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Articulation Agreement Proposal for Engineering Technology Associate’s Degree programs at Fox ValleyTechnical College and the BS programs in Mechanical and Electrical Engineering Technology at UW-GreenBayIn accordance with the University of Wisconsin System guidelines for articulation agreements between UWSystem institutions and WTCS (Wisconsin Technical College System) districts, the following associates programsat FVTC will count for significant block credit transfers into the Mechanical and Electrical Engineering Technologyprograms at UW-Green Bay. Each will be discussed separately with material required by the ACIS 6.2 guidelinesfor developing program-to-program articulation agreements. Students are required to successfully complete allUWGB degree requirements in order to earn a UWGB degree.1. UW-Green Bay Mechanical Engineering Technology BSPresented below is the curriculum for UWGB’s Mechanical Engineering Technology Program.UWGB Mechanical Engineering BS requirements(without general education and graduation requirements, unless fulfilled by degree requirements)Support Group (32-37 credits)ET 101ET 130either allCHEM 211, 213CHEM 212, 214orET 206MATH 202MATH 203MATH 260PHYSICS 103 or 201PHYSICS 104 or 202Fundamentals of Engineering Technology (2 cr)Basic Electrical Circuits I (3 cr)Principles of Chemistry I Lecture and Lab (5 cr )Principles of Chemistry II Lecture and Lab (5 cr)Chemistry for Engineers (5cr)Calculus & Analytic Geometry ICalculus & Analytic Geometry IIIntroductory Statistics (4 cr)Fundamentals of Physics I (5 cr) or Principles of Physics I – either algebra orcalculus basedFundamentals of Physics II (5 cr) or Principles of Physics II – either algebra orcalculus basedFundamentals Group (27 credits)ENGR 213Mechanics I: Statics (3 cr)ENGR 214Mechanics II: Dynamics (3 cr)ET 105Fundamentals of Drawing (3 cr)ET 142Introduction to Programming (3)ET 116Basic Manufacturing Processes (3 cr)ET 118Fluids I (3 cr)ET 207Parametric Modeling (3 cr)ET 220Mechanics of Materials (3 cr)ET 221Machine Components (3 cr)Advanced Study Group (28 credits)CHEM 320/PHYSICS 320Thermodynamics & Kinetics (3 cr)ENGR 301Engineering Materials (4 cr)ET 308Finite Element Analysis (3 cr)ET 318Fluids II (2 cr)pg. 1 (7/7/15)

ET 322ET 324ET 360ET 390One ofET 400ET 410Design Problems (3 cr)Motors & Drives (3 cr)Project Management (3 cr)Mechatronics (4 cr)Co-op/Internship in Engineering Technology (3 cr)Capstone Project (3 cr)A. FVTC Mechanical Design Technology 10-606-1 Associate’s DegreeRationale for how programs are related: The Associates program in Mechanical Design Technology is a good fitfor the fundamentals group of courses in UW-Green Bay’s Mechanical Engineering Technology (MET) program.Students completing the associate’s degree will meet the desired learning outcomes for some of thefundamentals and supporting courses in UWGB’s BS MET degree. Presented below are the curriculum for FVTC’sAssociate’s program, the array of courses in the UWGB program that the Associate’s program will fulfill in a blocktransfer, and recommendations for students pursuing this completion route. Students are required tosuccessfully complete all UWGB degree requirements in order to earn a UWGB degree.Proposed Articulated Block of CoursesNote that the two lists below, FVTC Associate’s degree requirement and block list of classes that the Associate’swill fulfill, are not equivalent course lists. The FVTC list is the required course list for the associate’s degree andthe UWGB list is the fundamentals and supporting course block that the FVTC degree will fulfill.FVTC Mechanical Design Technology AssociateCourse 610-804-11510-801-19510-809-19710-804-116Course nameMan. Proc. Cold Machin.Tech. Drafting 1Inter. AutoCADCATIA V5 BasicTech. Drafting 2Man. Proc. Hot WeldingDesign of ToolingStatics/Strength of Mats.KinematicsMetallurgyGeometric Dim. & Toler.Design ProblemsElements Machine DesignCollege Physics 2Oral/Interper. Comm.Coll. Tech. Math 1Written CommunicationCont. Amer. SocietyColl. Tech. Math 2Credits2512424342243335334UWGB CoursesCourse #ET 101ET 105ET 116ET 118ET 207ET 220ET 221Course nameFund. Eng. Tech.Fund. Of DrawingBasic Man. ProcessFluids IParametric ModelMech. Of MaterialsMachine ComponentsPhysics 104 Fund of Physics IIFirst Year SeminarEnglish CompetencySocial ScienceSocial ScienceSocial ScienceCommunicationsMath 104Elem Func: Int Alg/TrigElective CreditsCredits2333333533333342269pg. 2 (7/7/15)

