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Course Catalog 2011-2012
Electrical Engineering - Master of Science (Technology) |
Contact
| Head of the Degree Programme: | Lauri Sydänheimo |
| Faculty Secretary: | Saara Kallio, Päivi Salo |
| Study Coordinator: | Anna-Mari Viitala |
Learning outcomes
| - | Studies leading to the degree of Master of Science in Technology will provide students with: The competence to apply the knowledge acquired during advanced studies and a scientific approach to topical and concrete tasks |
| - | The competence to operate in different expert, development and management positions in working life |
| - | The competence to participate in societal debate pertaining to technology |
| - | The competence to use their language, communication and cooperation skills in working life and to apply them to scientific activities and societal debate |
| - | After achieving the learning outcomes, students will meet the prerequisites for pursuing a postgraduate degree and continuous learning. |
Structure
Common programme and subject-related studies, 20 cr
Learning outcomes
| - | Upon completion of the common studies students are able to comprehend essentials of physical, mathematical, and engineering background of the RF electronics. |
| - | Students are capable of applying relevant mathematical tools to solve questions related to the field. |
| - | Students are able to utilize concepts of electric circuit theory, electronics, and electromagnetics. |
| - | Students are capable of following key practices of technical writing and scientific working methods. |
Compulsory courses
| Course | Credit points | Class |
| SMG-8046 RF-Electronics Preparatory I | 5 cr | I |
| SMG-8146 RF-Electronics Preparatory II | 5 cr | I |
| SMG-8306 Transmission Lines and Waveguides | 7 cr | I |
| Total | 17 cr |
Supplemental courses
TLT-8017 is strongly recommended if electronics has not been one's major or minor in the Bachelor's degree.
Please select courses from the list to complete the study block`s requirement (20)
| Course | Credit points | Class |
| KIE-1056 Finnish for Beginners 1 | 3 cr | I |
| OHJ-1156 Programming II | 5 cr | I |
| SGN-1158 Introduction to Signal Processing, short version | 3 cr | I |
| TLT-5206 Communication Theory | 5-7 cr | I |
| TLT-6106 Basic Course on Wireless Communications | 5 cr | I |
| TLT-8017 Basic Communication Circuits - 1 | 6-7 cr | I |
Major studies
| Study block | Credit points |
| Radio Frequency Electronics | 30 cr |
Minor studies
| Study block | Credit points |
| Biomedical Engineering | 25 cr |
| Digital and Computer Electronics | 30 cr |
| RF ASIC Design | 25 cr |
| Signal Processing | 25 cr |
| Switched-Mode Converter Design | 20 cr |
| Wireless Communications | 25 cr |
Optional studies, 10 cr
Student can freely select the courses according to one's intrest as long as minimun of the degree (120 cr.) is done.
Master's Thesis (30 cr)
Learning outcomes
| - | To gather systematically knowledge related to the chosen field of specialty, combine different sets of data and analyze information. |
| - | To carry out and document independently a study using scientific methods. |
| - | To demonstrate professional skills in the field of the student's major subject. |
| - | To demonstrate maturity required for a university degree. |
Additional information
By carrying out an independent scientific assignment, the student gains ability to understand and apply scientific and professional concepts of the major. Through the thesis the student demonstrates his or her ability to analyze bigger entities, use relevant information sources, aquire appropriate data, process information, make conclusions, and write a research report. In connection with the thesis, student writes a maturity test, which is an essay written on a topic related to the thesis. The maturity test proves the student's command of the thesis topic.
Documents
EE_DItutkintorakennekaavio_1112.pdf