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x 2x001E1C0C11C0 2x001EClC1F dp27 x 2x001E1C0C11C0 2x001EClC1F dp27

x 2x001E1C0C11C0 2x001EClC1F dp27 - PDF document

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x 2x001E1C0C11C0 2x001EClC1F dp27 - PPT Presentation

8  A 8A 3A oBD1 Ha DD14x FHG7H0Ep  Ao p sH2G0EH0GG3H0E x000E206H0Ga B seC  Aoposed ox000E x000Ela x001CBC01  AolAaB CaBe 2 x001E1C0 C11 C0 2x001ECl C1F dp27  Ao ID: 847151

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1 8  =/x 2 1C0 C11) C0 2
8  =/x 2 1C0 C11) C0 2Cl C1F dp2:7  A 8A 3A oBD1 ,(Ha DD14x FHG7H0Ep  Ao p sH2G0EH0GG3H0E 206H0Ga B seC  Aoposed () o ()) (l(a BC01  AolAaB CaBe 2 1C0 C11) C0 2Cl C1F dp2:7  AolAaB 0)a)1s 8/8 -8/88 3Cl C1 6o77eles 6o77ele "1 ,A BBa13 lB)G ,l * pC0 C11) C0  AolAaB/3a?oA 6ode dp2: pC0 C11) C0 dB3D1) * pC0 C11) C0  Aoposa7 6o)a() ,C;B o 1D)   =/x 2 1C0 C11) C0 2Cl C1F dp2:7 3 2e O0 s(aH1) 8//EF7 G 77 +e o33eAedE * 2 1C0 C11) C0 2 DDB3x//H 1A(a4A14(/ 6a)a7ol  AolAaB ,e81 AeBe)s9 6o1AseGoA//Co-)=es s 4 4 "1 CC-D13 3 BD C B3 H11C 3BD 3014 61C Bll ()316)G B3 H11C aBl1D14A 2 7 6o1Ase D )7e 6Aed )s  8 2:3pEF8 2:3pEF8 2:3pEF8 2:3pEF8  8 2:3pEF8 2:3pEF8 2:3pEF8 ,BBl BD C37 2:3pEF8 2:3pEF8 ,BBl BD C37 2:3pEF8 2:3pEF8 2:3pEF8 psed8/8 30 es(A p) o ad ,a) oa7e 3oA 3od P(a) osE =  =/x 2 1C0 C11) C0 2Cl C1F dp2:7 �

2 01C;DDB3x// ()31l1B*A(a4
01C;DDB3x// ()31l1B*A(a4A14(/()31B4a C B DDB3x//()31l1B*A(a4A14(/()31B4a C/ s/, spe( P(a77 des la)edE 0e7e() )=e a(adeB ( (a7edaA )pe 3oA )= s pAolAaB B(a7edaA )pes G )= da)es (a +e 3o1d o )=e ,B41a  Bl1C4B) B DDB3x// F paleF F9 F9  =/x 2 1C0 C11) C0 2Cl C1F dp2:7    Aop sed ()e( e() d(le( a B seC  A o-psed ()) (l(a dBCB01) 2 34 1D) 6(a4A14( 7 8A o-psed e B ) 2 3)a36(a4A14( 7 3A o-psed B ) 2 3)a36(a4A14( 7 =A ps/? e B ) 2 7 FA ps/? o1BC 2 7 EA ,B41a  ,**B )3 ()) (l(a dBCB01) al3C6(a4A14( 7 +A /)B4(BD1 ,l ()) (l(a dBCB01) 2 7 8A /)B4(BD1 e B ) 2 7 9A o1BC * D1 /)B4(BD1 ,l 2 7  /A ,1CBD1 e B ) 2 7   A 2 al3C6(a4A14( 7  8A /)B4(BD1 BDBl0 dBCB01) 2 7  A 8A 3A =A FA EA +A 8A 9A  /A   A  8A  3A  =A  FA  EA  +A  8A  9A RelaƟonship to Otheƌ Unit

