BLA2110 Children's Development, Play and Learning 2 Course description

Se omtale av praksisstudiet i programplanen. På nettsiden praksis i barnehagelærerutdanningen https://student.oslomet.no/praksis-barnehagelerer finner du praksiskalenderen, retningslinjer for praksis med mer.

For utfyllende informasjon om progresjonskrav se i programplan for bachelorstudium i barnehagelærerutdanning, arbeidsplassbasert.;

Arbeidsmåtene i studiet bygger på studentenes erfaringsbaserte og praksisnære kunnskap og skal bidra til å åpne for refleksjon og læreprosesser. Studiet inneholder en stor grad av selvstudier og det forutsettes at studenten møter forberedt til alle samlinger. Studenten veksler mellom ulike læringsarenaer, og studentaktiviteter foregår både på universitetet, på arbeidsplassen og ved bruk av digitale læringsplattformer (LMS).

Det legges opp til varierte undervisnings- og arbeidsformer i forpliktende samarbeid med arbeidsplassen, eksempelvis individuelt arbeid, gruppearbeid, seminar, praktiske øvelser, work shop, turer og ekskursjoner, forelesninger og veiledning.

Praksis

Praksisstudiet fordrer at studentene benytter arbeidsformer som understøtter læringsutbyttebeskrivelsene i og på tvers av kunnskapsområder. Praksisstudiet skal bidra til selvstendighet, trygghet og til å kunne ta ansvar i utøvelse av pedagogisk ledelse og faglig arbeid i barnehagen med en særlig vektlegging av profesjonsetiske problemstillinger.

Fordeling av praksisperiodene

15 dager i høstsemesteret og 10 dager i vårsemesteret i ekstern praksisbarnehage veiledet og vurdert av praksislærer i samarbeid med faglærer.

This is the last of four courses in orthopaedic technology. The course is based on the clinical work processes covered in ORI1000, ORI1300, ORI2200 and ORI2300. Knowledge acquired in the courses on anatomy, pathology and biomechanics will be used.

The course mainly deals with orthoses and prostheses for the upper limbs. It also covers prostheses/orthoses for persons with deformities/lengthening prostheses and ankle, knee and hip exarticulation prostheses, which are less common amputation levels and makes up a smaller part of the prosthetists’ work at lower limb level. The types of prostheses in this course are biomechanically and technically complex. The course will not provide all the necessary competence, but will provide the students with an insight into what is required in order to adapt functional prostheses at these amputation levels.

Praksisstudiet er en obligatorisk del av studiet og det er krav om 100 % tilstedeværelse.;

After completing the course, the student should have the following learning outcomes defined in terms of knowledge, skills and general competence:

Knowledge

The student

• has knowledge of orthoses and prosthetics for persons with congenital deformities of the lower limbs
• can elaborate on the relationship between the anatomy, pathology, biomechanics and function of the upper limbs
• can explain medical reasons for dysfunction in and amputation of upper limbs
• can describe psychosocial aspects of upper-limb amputation
• has knowledge of control technology used in upper limb prostheses and orthoses
• can describe surgery for ankle, knee and hip exarticulation and the consequences of this for prosthetic treatment and design at these levels of amputation
• is familiar with theories on health behaviour change
• can describe the Norwegian patient injury compensation system

Skills

The student

• can identify and analyse the characteristics of normal and pathological movement and function in the upper limbs
• can conduct and analyse functional examinations of upper limbs
• can identify movements in the upper limbs and torso by modifying harness functions and assess muscle contraction for use of myoelectrical solutions
• can analyse and apply biomechanical theory to different cases
• can plan and give grounds for follow-up plans based on users’ needs
• can solve clinical and technical problems concerning prostheses or orthoses within the subject areas covered by the course
• can carry out clinical processes and for users who need upper limb orthoses and prostheses
• can apply ICF’s framework and use the outcome measures in the user’s orthopaedic follow-up plan
• can discuss research articles relevant to the course content

General competence

The student

• can discuss interdisciplinary cooperation in the rehabilitation of people with injuries, disorders or loss of upper limbs
• can document and communicate relevant clinical and biomechanical assessments in patient records and communicate such assessment orally
• is familiar with the objectives and functions of relevant user organisations
• can discuss anger and conflict management
• can reflect on social and health-related problems, including neglect, violence, abuse, substance abuse and other consequences of physical, mental, social and socio-economic problems
• can talk with people at risk about these problems and refer them to other professionals if necessary

The work and teaching methods used comprise seminars, a clinical and technical module, lectures, digital learning resources, group work and self-study.