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TECS383-12T3 (C) Term Three 2012
Biology Curriculum Years 11 - 13

15 points, 0.1250 EFTS
02 Jul 2012 - 11 Nov 2012
↓Other occurrences

Description

This course is designed for those who intend to teach biology as their specialist science in the senior school. A study of the curriculum objectives at Levels 6, 7 and 8 of the Science Learning Area in the New Zealand Curriculum (2007) is undertaken. The course addresses key concepts, research in teaching and learning in biology, teaching strategies, assessment practices, applications of technology, and laboratory activities and management. Resource packages will be developed using a co-operative and context-based approach.

Learning Outcomes

On the successful completion of this course, participants will be able to:
1. Articulate the key concepts in biology in The New Zealand Curriculum(2007) up to Year 13
2. Demonstrate an understanding of national curriculum documents
3. Be familiar with the assessment qualifications of the New Zealand framework.
4. Plan and critically evaluate teaching programmes, teaching units and sequences of lessons which use a variety of appropriate resources, teaching and learning strategies and assessment methods to meet the diverse needs of learners.
5. Demonstrate the skills required to organise and run safe and effective practical work in a typical school laboratory.
6. Be aware of practical and assessment issues for carrying out an investigation in biology.
7. Appraise and make appropriate use of the range of senior biology texts and resources commonly available in schools.

Pre-requisites

300-level Biology. Subject to the approval of the Head of School. Must also enrol in TECS382.

Restrictions

EDSC358

Timetable

Lectures
Streams Day Time Where Notes
Stream 01 Tuesday 9:00am-10:00am Dovedale DA01 16 Jul - 29 Jul
Tuesday 9:00am-10:00am Rutherford 431 30 Jul - 5 Aug,
8 Oct - 11 Nov
Wednesday 9:00am-11:00am Dovedale DA01 16 Jul - 29 Jul
Wednesday 9:00am-11:00am Rutherford 431 30 Jul - 5 Aug,
8 Oct - 11 Nov

Tutorials
Streams Day Time Where Notes
Stream 01 Friday 8:00am-10:00am Dovedale DA01 (Workshop) 16 Jul - 29 Jul
8:00am-10:00am Rutherford 431 (Workshop) 30 Jul - 5 Aug,
8 Oct - 11 Nov

Course Coordinator

Lindsey Conner

Lecturer

Donald Reid

Assessment

Assessment Due Date Percentage 
Practical presentation 19 Jul 2012 20%
Unit of work assignment 06 Aug 2012 40%
Using Multimedia in Senior Biology 02 Nov 2012 40%

Textbooks

Required Texts

New Zealand; The New Zealand curriculum; Learning Media for the Ministry of Education, 2007.

Recommended Reading

Bayley, Meg; Designs of life : biology for year 13; 2nd ed; Longman, 2000.

Bayley, Meg; Investigations of life; Longman, 1998.

Bayley, Meg; Patterns of life for NCEA level 2; Pearson Longman, 2005.

Hanson, Martin; Excellence in biology : a textbook for year 12 students; New House Publishers, 2005.

Hill, Sylvia. , New Zealand., New Zealand; Safety and science : a guidance manual for New Zealand schools; Learning Media, 1997.

Hipkins, Rosemary. , Conner, Lindsey; Alive & well. a systems approach; Longman, 1999.

Jarvis, Sue; Gene technology : techniques and issues; New House Publishers, 2000.

Jarvis, Sue. , Schofield Ann, Hook, George; Biology year 13; New House Publishers, 2004.

New Zealand; Biology in the New Zealand curriculum; Learning Media, 1994.

Paterson, Adrian. , Smith, Peter E; Examples of evolution in New Zealand; Lincoln University, 1998.

Relph, David. , Hook, George; Biology : Year 12; New House Publishers, 1999.

Smith, Peter E. , Educational Solutions Ltd; Year 13 bio : student's practical guide 2000; Educational Solutions Ltd, 2000.

