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Partnership
Development
  Schools
Project objectives
 To enhance the quality of resources in
  physics and chemistry (as separate
  sciences) available to trainee teachers
  and subject mentor/classroom teachers.
 To improve knowledge skills and
  understanding of physics and chemistry
  in order to deliver key aspects of
  Science curriculum across all key stages.
 To encourage other schools to provide
  quality placements in physics and
  chemistry.
1 - School based projects

Trainees and PDS schools –

 Created video footage of key
  experiments for each key stage in
  chemistry and physics.
 Created resources to support video
  footage
Impact on trainees
 Improved motivation and self esteem through successful
  collaboration with staff. (Q6, 32)
 Familiarisation with new teaching and learning strategies in physics
  And chemistry - Subject knowledge enhanced
  (Q7,8,9,10,11,14,17,22)
 Enhanced personalised learning (Q7,10,29)
 Learning conversation – reflections are now more acute and
  specific (Q4,5,6,929,32,33,)
 Peer support – increased subject knowledge (Q4,5,6,14,15,32,33)
 Leadership opportunities
 Networking with specialist science staff in respect of PDS schools
  (Q6,32,33)
 Creating resources in environment with staff expertise and ICT
  equipment(Q17,23)
 Developed self confidence.
 Increased enjoyment and participation.
2 – HEI demonstration events



 Experienced Physicists and Chemists
  from PDS school demonstrated
  exciting experiments to over 300
  trainees
 Trainees had the opportunity to
  organise and lead these experiments
  in order to gain knowledge and
  confidence
Impact on trainees




 Provides a support mechanism.

 Knowledge and understanding
  increased through using PDS
  recourses (Q7,8,9,10,11,14,17,22)

 Coaching skills developing (Q33)
4 - GCSE C/D Coursework Day
               Impact on trainees

   CPD for trainees (Q7)
   Understanding examination coursework requirements
                                       (Q11,12)
   Leadership opportunities for trainees
   Higher order questioning skills (Q27)
   Increased understanding of assessment procedures &
    AFL (Q11,12,26,27,28)
   Increase in self confidence (leading small groups)
    (Q2,6)
   Increased opportunities to interact with students/
    pupils (Q25,27,28)
What has been achieved?
 Has it altered any aspect of ITT delivery / involvement?
   Increase in paired placements – Benefits of paired
    placements:
      More trainees in subject areas.
      Less disruption to school timetable.
      More self independence.
      Less dependant upon mentor for guidance.
      Certainly very effective for first placement
      (often little confidence or experience).
      Increased finance for schools
      Still mentor within a group – learning conversations.
      Trainees support one another within classroom (TA role)
      Developing coaching model- complete lesson observation on
       one another.
   Promoted ITT within school (through INSET, meetings,
    resource development/SMT)
   Task orientated for trainees – created independent
    learners/team collaborators.
5.Continuous Dissemination
   Within each school – dept training/ leadership
    opportunities
   Positive feedback from Heads of Departments in PDS
    schools.
   LA cascading
   HEI cascading
   Raise awareness for Headteachers of positive aspects
    of these projects
   Governors kept informed of project developments
   Recorded in SEF/ related to SIP
Dissemination of Resources



 You Tube – footage of all experiments –
  open to everyone.
  http://www.youtube.com/user/pdsproject
 DVD/CD for TDA/Schools/HEI to place on
  network (VLE)
 All schools in PDS project plus all schools in
  LA via HOD meeting to get copy
Impact of PDS project on School
 Interaction within Science Dept. (re variety of
  experiment and demonstrations).
 Corridors filled with smoke / smells
  (even Headteacher shown interest!).
 Teachers Professional Development – leading HEI
  sessions.
 Teacher incorporated project in Performance
  Management.
 More staff becoming involved in ITT within our
  schools.
 Changing of culture within school – motivation /
  cascading of ideas.
 New ideas / methods of experimentation – resources
  available for staff.
 Staff training / competence enhanced.
Benefit of project on PDS Staff
             (School and HEI)
 Opportunities for achieving core standards
       a) Professional attributes
       b) Professional knowledge and training
       c) Professional skills
 CPD development ( Performance Management)
       - Leadership opportunities within school and PDS schools (Q3)
       - Coaching / Mentoring (Q8,25)
       - Networking (Q6, 32)
       - Training opportunities (Q10,11,14,15,17)
       - Reflection (Q7,28,29)
 Accreditation
       - Evidence of achievements
       - Recognition
 Funding to allow time to; create resources for non specialists, internal Inset
                                                                         (Q3,8)
 Learning from trainees with new innovative scientific understanding (Q8)
 Learning network – developing partnerships - (Q6,19)
By end of our project