3 s oƌ InsƟtuƟonsAƩachments Bioengin
s oƌ InsƟtuƟonsAÆ©achments Bioengineeƌing Pƌoposed.docdžAdministƌaƟǀeDocumentsReǀieǁeƌCommentsMaƌLJ Bell ;mcďellͿ ;Ϭϳ/Ϯϭ/ϮϬ ϯ:ϱϴ pmÍ¿: Rollďack: The catalog & pƌogƌam infoƌmaƟon must ďeupdated to ƌeflect the coƌƌect total of cƌedits.  MaƌLJ Bell ;mcďellͿ ;ϭϬ/ϭϲ/ϮϬ ϯ:ϰϯ pmÍ¿: Rollďack: The effecƟǀe teƌm needs to ďe updated tospƌing ϮϬϮϭ; update the catalog foƌmat; update the Pƌe‐appƌoǀed elecƟǀes to specifLJ ϯ‐ϲcouƌses oƌ cƌedits. Thanks.  KeLJ: ϭϰϬFoƌ Masteƌ’s degƌee pƌogƌams, descƌiďe the thesis ƌeƋuiƌement and/oƌ the non‐thesis ƌeƋuiƌement.If a ƌeƋuiƌed oƌ ƌecommended couƌse is offeƌed ďLJ anotheƌ depaƌtment, discuss hoǁ the addiƟonal studentsǁill not undulLJ ďuƌden that depaƌtment’s facultLJ and ƌesouƌces. Discuss anLJ otheƌ potenƟal impacts on anotheƌdepaƌtment, such as academic content that maLJ significantlLJ oǀeƌlap ǁith edžisƟng pƌogƌams. Use space ďeloǁfoƌ anLJ comments. Otheƌǁise, aÆ©ach suppoƌƟng coƌƌespondence.AccƌeditaƟon and Licensuƌe. Will the pƌogƌam need toÂ

4  Äe accƌedited? If so, indicate t
 Äe accƌedited? If so, indicate the accƌediƟng agencLJ. Also,indicate if students ǁill edžpect to ďe licensed oƌ ceƌƟfied in oƌdeƌ to engage in oƌ ďe successful in the pƌogƌam’staƌget occupaƟon.Descƌiďe anLJ coopeƌaƟǀe aƌƌangements ǁith otheƌ insƟtuƟons oƌ oƌganizaƟons that ǁill ďe impoƌtant foƌ thesuccess of this pƌogƌam.SuppoƌƟng Documents140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCcoY of Y4C20C2021, 4:46 PM Select the academic calendaƌ tLJpe foƌ this pƌogƌam ;calendaƌ tLJǁith dates can ďe found on the  Academic Calendaƌ pageÍ¿TƌadiƟonal SemesteƌList the intended student leaƌning outcomes. In an aÆ©achment, pƌoǀide the plan foƌ assessing these outcomes. Bioengineeƌing has cƌeated addiƟonal specialized couƌseǁoƌk foƌ M.Eng.and GCEN studentsand, as such, ǁe aƌe updaƟng the cuƌƌiculum accoƌdinglLJ.DescƌipƟon and RaƟonale foƌ ModificaƟons. Foƌ neǁ oƌ modified couƌses, please pƌoǀide the couƌse catalog infoƌmaƟon ;cƌedits, descƌipƟon, pƌeƌeƋuisites,etc.Í¿. Suffidžed "Selected" oƌ "Special" topics couƌs

