ELI2700 Elektronikk Emneplan

Emnet gir en innføring i fagområdet elektronikk. Hovedfokuset er halvleder komponentene; dioden, bipolar transistor og MOS transistor. Disse komponentene og operasjonsforsterkeren brukes i dette emnet for å prosessere signaler i forsterkerkretser.

Emnet inneholder 2 studiepoeng fysikk

MEK1000 Matematikk 1000, MEK2000 Matematikk 2000, ELPE1300 Elektriske kretser og ELI2300 Dynamiske systemer, eller tilsvarende er anbefalt forkunnskap.

Godkjent labororiekurs i ELPE1300 Elektriske kretser.

Etter å ha gjennomført dette emnet har studenten følgende læringsutbytte, definert som kunnskap, ferdigheter og generell kompetanse:

Kunnskap

Studenten:

• kjenner til beskrivelse av signal i tids- og frekvensdomenet.
• har kunnskap om oppbygging av forsterkere og kan analysere disse
• har kunnskap om operasjonsforsterkere konfigurert med tilbakekobling
• har kunnskap om ikke-ideelle parametre og begrensninger for operasjonsforsterkeren
• har kunnskap om oppbygning og virkemåte av halvlederkomponenter
• har kunnskap om dioden, modeller for dioder og ulike konfigurasjoner for bruk av dioder
• har kunnskap om oppbygning og bruk av bipolare transistorer og MOS Felteffekt transistorer.
• har kunnskap om transistorforsterkere inkludert dimensjonering av forsterkere og småsignal operasjon

Ferdigheter

Studenten kan:

• designe forsterkerkoblinger basert på tilbakekoblingssystemer
• bruke dioder og transistorer
• beskrive signaler i tid og frekvens
• lese og kople opp etter et skjema og drive nødvendig feilsøking
• diskutere en kretsløsning og forklare hvordan den virker
• bruke leverandørmanualer og datablad på egen hånd
• bruke enkle da- og ad-omformere

Generell kompetanse

Studenten:

• kan analysere et problem og spesifisere en løsningsmetodikk
• kan drøfte og diskutere ulike valg av løsningsmetode
• kan gjøre rede for den historiske utviklingen innen fagområdet elektronikk

On completion of the PhD Programme in Health Sciences, the candidate should have achieved the following learning outcomes defined as knowledge, skills, and general competence:

Knowledge

The candidate

• is in the forefront of knowledge within the field of research and masters the field’s philosophy of science and methodology
• is in the forefront of knowledge on the current national and international academic debates within health sciences specific to their own research field
• can evaluate the expediency and application of theories within health sciences and methodology specific to those theories
• can evaluate the research ethics related to the application of different research methods
• can evaluate the expediency and application of different methods and processes in health research
• can contribute to the development of new knowledge, new theories, and new methods within health sciences specific to their own field

Skills

The candidate can

• formulate research questions and decide appropriate research design, plan and carry out research projects, analyse data, and discuss the results
• place their own project in relation to a theoretical context and research tradition within health sciences
• carry out high-level research in cooperation with national and international research environments
• manage complex academic issues related to ethics, theory and method within their field of research
• challenge established knowledge and practice within their area of the health sciences
• disseminate their research both within the scientific community and to a wider audience

General competence

The candidate can

• identify and discuss ethical issues in health sciences
• carry out their research with scholarly and ethical integrity
• manage complex interdisciplinary assignments and projects
• participate in debates in international forums of their research field
• assess the need for, initiate, and practice innovation in health sciences

The PhD program is a three-year full-time study. The program’s required work duties can either be completed full time or part time. The maximum duration for completing the PhD programme is six years.

The programme is divided into two main parts:

• Training component (30 credits).
• Research component (150 credits).

The programme structure is flexible in that candidates may choose when to take the courses to adapt the training component to their individual theses. All courses conclude with an examination. The academic year lasts for 40 weeks, and candidates are expected to work 40 hours per week. This includes scheduled activities, individual activities, and the examination.

Candidates may choose other courses at other units at OsloMet or at other national or international institutions. The PhD committee at the Faculty of Health Sciences shall consider the approval of such courses in individual applications. Candidates are advised to apply for approval in advance.

Candidates may be awarded a maximum of 5 credits for research stays abroad in connection with their thesis. Candidates must apply to the PhD Committee at the Faculty of Health Sciences to have credits approved before research stays are undertaken. On their return, candidates must submit a report for assessment by the PhD Committee as to whether the stay was undertaken in accordance with their application. Credits for research stays abroad are awarded subject to assessment by the PhD Committee at the Faculty of Health Sciences. The following criterion will apply:

• Activity: Research stay abroad in connection with work on the thesis (minimum of 2 weeks).
• Credits: 2-5 credits (maximum of 1 credit per week).

See section "Internationalisation" for a more detailed description of research stays abroad.

Training component

The training component (30 credits) must promote the candidates' research and competence development. It comprises courses offering theoretical and methodological training in performing the work involved in conducting research and writing the thesis.

The compulsory courses, PHVIT9000, Health Sciences I, and PHVIT9100, Health Sciences II: Philosophy of Science, Research Ethics and Research Methodology will provide candidates with a theoretical and methodological platform. Health Sciences I will give candidates a critical perspective of different views of health and illness and will enable them to apply these concepts in complex physical, physiological, and social contexts. Health Sciences II promotes critical thinking on philosophical, ethical, and methodological issues. Quantitative, qualitative, and mixed research methods are key elements, and the course provides candidates with a broad methodological basis for assessing research strategies in their own research.

