This document provides information about various resources from a National Center for ME, including ways they can partner with organizations, classroom resources, curriculum development, and grant assistance. It also lists websites for related organizations such as CareerME, METEC, and a College of Technology that offers seamless credit transfers. Additional resources noted include a Life Support and Sustainable Living project, and information on engineering and advanced manufacturing in Connecticut. Websites are provided for a School of Science, Engineering and Technology's engineering systems management program, and an organization called MATEC that supports faculty and curriculum development.

5. A National Center for MEput your center hereput your logo hereHow can we best partner with you? Steve WendelDirector 937.512.2841 steven.wendel@sinclair.eduwww.ncmeresource.org

6. Our Partners… …Throughout the Nation

7. Manufacturing & Engineering the Future of Technology EducationCan we help you with:Classroom Resources?Curriculum Development?Grant Preparation, Proposal, and Implementation?www.ncmeresource.org

8. Manufacturing & Engineering the Future of Technology EducationVisit us online atwww.ncmeresource.org

9. CareerMEYour career in advanced manufacturingVisit us online atwww.careerme.org

10. mycareermeExploration extended through collaborationStudents and companies connecting atmycareerme.org

11. METECManufacturing and Engineering Technologies Education ClearinghouseDo you need: High quality,classroom ready resourcesfor technology educators?www.meteconline.org

12. METECManufacturing and Engineering Technologies Education ClearinghouseVisit us online atwww.meteconline.org

13. College of Technology: Seamless transfer of credits from community colleges to four-year university partners

14. Life Support and Sustainable Living (LSSL) Project Teams in Action

15. Engineering and Advanced Manufacturing in Connecticut: HIGH TECH

16. Engineering and Advanced Manufacturing in Connecticut:SKILLED

17. Engineering and Advanced Manufacturing in Connecticut:EVOLVING

18. Engineering and Advanced Manufacturing in Connecticut:CUTTING EDGE

19. School of Science, Engineering, and TechnologyMaster of Science in Engineering Systems Management (MSESM)

20. MS Engineering Systems ManagementMultidisciplinaryManagement, industrial engineering, systems of systems, behavioral, business, ergonomics, economics and finance30 hoursExcellence in analyzing, managing and improving:Personnel, equipment, computers, information, processesSystems approach:Global viewPractical problem solving

21. ESM Course WorkEC 6382 Corporate EconomicsEG 8300 Engineering Systems ManagementBA 7311 or EG 7353 Project ManagementEG 7351 Systems EngineeringEG 6303 Lean ProductionEC 6381 Cost Benefit AnalysisEG 6338 Lean Supply ChainEG 7306 Six Sigma QualityBA 7325 or EG 6354 Management of Info TechEG/PS 6309 Human factors

22. St. Mary’s UniversitySmall class sizes = personalized attentionDedicated, experienced facultyAll classes taught by faculty membersHands-on learning Well equipped facilitiesInternship and research opportunities

23. MATEC supports faculty and curriculum development to meet the ever-advancing workforce demands of the semiconductor, automated manufacturing, electronics, and energy related industries.www.matec.org

24. NetWorks offers a digital resource library, web seminar series, national conference, and a virtual technology education community.www.matecnetworks.org

25. eSyst revises Electronics curriculum, shifting the focus from the component level to a holistic systems approach.www.esyst.org

26. Work Ready Electronics develops instructional modules to synchronize Electronics curriculum to the rapidlychanging workplace.www.work-readyelectronics.org

27. High Impact Technology Exchange Conference focuses on the preparation needed by the existing and future workforce in the high-tech sectors that drive our nation's economy.www.highimpact-tec.org

28. The Emerson Center for Engineering and Manufacturing

29. The Emerson Center is committed to developing a skilled workforce for the St. Louis region and providing technical support to the region’s manufacturing industry.

30. MEETING WORKFORCE NEEDS WITH PRE-EMPLOYMENT PROGRAMS.The Emerson Center collaborates with academic and workforce units of St. Louis Community College to provide pre-employment training for high-paying, in-demand jobs. We provide a pool of screened, qualified and trained entry level workers for Boeing and the region’s electric utility, Ameren UE.