5 es should ďe aǀoided. Neǁ couƌs
es should ďe aǀoided. Neǁ couƌses and couƌse modificaƟonsmust ďe suďmiÆ©ed thƌough the couƌse appƌoǀal pƌocess at  hÆ©ps://couƌseleaf.umd.edu/couƌseadmin. You maLJsuďmit indiǀidual couƌse changes thƌough the couƌse appƌoǀal pƌocess concuƌƌentlLJ ǁith the pƌogƌam pƌoposal;hoǁeǀeƌ, the couƌse change appƌoǀals maLJ ďe held unƟl the pƌogƌam pƌoposal is appƌoǀed.N/AWe ǁill ďe fledžiďle ǁith students ǁho haǀe taken a midžtuƌe of BIOEϲXX couƌses undeƌpƌeǀious ƌeƋuiƌements. Theiƌ degƌees ǁill not ďe impacted negaƟǀelLJ in anLJ ǁaLJ.Impact on cuƌƌent students. It should ďe specificallLJ acknoǁledged that students enƌolled in the pƌogƌam pƌioƌto the effecƟǀe date of anLJ cuƌƌiculum change maLJ complete theiƌ pƌogƌam undeƌ the old ƌeƋuiƌements if theLJǁish. The couƌses ƌeƋuiƌed must ƌemain aǀailaďle, oƌ suitaďle suďsƟtuƟons specificallLJ designated.Linked PƌogƌamsIndicate in the space ďeloǁ all pƌogƌams to ǁhich this pƌogƌam is foƌmallLJ linked ;e.g., appƌoǀed comďinedďacheloƌ's/masteƌ'sÂ

6  pƌogƌams, dual masteƌ's pÆ
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7 ‡siologLJ foƌ BioengineeƌsÍ¿Pƌe‐A
‡siologLJ foƌ BioengineeƌsÍ¿Pƌe‐Appƌoǀed ElecƟǀes ;Choose ϯ‐ϲ couƌsesÍ¿:Ï­Ï´ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴD ‐ ApplicaƟon of BiomateƌialsÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴG ‐ Genome EdiƟng and SLJntheƟcBiologLJͿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴA ‐ AddiƟǀe Manufactuƌing foƌBioengineeƌing ApplicaƟonsÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴY ‐ ApplicaƟons of Tissue EngineeƌingÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴW ‐ Biosensoƌ TechniƋues,InstƌumentaƟon, and ApplicaƟonsÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴL ‐ ApplicaƟons in BiophaƌmaceuƟcalEngineeƌingÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴF ‐ ApplicaƟons of BioinfoƌmaƟcsÍ¿ BIOEϲϱϴSpecial Topics in Bioengineeƌing ;M.Eng.Ϳ ;BIOEϲϱϴNÍ¿ ENPMϴϬϴAdǀanced Topics in EngineeƌingOtheƌ ElecƟǀes ;madžimum of ϯ couƌsesÍ¿. See plan.Total CƌeditsConƟngent on aǀailaďilitLJ of couƌses. Please see adǀiso

8 ƌ foƌ fuƌtheƌ details.Sample pla
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9 ƌing is steadilLJ ďecoming the ǁ
ƌing is steadilLJ ďecoming the ǁoƌld's laƌgest industƌial sectoƌ.Theƌe is an incƌeasing demand in thejoď maƌket foƌ doctoƌs ǁho aƌe competent in the latest technologies and engineeƌs ǁho aƌe pƌopeƌlLJ tƌained inďasic medical science and ďiotechnologLJ.The  Fischell Depaƌtment of Bioengineeƌing at the UniǀeƌsitLJ ofMaƌLJland is the home of this emeƌging academic discipline, edžciƟng inteƌdisciplinaƌLJ degƌee pƌogƌams, andfacultLJ and students ǁho ǁant to make a diffeƌence in human health and ďiological science thƌough educaƟon,ƌeseaƌch, and inǀenƟon.Students in ouƌ Masteƌ of Engineeƌing pƌogƌam ǁill leaƌn to integƌate pƌinciples of engineeƌing and ďiologicalsLJstems to deǀelop neǁ technologies and deǀices that impƌoǀe human health, fight disease, and aid peƌsonsǁith disaďiliƟes.Students haǀe the opƟon to complete the pƌogƌam online oƌ on campus.This pƌogƌam isuniƋuelLJ posiƟoned to offeƌ educaƟonal stƌengths in engineeƌing, ďiologLJ, and medicine.In just ϭϬ couƌses,LJou’ll eaƌn a masteƌ’s degƌee that ǁil

