[{"id":"TMMEA","semesterYearStr":null,"data":{"paragraphMap":{"merinfo":{"kod":"merinfo","rubrik":{"en":"More information","sv":"Mer information"},"html":false,"text":{"en":"The programme comprises three terms (fourteen months) of course work at Luleå. If you chose the hydropower specialization, you may spend one term at Uppsala University to follow power engineering courses. The program ends with one term thesis project in Sweden or abroad. Several laboratory experiments in Porjus, Älvkarleby or ETC function of your specialization are planed as well as cite visits. The programme starts every year at the end of August. \nA detailed description of each course may be found at www.ltu.se. Further information may be gained by contacting the study director.\n\nStudy Director, Dr Michel Cervantes\nPhone: +46 (0)920 492143\nMail: michel.cervantes@ltu.se","sv":"The programme comprises three terms (fourteen months) of course work at Luleå. If you chose the hydropower specialization, you may spend one term at Uppsala University to follow power engineering courses. The program ends with one term thesis project in Sweden or abroad. Several laboratory experiments in Porjus, Älvkarleby or ETC function of your specialization are planed as well as cite visits. The programme starts every year at the end of August. \nA detailed description of each course may be found at www.ltu.se. Further information may be gained by contacting the study director."}},"exa_inr":{"kod":"exa_inr","rubrik":{"en":"Specialisations","sv":"Inriktningar"},"html":false,"text":{"en":"Students who have successfully completed the programme will be awarded a Master of Science in Sustainable Energy Engineering.","sv":"Students who have successfully completed the programme will be awarded a Master of Science in Sustainable Energy Engineering."}},"behor_kod":{"kod":"behor_kod","rubrik":{"en":"Prerequisites Code","sv":"Behörighetskod"},"html":false,"text":{"en":"11","sv":"11"}},"besk_ing":{"kod":"besk_ing","rubrik":{"en":"Description ingress","sv":"Beskrivning ingress"},"html":false,"text":{"en":"Luleå University of Technology offers a unique and broad international master program in sustainable energy engineering with two specialisations: hydropower and bio-energy, where nearly 2/3 of the courses are common. This master programme is open for both Swedish and foreign students. It aims to provide students with state of the art knowledge and experience.","sv":"Luleå tekniska universitet erbjuder ett unikt internationellt masterprogram i hållbar energiteknik med två specialiseringar, vattenkraft och bioenergi, med ca 2/3 av kurserna gemensamma. Masterprogrammet kan sökas av både svenska och utländska studenter. Programmet ger studenterna ”state of the art” kunskap och erfarenheter."}},"examben":{"kod":"examben","rubrik":{"en":"Examina","sv":"Examina"},"html":false,"text":{"en":"Masterexamen","sv":"Masterexamen"}},"behor_typ":{"kod":"behor_typ","rubrik":{"en":"Prerequisites","sv":"Behörighetstyp"},"html":false,"text":{"en":"Särskild behörighet.","sv":"Särskild behörighet."}},"besk_arb":{"kod":"besk_arb","rubrik":{"en":"Labour market","sv":"Var kan jag jobba?"},"html":false,"text":{"en":"The working market in Sweden is per year:\n- 30-60 engineers within hydropower\n- about 300 engineers within the energy sector apart from the new job created by new technology within renewable energy, e.g. bio fuel","sv":"Arbetsmarknaden i Sverige uppskattas till  \n- 30-60 ingenjörer inom vattenkraft within hydropower\n - ca 300 ingenjörer inom energisektorn bortsett från nya arbetstillfällen som skapas i och med ny teknologi inom förnybar energi, t ex bioenergi"}},"besk_text":{"kod":"besk_text","rubrik":{"en":"Description","sv":"Beskrivning"},"html":false,"text":{"en":"The global energy use is expected to increase with 60 % during the next 30 years. At the same time, there is an urgent need to decrease greenhouse gas emissions, which are certainly responsible for the actual climate changes. Limited access, increasing prise and geographical uncertainty in the access regions to natural resources some coal, oil, gas, and uranium make the development and use of sustainable energy sources a world necessity. \n\nThere is an urgent need and increasing demand worldwide for people trained to design, operate, maintain and optimise sustainable energy systems, the corner stones of a sustainable energy development. Luleå University of Technology offers a unique and broad international master program in sustainable energy engineering with two specialisations: hydropower and bio-energy, where nearly 2/3 of the courses are common. This master programme is open for both Swedish and foreign students. It aims to provide students with state of the art knowledge and experience.","sv":"Den globala energianvändningen antas öka med 60% under nästa 30-årsperiod. Samtidigt är det nödvändigt att minska utsläppen av växthusgaser, som säkerligen bär huvud ansvaret för klimatförändringarna. Begränsad tillgång, ökande priser, och osäkerheter i de områden där fyndigheterna av kol, olja, gas och uran ofta ligger gör också utvecklingen och användningen av hållbara energislag till en världsnödvändighet.\n\nDet finns ett stort behov och ökad efterfrågan i världen på människor utbildade till att konstruera, driva, underhålla och optimera hållbara energisystem, hörnstenarna i en hållbar energiutveckling. Luleå tekniska universitet erbjuder ett unikt och bred internationellt masterprogram i hållbar energiteknik med två specialiseringar, vattenkraft och bioenergi, med ca 2/3 av kurserna gemensamma. Programmet ger studenterna ”state of the art” kunskap och erfarenheter. All undervisning sker på engelska."}},"behor":{"kod":"behor","rubrik":{"en":"Prerequisites","sv":"Behörighet"},"html":false,"text":{"en":"A Bachelor´s degree of at least 180 credits or equivalent academic qualifications. Suitable backgrounds are a Bachelor in Mechanical engineering, Applied physics or Applied mechanics. At least 30,0 credits in Mathematics at university level is required.\n\nApplicants must provide proof of their proficiency in English. LTU require an IELTS test with minimum score 6,0 no part lower than 5,0 (academic) or a TOEFL test with miminum score 550 (213 in the computerbased test, 79 in the internetbased test) or equivalent.","sv":"Examen på grundnivå om minst 180 hp alt annan utbildning, praktisk erfarenhet motsv har förutsättningar att tillgodogöra sig utbildningen i ämnet/ämnena maskinteknik, fysik, tillämpad mekanik, elkraft, väg- och vattenbyggnad eller motsvarande samt minst 30 hp matematik varav vektoranalys och partiella differentialekvationer ska ingå.\n\nSökande ska ha goda kunskaper i engelska."}}},"kontaktPersonList":[{"uid":"cargri","mail":null,"pnr":"","phone":null,"surname":"Grip","givenName":"Carl-Erik","name":"Carl-Erik Grip","active":false,"sokbar":false}],"termin":{"period":null,"year":2009,"termin":"ht"}}}]