Smith, Peter E. , Educational Solutions Ltd; Year 13 bio : teacher's practical guide 2000; Lincoln, N.Z. :Educational Solutions Ltd, 2000.

Smith, Peter E. , Lincoln University (Canterbury, N.Z.); Biological control in New Zealand; Educational Solutions ;Lincoln University, 1997.

Required Texts and Readings

Blumenfield, P., Kempler, T., Krajeiks, S., (2006). Motivation and Cognitive Engagement in Learning Enviroments In R.K. Sawyer (Ed). The Cambridge Handbook of The Learning Sciences (475-488) Cambridge University Press.

Hipkins, R. (2010) Engaging students in Science. N Z Science Teacher 1234. (37-40).

Recommended Reading

Griff, E. (September, 2006) How Neurons Work: An analogy and demonstration Using a Sparkler and a Frying Pan. The American Biology Teacher. (68,7)

Heeney, R., Tallon, A., & Butler, M. (2005). Biology Assignments for NCEA level 2. Auckland: Pearson Education.

Milne, C. (March 2008). The beaks of Finches and the Tool Analogy: Use with Care. The American Biology Teacher (70,3).

Snyder, J. (August, 2008) It’s All in the Bag: A Genetics Activity. The American Biology Teacher (70,6)

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Additional Course Outline Information

Academic integrity

All forms of cheating and dishonest practice are taken seriously and penalties will result. Students should refer to Regulation J of the General Course and Examination Regulations.

Assessment and grading system

Three assignments marked according to the UC grading scale against defined standards and learning outcomes, as detailed in written requirements provided to students when assignments are issued. Course objectives and requirements are also provided to students in the first lecture.

Grading Scale
Grade    GPA      Marks

A+           9         90 – 100
A             8         85 – 89
A-            7         80 – 84
B+           6         75 – 79
B             5         70 – 74
B-            4         65 – 69
C+           3         60 – 64
C             2         55 – 59
C-            1         50 – 54
D             0         40 – 49
E             -1          0 – 39

A Pass is 50 marks or over

Attendance

Classes are participatory and therefore require full attendance. The same attendance expectations apply as would be expected of a teacher in a school. Students who attend less than 80% of lectures are likely to have difficulty completing the course requirements. Unavoidable absence should be notified to the lecturer, and where possible, prior to the class. Requests can be made for absence in exceptional circumstances. These should be made in advance to the lecturer (for absences up to three days) or to the Associate Dean (for absences of three days or longer). Evidence for the reason for the absence may be required. Students who do not meet attendance requirements for the course are liable to fail.

Evaluation

Students will be asked to make (anonymous if desired) written comment on:
• how the course may be improved.
• which aspects of the course they found most helpful.

Grade moderation

Moderation will follow procedures for the School of Sciences and Physical Education.

Late submission of work

Work is late if it is submitted after the due date without an extension having been granted by the lecturer. The final date for submission of work is the Wednesday of the week following the end of course. The lecturer reserves the right not to mark work handed in after this date. Resubmissions may not be granted on late work.

Notes

N/A

Other specific requirements

Assignments submitted should be of a professional standard and use APA formatting where appropriate. Students are expected to participate in all lecture-based activities and to undertake any additional tasks as may be set from time to time in lectures. Such requirements will be made clear to students in lectures.

Requests for extensions

Request for extensions must be made in writing (or by email) to the lecturer at least three days prior to the assessment due date.

Resubmissions

Resubmissions will only be allowed in exceptional circumstances.

Aegrotat Considerations

There will be no aegrotat available in this course.

Where to submit and collect work

All assignments are to be submitted, on-line. Assignments to be collected from the Academic Services Team in the College Office.

Fees

Domestic fee $619.00
International fee $2,863.00


For further information see School of Teacher Education on the department and colleges page.

All TECS383 Occurrences

  • TECS383-12T3 (C) Term Three 2012
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