 teams.
• The Moonbuggy was featured at the recent State
  Fair with Governor and the First Lady.
• A team of three students led the FIRST Robotics
  teams of Perry Meridian and Lawrence High Schools
  to compete in national and regional robotics
  competitions.
• The Mechanical Engineering Honors Society (Pi
  Tau Sigma) was installed in Spring 2003.

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MET Department - general news CGT / CIMT
/ MET

• Distance Education
• currently teaching three IET courses on the web
• New Faculty
• one CGT visiting lecturer added this fall
• new MET professor will replace a retiring
  faculty member Jan, 2004

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MET Department - general news CGT / CIMT
/ MET

• Opportunity for DIAC members to help student
  SME AFS societies
• Volunteer to be a guest speaker at one of the
  monthly joint meetings
• Topics, such as
• Rapid Prototyping, Hydro-forming, Virtual
  prototyping, mechanical simulation, etc.

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MET Department - IT items CGT / CIMT /
MET

• Computer Graphics Program
• now the largest program within the department
• number of credit hours grew by over 10 this
  past year

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MET Department - IT items CGT / CIMT /
MET

• Computer Graphics Program
• added one additional full-time faculty member
  (Kevin Marshall)
• currently teaching two graduate CGT -
  Multimedia courses

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Department of Organizational Leadership and
Supervision(OLS)

• Who are we?
• Why are we unique?
• Whats new in our department?

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Who Are We?

• Full-time faculty and staff
• Tim Diemer, MS
• Cliff Goodwin, Ed.D. and Department Chair
• Charlie Feldhaus, Ed.D.
• Patricia Fox, Associate Dean of
  Administration/Finance
• Donna Hire, Department Secretary
• Stephen Hundley, Ph.D.
• Rob Wolter, MS
• Strong cadre of adjunct instructors who are
  business, community and organizational leaders

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What Makes OLS Unique?

• Associate and Baccalaureate Degrees
• 1/3 of coursework in Organizational Leadership
  and Supervision
• 1/3 of coursework in Math, Science, and Applied
  Technology
• 1/3 of coursework in General Education
• Certificate Programs
• International Leadership (30 credits)
• Human Resource Management (21 credits)
• Leadership Studies (18 credits)

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What Makes OLS Unique?

• Courses taught in a variety of formats
• Traditional semester-length courses
• One-week intensive courses
• Weekend and off-site courses
• OnCourse (both fully online and hybrid courses)
• Innovative Pedagogic Practices
• Stress the connection between theory and practice
• Employ a variety of experiential learning
  techniques
• Embrace IUPUIs Principles of Undergraduate
  Learning

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Whats New In OLS?

• Project PETE Pathways to Engineering and
  Technology
• 50,000 grant from the Indiana Department of
  Workforce Development
• Provides pathways for underrepresented students
  to attend the school of ET
• IUPUI students academically tutor and personally
  mentor students from IPS
• IUPUI and IPS faculty articulate courses so that
  IPS students graduate from HS with ET credit.

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TECHNICAL COMMUNICATIONS PROGRAM

• Purdue School of Engineering and Technology

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Technical Communication

• Highly valued in businesses and industries.
• Technical Communicators hold positions ranging
  from writers and editors, illustrators, and
  photographers to Web designers and multimedia
  experts.

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Technical Communications Writing Center

• Free service provided to IUPUI students.
• Reviewers assist students with improving their
  writing.
• Reviewers can help students plan, organize, and
  revise documents to address audience, purpose,
  and context more effectively. They are
  especially prepared to help students with writing
  assignments from Engineering and Technology
  faculty, but can assist with other writing tasks
  as well.

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Certificate in Technical Communications

• Offered by the Purdue School of Engineering and
  Technology in cooperation with the Department of
  English, the Department of Communication Studies,
  and the Hoosier Chapter of the Society for
  Technical Communication.
• Students enrolled in degree programs at IUPUI and
  others who meet University admission requirements
  can enroll in the Certificate program.

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For assistance, please contact

• Wanda L. Worley, Ph.D.
• Director
• ET 314-C
• 317/274-0819
• wworley_at_iupui.edu

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E T Research/Sponsored Programs-- Yesterday,
today and tomorrow

• Yaobin Chen, Ph.D.
• Associate Dean for Research
• Purdue School of Engineering and Technology, IUPUI

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Office of Associate Dean for Research

• Mission
• To provide support for faculty and students in
  the School to conduct world-class research,
  scholarship and creative activity, both
  individual and collaborative in partnerships with
  other schools, private industry, and
  local/state/federal agencies.
• Specific responsibilities
• Lead the development and implementation of ET
  research plan
• Identify and pursue funding opportunities that
  match the faculty areas of expertise
• Assist faculty in proposal preparations/submission
  s, grant/contract negotiations, and patent
  applications
• Facilitate cooperative and multidisciplinary
  research activities
• Establish and maintain relationships with
  sponsors

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FY 2002-2003 Proposal Submissions and Awards
(7/1/02-6/30/03)

• Proposals submitted (external) 48 (51 in 01-02)
• Awards 21 with 1,010,211 (25/1.8M in 01-02)
• ECE more than 500k
• Major awards
• Ben Miled Eli Lilly, 252k
• Ben Miled NSF, 128k
• Yokota NIH, 112k
• New awards from 7/1/03 6/30/04
• Schild NIH, 313k (total 1.6M for 5 years)

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RSP Expenditures 1988-2002
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IUPUI Proposals and Awards (FY92-03)
Proposals
Number
Awards
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IUPUI RSP (Requested and Awarded)FY 92-03
in Millions
Requested
Awarded
Fiscal Year
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Awards per PI for FY 02/03 ET vs Others
Dollors in Thousands
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Awards per Faculty (FY 02/03)
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Research Improvement and Enhancementby
Strategically planning

• Develop dept and school research plans short
  term and long term
• Identify strength and weakness (interdisciplinary
  research, collaborative research, applied vs
  basic research)
• Define and invest in priority areas
• BME
• IT and computer engineering (Informatics,
  Bio-info, distributed and parallel computing,
  networking, embedded software and systems,
  multimedia, etc)
• Advanced manufacturing and transportation
  technologies (CFD, advanced materials, fuel-cell,
  HEV, power electronics, MEMS, etc.)
• Applications (homeland security, etc. )
• Actively pursue funding (NSF, NIH, DOD, DOE, DOT,
  DE, private companies, ..)

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Promote Faculty Research and Improve Support and
Service

• Faculty research support workshops
• Faculty Orientation (joint) proposal process,
  account management, etc.
• Writing peer-reviewed proposals (NSF, NIH, etc)
• IP protection and tech transfer and
  commercialization
• Pursuing research contracts (government,
  industry..)
• Proposal writing support (Bill Watson)
• Research seed fund (when available)
• Faculty research committee (ad hoc)
• Email newsletter
• Ingeniator and annual research report