31. Manufacturing TechnologyCoursesComputer Integrated ManufacturingNumerical Control ProgrammingIntroduction to RoboticsRobotics Systems and ComponentsProgrammable Logic ControllersIntroduction to 3D Solid Modeling and DesignSolid Modeling with UnigraphicsSolid Modeling with CATIA

32. Rochester Institute of TechnologyManufacturing Engineering Technology Co-op based (5 yr BS)

33. Industry focused

34. ABET accredited

35. BS/MS option with Manufacturing and Mechanical Systems Integration OverviewPart of Manufacturing and Mechanical Engineering Technology & Packaging Science DeptHoused inABET accredited33

36. Senior ProjectEach graduating class designs:Product, automated assembly cell and assembly processR.O.A.R – Refrigerator Open Alarm ReminderAQUA–TEK - Swim Lap Timer and CounterTiger Alert – Sound to Strobe Converter34

37. Student ClubsRIT SME chapter has built a Robotic Hotdog Assembler (RHA) and displayed it Imagine RIT Innovation and Creativity Festival35

38. Student ClubsFactory ToursDesign, Manufacture and Race36

39. More InformationDr. Scott Anson, PE Program Chair, Manufacturing Engineering TechnologyScott.anson@rit.eduhttp://www.rit.edu/cast/mmetps/man.phpYouTube – Search “RHA 2010 Hotdog”37

40. ROBERT MORRIS UNIVERSITY MANUFACTURING ENGINEERING5DISTINGUISHING FEATURES+1DEDICATED AND QUALIFIED EDUCATIONAL TEAM =1COMPELLING DEGREE PROGRAM

41. BACKGROUNDSchool of Engineering, Mathematics, and Science launched in fall of 1999 by Dean Dr. Yildirim Omurtag.

42. BS in Manufacturing Engineering started in fall of 2000.

43. The only ABET accredited stand alone Manufacturing Engineering program in PA, and one of the few in the U.S.

44. Multiple students have been nationally recognized by the SME Education Foundation scholarship program.

45. Active student engagement in SME and SAE Organizations

46. Graduates have found employment at US Steel, Bombardier, Phillips, Emerson, Core Furnace, Centria, Deloitte, Bechtel, Army Research Laboratory…

47. Graduates have been successful at graduate programs at RMU and other universities such as Carnegie Mellon University, Case Western Reserve University, and University of Pittsburgh.DISTINGUISHING PROGRAM FEATURESBusiness Skills

48. Accounting

49. Economics

50. Management

51. Marketing

52. Communications Skills

53. Reading and Writing Strategies or Intercultural Communications

54. Argument and Research

55. Public Speaking and Persuasion

56. Business Professional Communications

57. Professional Internships

58. NASA, Boeing, Bayer, Deloitte, Westinghouse, FEDEX, Phillips, Eaton, Cutler-Hammer, Cellomics, J & L Specialty Steel

59. Real-World Course and Capstone Projects

60. Hands-On Education in the Learning Factory

61. Automated Manufacturing Work-Cell, Rapid Prototyping/Reverse Engineering, Powder Metallurgy, Material Testing, Optical Metallography, Metrology, Automated ID, Circuits, and Industrial Controls Labs. and Machine Shop including a BOY Injection Molding Machine.FACULTY & SAMPLE COURSES7 Engaged & Productive Faculty MembersEngagement with ASEE, ASM, SAE, SME22 Journal Papers published and19 Conference Presentations in 2009-10 Weekly Course Format:2 50-minute lectures1 2.5 hour laboratory sessionENGR 3600 Production EngineeringENGR 3650 Production & Tool DesignENGR 3680 Intro. to Quality EngineeringENGR 3700 Mfg. Planning & ControlENGR 4400 Device ControlENGR 4700 Robotics & AutomationENGR 4801 Rapid Prototyping & Reverse Engr.

62. National Resource Center for Materials Technology Educationput your center hereput your logo hereMatEdwww.materialseducation.orgMel CossetteP.I. and Executive Director 425.640.1376 mel.cossette@edcc.eduwww.materialseducation.org

63. MatEd OverviewMatEd’s mission is to advance materials technology education nationally.

64. MatEd OverviewMatEd’s Vision is to be the focal point where industry, education and community collaborate to meet materials technology workforce needs.