In addition to the compulsory courses the candidates must elect at least 5 credits in methodology.

The PhD programme currently offers various elective courses:

Elective specialisation in methodology is based on PHVIT9100, Health Sciences II: Philosophy of Science, Research Ethics and Research Methodology; and is offered either as PHVIT9200, Qualitative Methods, or as PHVIT9300, Quantitative Methods. PHVIT9100, Health Sciences II, offers a broad methodological basis, whereas the elective specialisation courses provide the basis for deeper understanding of and advanced application of qualitative or quantitative methods. Candidates can therefore apply relevant design and methods when planning and undertaking their own research work.

Furthermore, the following elective courses are offered: PHVIT9510, Concept and Theory Development in Health Sciences; PHVIT9520, Intervention Design in Health Sciences; PHVIT9530, Assessment and Methods of Measurement; PHVIT9540, User Involvement and Coordination; PHVIT9550, Systematic Reviews and Meta-analyses; PHVIT9560 Bioinformatics with emphasis on analysis of high throughput sequencing data; PHVIT9570 Needs Led Research and PHVIT9580 Theories and Models for Midwifery; PHVIT9600 The Municipal Health and Care Services as a Research Setting; PHVIT9610 Single-Case Research Methods; PHBA8230 Pervasive Developmental Disorders – diagnosis, aetiology, prevalence and intervention; PHBA8200 The philosophical and conceptual basis of radical behaviorism and behavior analysis; PHBA8240 Complex stimulus control - research and application. The elective element of the PhD programme forms multidisciplinary arenas that support interdisciplinary research. The courses integrate scientific theories and methods that are relevant to the Faculty of Health Sciences' areas of research. The elective courses are thematically and methodically rooted in the faculty's research activities, and offer candidates the opportunity to specialise in approaches and ways of thinking that are particularly relevant to their thesis.

The PhD programme will be closely linked to current research, and candidates will contribute to developing their respective fields of study through their own projects.

Compulsory courses, a total of 15 credits (Offered once a year)

• Course PHVIT9000: Health Sciences I 5 credits.
• Course PHVIT9100: Health Sciences II: Philosophy of Science, Research Ethics and Research Methodology, 10 credits.

Elective courses, a total of 15 credits. Candidates choose between the following courses:

• Course PHVIT9200: Qualitative Methods, 5 credits.
• Course PHVIT9300: Quantitative Methods, 5 credits.
• Course PHVIT9510: Concept and Theory Development in Health Sciences, 5 credits.
• Course PHVIT9520: Intervention Design in Health Sciences, 5 credits.
• Course PHVIT9530: Assessment and Methods of Measurement, 5 credits.
• Course PHVIT9540: User Involvement and Coordination, 5 credits
• Course PHVIT9550: Systematic Reviews and Meta-analyses, 5 credits
• Course PHVIT9560: Bioinformatics with emphasis on analysis of high throughput sequencing data, 5 credits.
• Course PHVIT9570: Needs Led Research, 5 credits.
• Course PHVIT9580; Theories and Models for Midwifery, 5 credits.
• Course PHVIT9600: The Municipal Health and Care Services as a Research Setting, 5 credits
• Course PHVIT9610: Single-Case Research Methods, 5 credits
• Course PHBA8230: Pervasive Developmental Disorders – diagnosis, aetiology, prevalence and intervention, 10 credits
• Course PHBA8200: The philosophical and conceptual basis of radical behaviorism and behavior analysis, 10 credits
• Course PHBA8240: Complex stimulus control - research and application, 10 credits

Elective courses are normally offered at least every second year. Students enrol for courses by given deadlines, and the faculty reserves the right to cancel courses with inadequate enrolment. The faculty may cancel courses with less than 8 enrolments.

Research component

The research component comprises course PHVIT9900, Thesis, 150 credits.

Work on the academic thesis is spread across all six semesters and includes planning and conducting the research project, processing the results, and designing the thesis. The thesis may be produced as a compilation of articles or as a monograph; see the PhD Regulations under "Training component" above.

An article-based thesis must contain at least three articles, at least two of which the PhD candidate must be the main author. In the case of articles of which the PhD candidate is not the main author, the candidate ought to have made a substantial contribution towards collecting data, interpreting results, and writing the article. On submission of the thesis, at least one of the articles must already have been accepted for publication.

Individuell skriftlig skoleeksamen under tilsyn på 3 timer.

Eksamensresultat kan påklages.

Ved eventuell ny og utsatt eksamen kan muntlig eksamen bli benyttet. Dersom muntlig eksamen benyttes kan eksamensresultatet ikke påklages.

Håndholdt kalkulator som ikke kommuniserer trådløst og som ikke kan regne symbolsk. Dersom kalkulatoren har mulighet for lagring i internminnet skal minnet være slettet før eksamen. Stikkprøver kan foretas.

Gradert skala A-F

En intern sensor. Ekstern sensor brukes jevnlig.

Ola Jetlund

The following coursework is compulsory and must be approved before the student can sit the exam:

• 6-day compulsory laboratory course with 2 written assignments (groups of 2-4 students, 10-20 pages per assignment)
• 1-day compulsory workshop in bioanalytical metods (4 h laboratory work, groups of 10-15 students, no written assignments).
• Some exercise sessions related to the laboratory course will be compulsory. These sessions will be announced separately
• Before a laboratory exercise starts, a tutorial must be completed where the students groups submit a written plan on how to carry out the exercise.
• A written collaboration assignment in the form of a case study (groups of 2-4 students). Oral presentation of the solution to the case assignment (6-8 hours).