10-809-199 Psychology of Human Rel.310-809-195 Economics3Select the following 2 courses as the elective options:10-419-101 Fluid Power: Mech. Des.210-606-128 Adv. AutoCAD269Direct Course EquivalentGeneral Education CourseRecommendations for Students:For FVTC students planning to pursue a BS in Engineering Technology, the following courses and their UWGBequivalents are recommended.CourseTech. Calculus 1College Physics 1DC Circuits 1and DC Circuits 2and DC Circuits 3FVTC 2credits43111UWGB # MATH 202 Calculus & An Geo IPHYSICS 103 Fund of Physics IET 130 Basic Elec. Circuit ICourses Still Needed at UWGB:CourseENGR 213Mechanics I: StaticsENGR 214Mechanics II: DynamicsET 130Basic Elec. Circuit IET 142Intro. to ProgrammingET 206Chemistry for Eng.Or ALLCHEM 211/213 Principles of Chemistry 1 (lec & lab)CHEM 212/214 Principles of Chemistry 2 (lec & lac)MATH 202Calculus & Analytic Geometry IMATH 203Calculus & Analytic Geometry IIMATH 260Introductory StatisticsPHYSICS 103 Fundamentals of Physics IAdd t dcredits433Credits3333555444528Advance study groupRemaining pre-requisite courses, general education & graduation requirementspg. 3 (7/7/15)

2. UW-Green Bay Electrical Engineering Technology BSPresented below is the curriculum for UWGB’s Electrical Engineering Technology Program.UWGB Electrical Engineering BS requirements(without general education and graduation requirements, unless fulfilled by degree requirements)Support Group (20 credits)ET 101MATH 202MATH 203PHYSICS 103 or 201PHYSICS 104 or 202Fundamentals of Engineering Technology (2 cr)Calculus & Analytic Geometry I (4 cr)Calculus & Analytic Geometry II (4 cr)Fundamentals of Physics I or Principles of Physics I (5 cr) – either algebraor calculus basedFundamentals of Physics II or Principles of Physics II (5 cr)-either algebraor calculus basedFundamentals Group (29 credits)ET 105Fundamentals of Drawing (3 cr)ET 130Basic Electrical Circuits I (3 cr)ET 131Basic Electrical Circuits II (3 cr)ET 142Introduction to Programming (3 cr)ET 150Codes, Safety, and Standards (2 cr)ET 232Semiconductor Devices (3 cr)ET 233Linear Circuits (3 cr)ET 240Microcontrollers & Programmable Logic Controllers (3 cr)ET 250Signals and Systems (3 cr)ET 311Digital Electronics (3 cr)Advanced Study Group (31 credits)ET 324Motors and Drives (3 cr)ET 340Advanced PLCs (3 cr)ET 342Supervisory Control and Data Acq (3 cr)ET 344Industrial Electronics and Control (3 cr)ET 346Electric Power Systems (3 cr)ET 348Electromagnetic Fields and Applications (3 cr)ET 350Data Communication and Protocols (3 cr)ET 360Project Management (3 cr)ET 390Mechatronics (4 cr)One ofET 400Co-op/Internship in Engineering Technology (3 cr)ET 410Capstone Project (3 cr)pg. 4 (7/7/15)

