Department of Electrical and Electronic Engineering Department of Physical Electronics. 1. Program Outline

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Harvey McDowell
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1 Deprtment of Electricl nd Electronic Engineering Deprtment of Physicl Electronics 1. Progrm Outline Deprtment of Electricl nd Electronic Engineering nd Deprtment of Physicl Electronics collborte closely to conduct eduction nd reserch. Both deprtments offer brod rnge of dvnced courses s well s fundmentl subjects in the field of electricl nd electronic engineering nd physicl electronics. The courses cover bsic topics necessry for understnding electricl nd electronic engineering nd physicl electronics, which provide the stte-of-the-rt results nd techniques in the field: electronic mterils, electron devices, wve, photonics nd communiction, electronic circuit, nd power, energy nd environment nd prgmticl courses, in which students cquire prcticl skills of electricl nd electronic engineering nd physicl electronics. long with mster s nd doctorl reserch ctivities, students re expected to enhnce the bilities of problem identifiction nd resolution. 2. Outlines In this progrm, students re expected to cquire the following bilities on the bsis of the outline described bove. 1) Bsic nd cutting-edge expertise cquisition in vrious trgeted res to understnd essentils in the field of electricl nd electronic engineering nd physicl electronics. 2) Problem setting nd solving bility in the interdisciplinry reserch fields. 3) Mneuvering bility to pply bsic nd expertise cquisition in the field of electricl nd electronic engineering nd physicl electronics to solve problems nd to propose cretive proposls. 4) bility to perform reserch projects with interntionl viewpoints nd future trends. 5) bility for documenttion of reserch process including the logicl ccountbility nd discussions with mny professionls. 3. Guide to tudy In this progrm, ech student is required to study the bsis of the following contents, in order to obtin the bilities mentioned bove. ) Bsic nd cutting-edge expertise cquisition tudy necessry bsics for understnding reserch fields of electronic mterils, electron devices, wve, photonics nd communiction, electronic circuit nd power, energy nd environment. lso study on cutting-edge knowledge in reserch fields of electricl nd electronic engineering nd physicl electronics. -1-

Both deprtments offer brod rnge of dvnced courses s well s fundmentl subjects in the field of electricl nd electronic engineering nd physicl electronics.

2 B) bility to solve problems in interdisciplinry reserch res To cultivte your bility to solve interdisciplinry reserch re round electricl nd electronic engineering nd physicl electronics, broden the knowledge of bove reserch fields. C) Problem setting nd solving bility nd mster s thesis reserch By performing reserch projects of mster s thesis, you cn cquire the bility for problem setting nd solving. In ddition to tht, you cquire the bility for project mngement. D) Reserch bility nd presenttion skills Through the documenttion of reserch process nd the discussion with mny professionls including supervisor, obtin the bsic reserch bility. In ddition, obtin communiction nd presenttion skills, which re necessry in the process of problem-finding/-setting/-solving. E) Culture nd interntionl communiction trengthen humnity nd obtin dptivity to different fields, through culturl nd lnguge subjects. 4. Grdution Requirements [Mster s degree] For Mster s degree ech student must stisfy the following requirements: (1) 30 credits or more from the Grdute school courses. (2) 8 credits from the eminr s ( 講究科目群 ). (3) 18 credits or more from the s by Deprtments ( 専門科目群 ). 16 credits in 18 must be from the Deprtmentl s ( 専攻専門科目群 ). (4) 2 credits or more from the Liberl rts nd Generl Eduction (G) ( 大学院教養共通科目群 ). (5) The student must complete mster thesis reserch, submit thesis for the degree nd tke nd pss the finl exmintion given fter the submission of her/his thesis for the qulifiction. [Doctorl degree] For Doctorl degree doctorl cndidte must stisfy the following requirements: (1) 30 credits or more from the Grdute school courses while you re grdute course student. (2) eminr in ech term must be tken. (3) Objective evidence to ssure the sufficient bility to perform reserch works. (4) English communiction skills (TOEIC score equl to or higher thn 650). (5) Complete thesis for the degree nd pss the finl exmintion. The cndidte who stisfies the bove requirements is wrded the doctorl degree. Note tht the bove requirements re miniml nd some dditionl requirements my be conditioned. ll students re strongly dvised to consult with their own supervisors bout the study pln. -2-

C) Problem setting nd solving bility nd mster s thesis reserch By performing reserch projects of mster s thesis, you cn cquire the bility for problem setting nd solving.

3 5. Tbles of ubjects Tble 1 eminr s( 講究科目群 ) Number Remrks* (ee footnotes ) R, MP R, DP eminr I-IV on Electricl nd Electronic Engineering eminr V-X on Electricl nd Electronic Engineering Deprtment Offering course** Credit EE EE R, MP eminr I-IV on Physicl Electronics PE R, DP eminr V-X on Physicl Electronics PE Chir cdemic dviser cdemic dviser cdemic dviser cdemic dviser emester : pring :utumn Opening yer : nnully e: Even o: Odd * R: Required, MP: Mster s Progrm, DP: Doctorl Progrm, **EE: Dept. of Electricl nd Electronic Engineering **PE: Dept. of Physicl Electronics -3-