95% of trainees felt confident to
    teach Chemistry to KS4,
65% of trainees felt confident to
     teach Physics to KS 4

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Session 3 P A U L I N E T R E A N O R Deyes High School

  • 2. Project objectives  To enhance the quality of resources in physics and chemistry (as separate sciences) available to trainee teachers and subject mentor/classroom teachers.  To improve knowledge skills and understanding of physics and chemistry in order to deliver key aspects of Science curriculum across all key stages.  To encourage other schools to provide quality placements in physics and chemistry.
  • 3. 1 - School based projects Trainees and PDS schools –  Created video footage of key experiments for each key stage in chemistry and physics.  Created resources to support video footage
  • 4.
  • 5. Impact on trainees  Improved motivation and self esteem through successful collaboration with staff. (Q6, 32)  Familiarisation with new teaching and learning strategies in physics And chemistry - Subject knowledge enhanced (Q7,8,9,10,11,14,17,22)  Enhanced personalised learning (Q7,10,29)  Learning conversation – reflections are now more acute and specific (Q4,5,6,929,32,33,)  Peer support – increased subject knowledge (Q4,5,6,14,15,32,33)  Leadership opportunities  Networking with specialist science staff in respect of PDS schools (Q6,32,33)  Creating resources in environment with staff expertise and ICT equipment(Q17,23)  Developed self confidence.  Increased enjoyment and participation.
  • 6. 2 – HEI demonstration events  Experienced Physicists and Chemists from PDS school demonstrated exciting experiments to over 300 trainees  Trainees had the opportunity to organise and lead these experiments in order to gain knowledge and confidence
  • 7.
  • 8. Impact on trainees  Provides a support mechanism.  Knowledge and understanding increased through using PDS recourses (Q7,8,9,10,11,14,17,22)  Coaching skills developing (Q33)
  • 9. 4 - GCSE C/D Coursework Day Impact on trainees  CPD for trainees (Q7)  Understanding examination coursework requirements (Q11,12)  Leadership opportunities for trainees  Higher order questioning skills (Q27)  Increased understanding of assessment procedures & AFL (Q11,12,26,27,28)  Increase in self confidence (leading small groups) (Q2,6)  Increased opportunities to interact with students/ pupils (Q25,27,28)
  • 10. What has been achieved? Has it altered any aspect of ITT delivery / involvement?  Increase in paired placements – Benefits of paired placements:  More trainees in subject areas.  Less disruption to school timetable.  More self independence.  Less dependant upon mentor for guidance.  Certainly very effective for first placement  (often little confidence or experience).  Increased finance for schools  Still mentor within a group – learning conversations.  Trainees support one another within classroom (TA role)  Developing coaching model- complete lesson observation on one another.  Promoted ITT within school (through INSET, meetings, resource development/SMT)  Task orientated for trainees – created independent learners/team collaborators.
  • 11. 5.Continuous Dissemination  Within each school – dept training/ leadership opportunities  Positive feedback from Heads of Departments in PDS schools.  LA cascading  HEI cascading  Raise awareness for Headteachers of positive aspects of these projects  Governors kept informed of project developments  Recorded in SEF/ related to SIP
  • 12. Dissemination of Resources  You Tube – footage of all experiments – open to everyone. http://www.youtube.com/user/pdsproject  DVD/CD for TDA/Schools/HEI to place on network (VLE)  All schools in PDS project plus all schools in LA via HOD meeting to get copy
  • 13. Impact of PDS project on School  Interaction within Science Dept. (re variety of experiment and demonstrations).  Corridors filled with smoke / smells (even Headteacher shown interest!).  Teachers Professional Development – leading HEI sessions.  Teacher incorporated project in Performance Management.  More staff becoming involved in ITT within our schools.  Changing of culture within school – motivation / cascading of ideas.  New ideas / methods of experimentation – resources available for staff.  Staff training / competence enhanced.
  • 14. Benefit of project on PDS Staff (School and HEI)  Opportunities for achieving core standards a) Professional attributes b) Professional knowledge and training c) Professional skills  CPD development ( Performance Management) - Leadership opportunities within school and PDS schools (Q3) - Coaching / Mentoring (Q8,25) - Networking (Q6, 32) - Training opportunities (Q10,11,14,15,17) - Reflection (Q7,28,29)  Accreditation - Evidence of achievements - Recognition  Funding to allow time to; create resources for non specialists, internal Inset (Q3,8)  Learning from trainees with new innovative scientific understanding (Q8)  Learning network – developing partnerships - (Q6,19)
  • 15. By end of our project 95% of trainees felt confident to teach Chemistry to KS4, 65% of trainees felt confident to teach Physics to KS 4