This course is offered through the Network for Fitech Energy 2. These studies are available for master's and doctoral degree students studying in the Faculty of Mathematics and Science and the Faculty of Information Technology.
","fi":"Tämä opintojakso on tarjolla Fitech Energy 2 -verkostossa. Verkoston opinnot ovat tarjolla Jyväskylän yliopiston Matemaattis-luonnontieteellisen tiedekunnan ja informaatioteknologian tiedekunnan maisteri- ja tohtoriopiskelijoille.
"},"cooperationNetwork":{"abbreviation":"fitech-energy-2","name":{"en":"FITech Energy studies for Master’s students","fi":"FITech Energia maisteriopinnot ","sv":"FITech Masterstudier i energi "}}}],"gradeScaleId":"sis-0-5","outcomes":{"en":"After the course, you will know more about photo- and electroactive materials and how their properties can be utilized in many applications. You will have an idea of how to optimize and tune some of the materials properties and on how to achieve the best fit when combining materials either in a composite or as a neighboring layer in an application.","fi":"After the course, you will know more about photo- and electroactive materials and how their properties can be utilized in many applications. You will have an idea of how to optimize and tune some of the materials properties and on how to achieve the best fit when combining materials either in a composite or as a neighboring layer in an application.","sv":"After the course, you will know more about photo- and electroactive materials and how their properties can be utilized in many applications. You will have an idea of how to optimize and tune some of the materials properties and on how to achieve the best fit when combining materials either in a composite or as a neighboring layer in an application."},"tweetText":null,"content":{"en":"This course is a continuation of the course “Properties of Functional Materials”. Functional materials with prominent characteristics are used as examples for different applications. Materials classified as energy material and there use as energy harvesting, converting, harvesting and transferring of energy will be discussed. Different ways of applying these materials in optical and in energy devices (light emitting diodes, solar cells, supercapacitors, smart windows etc), in transistors, sensors, medical applications and as catalyst materials are discussed.\r\n\r\nAdditionally, the course discusses how to combine materials into efficient composite materials in order to modify the functionality to fit different applications.","fi":"This course is a continuation of the course “Properties of Functional Materials”. Functional materials with prominent characteristics are used as examples for different applications. Materials classified as energy material and there use as energy harvesting, converting, harvesting and transferring of energy will be discussed. Different ways of applying these materials in optical and in energy devices (light emitting diodes, solar cells, supercapacitors, smart windows etc), in transistors, sensors, medical applications and as catalyst materials are discussed.\r\n\r\nAdditionally, the course discusses how to combine materials into efficient composite materials in order to modify the functionality to fit different applications.","sv":"This course is a continuation of the course “Properties of Functional Materials”. Functional materials with prominent characteristics are used as examples for different applications. Materials classified as energy material and there use as energy harvesting, converting, harvesting and transferring of energy will be discussed. Different ways of applying these materials in optical and in energy devices (light emitting diodes, solar cells, supercapacitors, smart windows etc), in transistors, sensors, medical applications and as catalyst materials are discussed.\r\n\r\nAdditionally, the course discusses how to combine materials into efficient composite materials in order to modify the functionality to fit different applications."},"additional":{"en":"Degree students at the University of Turku can enroll in this course only during the academic years that the lecture course KEMI6513 Functional Materials is not offered (i.e. academic year 2025-2026).","fi":"Degree students at the University of Turku can enroll in this course only during the academic years that the lecture course KEMI6513 Functional Materials is not offered (i.e. academic year 2025-2026)."},"prerequisites":null,"compulsoryFormalPrerequisites":[],"recommendedFormalPrerequisites":[],"literature":[],"learningMaterial":null,"completionMethods":[]}],"prerequisiteCourseUnit":[],"prerequisiteModule":[]},"prerequisiteCourseUnitPage":{"nodes":[]},"prerequisiteModulePage":{"nodes":[]},"parentModulePage":{"nodes":[]}},"pageContext":{"type":"courseUnit","locale":"en","title":"Application of Functional Materials","id":"otm-851022fd-211a-3014-af2e-c23d808b3c13","code":"KEMI4028","prerequisiteCourseUnitIds":[],"prerequisiteModuleIds":[],"parentModuleIds":[],"curriculumPeriodStartDate":"2026-08-01","curriculumPeriodEndDate":"2027-08-01","coordinatingOrgIds":[],"searchable":false,"searchTags":null,"organisationIds":["otm-69f8ea31-de0c-3050-ab2a-e571fbab1f95"],"organisations":[],"attainmentLanguages":[],"hasSummerStudies":false,"teachingPeriods":[],"cooperationNetworkDirection":"INBOUND","hasCooperationNetworkSettings":true,"hasAvoinTeaching":false}}}