A. FVTC Automated Manufacturing Systems Technology AAS 10-628-3Rationale for how programs are related: The Associate’s program in Automated Manufacturing SystemsTechnology is a good fit for the fundamentals group of courses in UW-Green Bay’s Electrical EngineeringTechnology (ElecET) program. Students completing the associate’s degree will meet the desired learningoutcomes for some of the fundamentals and supporting courses in UWGB’s BS ElecET degree. Presented beloware the curriculum for FVTC’s Associate’s program, the array of courses in the UWGB program that theAssociate’s program will fulfill in a block transfer, and recommendations for FVTC students pursuing thiscompletion route. Students are required to successfully complete all UWGB degree requirements in order toearn a UWGB degree.Proposed Articulated Block of CoursesNote that the two lists below, FVTC Associate’s degree requirement and block list of UWGB classes that theAssociate’s will fulfill, are not equivalent course lists. The FVTC list is the required course list for the Associate’sdegree and the UWGB list is the fundamentals and supporting course block that the FVTC degree will fulfill.FVTC Automated Manufacturing SystemsTechnology AssociateCourse 610-804-11310-801-19510-804-11410-809-199Course nameLadder Logic/Con. Dev.Progam. Logic Control.Con. Program. For TechniciansComputer Sys.DC Circuits 1DC Circuits 2DC Circuits 3AC Circuits 1Tech. Software Essen.Fluid PowerElectronic Constr. AppsPLC 2PLC 3Visual Basic Program.AutoCAD Fund.Blueprint Read/AutoCADSemiconductors 1Semiconductors 2RoboticsInstr. & Proc. ControlElements of MachinesPLC 4PLC 5Operator InterfacesMotors and Drives 2Motors and Drives 1Cell IntegrationEnterprise IntegrationElectrical Power Sys.Oral/Interper. Comm.Coll. Tech. Math 1AWritten Comm.Coll. Tech. Math 1BPsychology of Hum. Rel.UWGB urse #Course nameET 101Fund. Eng. Tech.ET 105Fund. of DrawingET 130Basic Elec. Circuits IET 131Basic Elec. Circuits IIET 142Intro. to ProgrammingET 150Codes, Safety, Stand.ET 240Microcon. & PLCsET 250Signals and SystemsET 311Digital ElectronicsFirst Year Sem.CommunicationsCommunicationsEnglish CompetencySocial ScienceSocial ScienceMATH 104Elem Func: Int Alg/TrigElectives CreditsCredits23333233333333342370pg. 5 (7/7/15)

10-801-197 Technical Reporting10-809-195 EconomicsSelect the following 1 course as the elective options:10-804-116 Coll. Tech. Math 2Select the following 2 courses as the elective options:10-628-136 Automated Sys. Design10-628-157 Adv. Industrial Apps.3342270Direct Course EquivalentGeneral Education CourseRecommendations for Students:For FVTC students planning to pursue a BS in Engineering Technology, the following courses and their UWGBequivalents are recommended.CourseCollege Physics 1College Physics 2Tech. Calculus 1Tech Calculus 2Linear CircuitsFVTC 9credits33443UWGB #PHYSICS 103 Fund of Physics IPHYSICS 104 Fund of Physics IIMATH 202 Calculus & An Geo IMATH 203 Calculus & An Geo 2ET 233 Linear Circuitscredits33443Courses Still Needed at UWGB:CourseCreditsET 233 Linear Circuits3ET 232 Semiconductor Devices3MATH 202 Calculus & Analytic Geometry I4MATH 203 Calculus & Analytic Geometry II4PHYSICS 103 Fundamentals of Physics I5PHYSICS 104 Fundamentals of Physics II5Advanced study group31Remaining pre-requisite courses, general education & graduation requirementspg. 6 (7/7/15)