10 l pƌepaƌe LJou to pioneeƌ innoǀ
l pƌepaƌe LJou to pioneeƌ innoǀaƟǀe engineeƌing soluƟons that impƌoǀehuman health aƌound the ǁoƌld.Catalog Pƌogƌam ReƋuiƌements:Couƌseǁoƌk/Non‐thesis onlLJ:ϯϬ cƌedits ƌeƋuiƌedThis gƌaduate pƌogƌam is an appƌoǀed non‐thesis pƌogƌam.The non‐thesis opƟon has ďeen saƟsfied ǁhen allcouƌseǁoƌk has ďeen completed.Non‐thesisonlLJ:ϯϬ cƌedits All Pƌofessional Masteƌ of Engineeƌing Pƌogƌams consist of ϭϬ couƌses/ϯϬ cƌedits. Allstudents aƌe edžpected to complete a pƌeliminaƌLJ couƌse plan foƌ theiƌ intended degƌee pƌogƌam. Degƌee planningǁoƌksheets can ďe found heƌe:  hƩps://adǀancedengineeƌing.umd.edu/degƌee‐planning‐sheetsCouƌseTitleCƌedits140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCcoD of Y4C20C2021, 4:46 PM Bioengineeƌing ;online, MEBIͿPƌogƌam StatusAcƟǀeEffecƟǀe TeƌmFall ϮϬϮϭCatalog YeaƌϮϬϮϭ‐ϮϬϮϮPƌogƌam LeǀelGƌaduate PƌogƌamPƌogƌam TLJpeMasteƌ'sDeliǀeƌLJ MethodOnlineDepaƌtments DepaƌtmentMaƌLJland Applied Gƌaduate EngineeƌingColleges CollegeThe A. James Claƌk School of EngineeƌingPƌogƌam/MajoƌMH

11 EC InǀentoƌLJPƌogƌamEngineeƌingCIP
EC InǀentoƌLJPƌogƌamEngineeƌingCIP CodeHEGISMHEC RecognizedAƌea;sͿ ofConcentƌaƟonDegƌee;sͿ Aǁaƌded Degƌee AǁaƌdedMasteƌ of Engineeƌing140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCco4 of Y4C20C2021, 4:46 PM 140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCco3 of Y4C20C2021, 4:46 PM foƌ D‐ENPM Chaiƌϰ. Ϭϳ/Ϯϭ/ϮϬ ϯ:ϱϴ pmMaƌLJ Bell ;mcďellÍ¿:Rollďack to IniƟatoƌϱ. Ϭϵ/Ϯϵ/ϮϬ Ϯ:ϱϵ pm;sdietƌicÍ¿: Appƌoǀedfoƌ D‐ENPMManageƌϲ. Ϭϵ/Ϯϵ/ϮϬ ϯ:Ϭϯ pmGeoƌge SLJƌmos;sLJƌmosÍ¿: Appƌoǀedfoƌ D‐ENPM PCCϳ. Ϭϵ/Ϯϵ/ϮϬ ϯ:Ϭϰ pmGeoƌge SLJƌmos;sLJƌmosÍ¿: Appƌoǀedfoƌ D‐ENPM Chaiƌϴ. ϭϬ/ϭϲ/ϮϬ ϯ:ϰϯ pmMaƌLJ Bell ;mcďellÍ¿:Rollďack to IniƟatoƌϵ. ϭϬ/ϭϵ/ϮϬ ϯ:Ϯϯ pm;sdietƌicÍ¿: Appƌoǀedfoƌ D‐ENPMManageƌϭϬ. ϭϬ/ϭϵ/ϮϬ ϯ:ϰϳ pmGeoƌge SLJƌmos;sLJƌmosÍ¿: Appƌoǀedfoƌ D‐ENPM PCCÏ­Ï­. ϭϬ/ϭϵ/ϮϬ ϯ:ϱϱ pmGeoƌge SLJƌmos;sLJƌmosÍ¿: Appƌoǀedfoƌ D‐ENPM ChaiƌϭϮ. ϭϭ/Ϯϯ/ϮϬ Ϯ:ϱϰ pmMaƌLJ Bell ;mcďellÍ¿:Appƌoǀed foƌ ENGR140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCco2 of Y4C20C2021, 4:46Â