65. MatEd OverviewMatEd’s Goals:Provide web-based resourcesEasy and direct access to curriculumOffer professional development opportunitiesPromote use of core competencies for technicians that handle materials

66. SME and the SME Education FoundationEVERYONE YOU WANT TO …EVERYTHING YOU NEED TO …EVERYTHING YOU NEED TO …SOCIETY OF MANUFACTURING ENGINEERS Where Manufacturing Comes Together

67. 47ADVANCING MANUFACTURINGSME influences more than half a million manufacturing practitioners and executives annually with information, tools and resources The SME Education Foundation impacts more than 15,000 K-12 students each yearwww.careerME.orgwww.smeef.orgwww.manufacturingiscool.com

68. 48SME EDUCATION FOUNDATION Inspires$4.6 million youth programs235 summer camps in 27 states9,000 students in 2010 Supports$4 million in scholarshipsto date Prepares$29 million in funding for scholarships, youth programs and awardswww.careerME.orgwww.smeef.orgwww.manufacturingiscool.com

69. 49SCHOLARSHIPSFebruary 1 deadline to apply for the most scholarships and highest value awarded of any professional societyThe SME Education Foundation Family Scholarship supports the children or grandchildren of SME members in their pursuit of careers in manufacturing engineering and technology. The SME Family scholarship is valued up to $80,000. www.smeef.org

70. 50TECHNICAL COMMUNITY NETWORKA collaboration platform for PEOPLE, PROCESSES and IDEAS, designed to provide you with the most current information in your specialized manufacturing niche Virtual and face-to-face meetings Producing technical content for SME programs/events Connect with peers and technical expertsIndustrial LasersMachining & Material RemovalForming & FabricatingAutomated Mfg & AssemblyRapid Technologies & Additive MfgPlastics, Composites & CoatingProduct & Process Design and ManagementMfg Education & Researchwww.sme.org/tcn

71. 51ConnectionsGet to know manufacturing professionals in your own backyard through local chapters… Social and professional networking Plant tours Technical presentations and training Youth and family programs Community involvement 180 Senior Chapters Student Chapters at 200 educational institutions worldwide International Chapters in over 15 countrieswww.sme.org/chapters

72. 52KNOWLEDGE IN PRINT, ONLINE AND VIDEOAsk about Site Licensing SME publications and videos for your company’s online libraryAn $840 - $5,000 value to members$,8000 annual value to membersMember subscription Manufacturing Engineering Magazine® – a $120 valueNew Manufacturing Yearbooks – a $25 value

73. 53Ask the Librarian Associations Books Calculation & Conversion Tools Dictionaries, Encyclopedias, Almanacs Directories Industry Standards and Specifications Linda Hall Library Manufacturing & Engineering Resources National Technical Information Services (NTIS) Market Research Salary Surveys Software Statistics GovernmentOnline ResourcesWOW Carol,You did GREAT! This is exactly what I was looking for! I really appreciate your efforts to pull this all together. I can now take key points and build the presentation we discussed.Thank you so very much.Dave GastelDEG ComponentsSan Jose, CASME’s “Ask the Librarian”Free with membership, the SME “Ask the Librarian” is a $40,000 research database that is always at your fingertipsNon-members have access for a $50 per question fee

74. 54PROFESSIONAL CERTIFICATIONSEarned by more than 36,000 peopleCertified Manufacturing Technologist (CMfgT)Certified Manufacturing Engineer (CMfgE)Six Sigma CertificationLean Certification (Bronze, Silver, Gold)Members receive Hundreds of Dollars in savings

75. 55AWARDSThe Society of Manufacturing Engineers has a number of awards to honor your efforts and contributions throughout your career. International Honors Awards (7) College of Fellows (membership required) Honorary Membership Outstanding Young Manufacturing Engineer Award Award of Merit (chapter award) NAMRI/SME S.M. Wu Research Implementation Award Total Excellence in Electronics Manufacturing Award FFC Technical Paper Excellence Award Rapid Technologies & Additive Manufacturing Awards (2) J.H. "Jud" Hall Composites Manufacturing Award Presidents Award (chapter award)www.sme.org/awards