EE 0-2-0 R, MP eminr I-IV on Physicl Electronics PE 0-2-0 R, DP eminr V-X on Physicl Electronics PE 0-2-0 Chir cdemic dviser cdemic dviser cdemic dviser cdemic dviser emester :

4 Tble 2 s by Deprtments( 専門科目群 ) Opening yer Remrks* Deprtment emester : nnully (ee Offering Credit Chir : pring Number e: Even footnotes) course** :utumn o: Odd Deprtmentl s ( 専攻専門科目 ) M. ndo dvnced Electromgnetic Wves EE J. Hirokw Wireless Communiction Engineering EE Not ssigned Lightwve Communictions EE ri. kib Guided Wve Circuit Theory EE T. Mizumoto Plsm Engineering EE N. Tkeuchi Frontier Industry ppliction of Electricl Dischrge nd Plsm Technology EE Not ssigned Pulsed Power Technology EE K. Ysuok N. Tkeuchi MIMO Communiction ystems EE Not ssigned Mgnetic Levittion nd Mgnetic uspension EE Chib Electric Power nd Motor Drive ystem nlysis EE H. kgi dvnced of Power Electronics EE H. Fujit dvnced Electric Power Engineering EE T. Nnhr, et l Environment nd Electric Energy EE M. Kuzumoto T. Horiguchi dvnced Power emiconductor Devices EE G. Mjumdr I. Tkt Technology Mngement EE Not ssigned Innovtion Engineering nd Mngement EE Not ssigned Technology Innovtion nd tndrdiztion I EE T. Wtnbe Technology Innovtion nd tndrdiztion II EE Y. Furuy Electromgnetic Field Mesurement EE Not ssigned Electronic Mterils PE Nkgw Electronic Mterils B PE T. Mnk Electronic Mterils C PE Ymd Electronic Mterils D PE M. Iwmoto Introduction to Photovoltics PE Not ssigned High-Tech Electronic Mteril PE M. Iwmoto, et l Physics nd Engineering of CMO Devices PE Not ssigned Bipolr Trnsistors, Compound emiconductor Devices nd emiconductor Processes PE Y. Miymoto dvnced Electron Devices PE Od Thin Film Devices nd Their pplictions PE M. Htno -4-

kib 54003 Guided Wve Circuit Theory EE 2-0-0 T. Mizumoto 54005 Plsm Engineering EE 2-0-0 N.

5 T. Koder Opticl nd Quntum Electronics PE Not ssigned VLI Technology PE Mtsuzw, et l Informtion torge Engineering PE Mtsunum Y. hiroishi Mixed ignl ystems nd Integrted Circuits PE Mtsuzw Nno-Mterils Electronics PE M. Iwmoto. Nkgw Electricl Modeling nd imultion PE Mtsuzw, et l Teching skills in English for doctorl course students PE J. D. Morris Mterils nd Processes for Microsystems PE W. I. Milne nlog Integrted Circuits CC Tkgi dvnced ignl Processing CC Nishihr dvnced Topics in Mobile Communictions CC K. Fukw Rurl Telecommunictions ID J. Tkd T. oygi * :Lectured in English pecific Interdisciplinry ubject of Physicl. Ymd PE Electronics. Nkgw pecific Interdisciplinry ubject of Physicl M. Htno PE Electronics B. Miyjim s in Other Deprtments ( 他専攻科目 ) s in other deprtments nd cdemies, except bove Deprtmentl s * cceptble for the credits of CEEE: cdemy for Co-cretive Eduction of Environment nd Energy cience. * Only the CEEE students cn tke this course. In order to promote interdisciplinry reserch on cmpus, students re required to tke/register courses provided by designted other mjors/progrms rther thn their own mjors/progrms. **EE: Dept. of Electricl nd Electronic Engineering **PE: Dept. of Physicl Electronics **CC: Dept. of Communictions nd Computer Engineering **ID: Dept. of Interntionl Development Engineering Tble 3 Liberl rts nd Generl Eduction(G) ( 大学院教養共通科目群 ) Remrks Interntionl Communiction (G)( 大学院国際コミュニケーション科目 ) Interdisciplinry s (G)( 大学院総合科目 ) elect the clsses listed in left. Only the interntionl students cn tke the s for Interntionl tudents. Interdeprtmentl s (G)( 大学院広域科目 ) rts nd Humnities (G)( 大学院文明科目 ) Creer Development s (G)( 大学院キャリア科目 ) s for Developing Cretivity (G)( 大学院創造性育成科目 ) s for Interntionl tudents (G)( 大学院留学生科目 ) -5-

55030 Teching skills in English for doctorl course students PE 0-1-0 J. D. Morris 55031 Mterils nd Processes for Microsystems PE 1-0-0 W. I. Milne 56009 nlog Integrted Circuits CC 2-0-0.

6 [Importnt] Following the eduction reform in pril 2016, in principle, new courses equivlent to those currently vilble will be offered. Regrding the newly offered courses, plese check the cross-reference tble tht will be vilble on Tokyo Tech s website t lter dte. -6-

Department of Mechanical and Environmental Informatics

Department of Mechanical and Environmental Informatics Deprtment of Mechnicl nd Environmentl Informtics 1. Progrm Outline Deprtment of Mechnicl nd Environmentl Informtics offers brod rnge of dvnced courses s well s fundmentl subjects in the field of mechnicl