12  PM Catalog Pages Using this Pƌogƌ
 PM Catalog Pages Using this Pƌogƌam Bioengineeƌing, Masteƌ of Engineeƌing ;M.Eng.Í¿Pƌoposed AcƟonCuƌƌiculum ChangePƌogƌam NameDate SuďmiÆ©ed: ϭϬ/ϭϵ/ϮϬ ϯ:ϮϮ pm Last appƌoǀed: Ϭϵ/Ï­Ï®/ϭϵ ϴ:Ϭϯ amLast edit: Ϭϰ/ϮϬ/Ϯϭ ϰ:ϰϮ pmChanges pƌoposed ďLJ: Sonja Dietƌich ;sdietƌicÍ¿140: BLoen&LneerLn& conOLne, MEBHtOPPps:CCcourseOeMfBumdBeduCco1 of Y4C20C2021, 4:46 PM Bioengineering ï¿¿ï¿¿DISCLAIMER: All offerings are tentative and subject to change. Updated 12/21/2020 Master of Engineering: 30 Credits / 10 Courses Students in the Professional Master of Engineering in bioengineering program will take fourcore courses and elective coursesthat are preapproved. Students must obtain permission from their academic advisor for anynonBIOE elective course. There is no research or thesis required for this degree. Bioengineering Core ( take four courses ): BIOE6 58M Applied Mathematics in Bioengineering ( every F all) BIOE658R Regulatory Affairs in Medical Product Development every Fall) BIOE658E Biomedical Device Developments (every S pring , starting Spring 2021 ) BIOE658P Physiology for Bioengineers (every S pring) Pre -

13 approved Electives ( choose at least th
approved Electives ( choose at least three courses ): BIOE6 58 D Application of Biomaterials (every odd Fall) BIOE658G Genome Editing and Synthetic Biology (every even Fall) BIOE658A Additive Manufacturing for Bioengineering Applications ( Spring 2020 then every odd Spring) Applications of Tissue Engineering ( every even Spring ) BIOE658W Biosensor Techniques, Instrumentation, and Applications (every Summer) BIOE6 58 L Applications in Biopharmaceutical Engineering (every even Summer) BIOE6 58 F Applications of Bioinformatics (every odd Summer) BIOE6XX (note: priority enrollment for non - M.Eng. specific 600 - level BIOE courses will be given to Ph.D. and M.S. students. M.Eng. students may enroll if seats are available at the start of the term) ENPM808 Independent Study – OR – B IOE658N Advanced Expe riences in Bioengineering (Co - op ) (maximum of one – application form must be submitted one month before start of term for approval ) BIOE4XX Optional Non - BIOE Technical Electives (maximum of three courses ) with advisor approval Professional Development (maximum one course )

14 ENCE627 - Project Risk Managemen
ENCE627 - Project Risk Management ENCE662 - Introduction to Project Management ENCE604 - Sustainability Fundamentals for Project Managers ENCE665 - Management of Project Teams Biological Science (maximum 4 credits) (note : CBMG classes are frequently only 2 - credits, will need to take two to satisfy credit requiremen t) 600 - level courses in BIOL, BCHM, CBMG Math (maximum one course ) 600 - , STAT, EPIB 6XX Engineering (non - professional development courses) (maximum of three courses ) Students that began the PMBI/MEBI programs before January 2020 can choose to use the curriculum applicable to their catalog entry year, if available. NOTE: Any courses not listed above must be approved by the Senior Academic Advisor PRIOR to registration. KEY Online Option * (offering information) [Prerequisite course] April 20, 2021 MEMORANDUM TO:Robert BriberDean, A. James Clark School of EngineeringFROM: for more information). Please ensure that the changeis reflectein all other relevant descriptive materials. EJBmdc OFFICE OF THE SENIOR VICE PRESIDENT AND PROVOST 1119 Main Administration Building College Park, Maryland 207425031301.405.5252 TEL 301.405.8195 FA

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