76. SUNY – Farmingdale State CollegeB.S. Manufacturing Engineering TechnologyProgram in place since 1984

77. ABET accredited

78. Metal, aerospace and electronics industry orientation

79. Excellent industry involvement and support

80. Large proportion of students employed while studying

81. Faculty research in fuel cells, electronics manufacturing and nanocomposites Excellent placement SUNY – Farmingdale State College

82. SUNY – Farmingdale State College

83. State University of New York

84. SUNY – Farmingdale State CollegeB.S. Manufacturing Engineering TechnologyContact Information:Prof. Serdar Elgun, ChairmanMechanical Engineering Technology DepartmentState University of New York – Farmingdale State CollegeFarmingdale, NY 11735Tel: 631-420-2046

85. Minnesota State University, MankatoLead University

86. Maximizing Minnesota’s manufacturing competitiveness through innovationwww.mnceme.org

87. Engineering and Manufacturing LeadershipAnoka Technical CollegeNortheast Higher Ed DistrictHennepin Technical CollegeAlexandria Technical CollegeSouth Central CollegeNormandale Community CollegeMinnesota State University - Mankato

88. Strategic GoalsLead collaborative efforts to increase pipeline flow for people pursuing or employed in STEM career pathsAssist Minnesota industry in meeting critical technical needs of the 21st century

89. Sponsored ProgramsMinnesota Project Lead the WayNortheast Higher Education District Engineering ProgramSTEM Day at the Minnesota State Fair

90. ContactsDr. Ronald J. Bennett, Executive DirectorRonald.Bennett@mnsu.eduJudith A. Evans, Associate Executive DirectorJudith.Evans@mnsu.eduJames Mecklenburg, Minnesota Project Lead the Way Program DirectorJames.mecklenburg@mnsu.edu

91. MANUFACTURING & MECHANICAL ENGINEERING TECHNOLOGYHands-on/Minds-on Education

92. MANUFACTURING & MECHANICAL ENGINEERING TECHNOLOGYWhat we do...

93. MANUFACTURING & MECHANICAL ENGINEERING TECHNOLOGYOur learning labs…People, knowledge and technologies bringing world-class products from concept to the market through minds-on / hands-on education.

94. MANUFACTURING & MECHANICAL ENGINEERING TECHNOLOGYWhat we doGood jobs when you graduate, with great salaries

95. WEBER STATE UNIVERSITYCollege of Applied Science & Technology Manufacturing Engineering TechnologyDegrees Offered:Bachelor of Science (BS)Bachelor of Science (BS) – Welding EmphasisBachelor of Integrated Studies (BIS)Associate of Applied Science (AAS)The MFET program at Weber State University has been ranked in the top five programs in the nation.

96. Why choose Manufacturing EngineeringTechnology (MFET) at Weber State University?You will gain practical experience through internships, cooperative education, and full- or part-time employment in a manufacturing environment, preparing you for an exciting career in the engineering field.Highly PaidStarting salaries for graduates with a bachelor’s degree in MFET are among the highest for Weber State University graduates.You’ll LearnAll Aspects of Manufacturing Computer-aided DraftingSolids ModelingMaterials and ProcessesMachiningPlastics and CompositesProduction MethodsSupervision SkillsSix Sigma Quality ToolsLean Production MethodsRapid PrototypingAutomationRoboticsPLC ProgrammingWelding Emphasis OptionOnly one of four programs nationwide offering a full four-year B.S. degree with an emphasis in Welding Engineering TechnologyWEBER STATE UNIVERSITY

97. Northeast BiomanufacturingCenter & CollaborativeSonia Wallman, Ph.D.NBC2 Executive Director 603.969.1053 swallman@biomanufacturing.orgwww. biomanufacturing.org

98. Central Dogma: DNA >> RNA >> ProteinDiscovery Research (DNA Centric)

99. Process Development and Biomanufacturing (Protein Centric)Ten Technician Jobs Anchor Ten Biomanufacturing DepartmentsFacilities/Metrology