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11/12/17

Retweetd From MyKindaFuture

We're looking forward to welcoming to the Awards tomorrow at 🎉 https://t.co/YMSRSojQIM

11/12/17

HCACP Advent rolls on despite the snow. Today 10AA send their seasonal greetings. https://t.co/C5iUNlzCVj

11/12/17

Join us on Tuesday December 12th for the annual HCACP Christmas Carol Concert. An hour of festive music and celebration. Everyone is welcome https://t.co/xPcqQUye1U

11/12/17

Events taking place at Harris City Academy Crystal Palace this week. https://t.co/J0yySwOtqJ

09/12/17

Retweetd From STEMGirlsClub

Calling out to all Schools, both Primary and Secondary that want to join the STEM Girls Club campaign to empower our girls to pick STEM in the future. Visit https://t.co/OlJIG7tGyB today and sign up for January 2018. Do something different today! https://t.co/9NpTA0ZfUj

08/12/17

HCACP Advent continues. Today three superstars from 10SS https://t.co/KsdW8HyWx0

08/12/17

Retweetd From STEMGirlsClub

First glimpse of the STEMRoadshow footage from last month for more info visit https://t.co/HRfqyGmd3D https://t.co/tp6lHekkeg

07/12/17

Amazing performance of Macbeth at yesterday at HCACP by . Shakespeare has never been so much fun. https://t.co/BpaDr128Oh

07/12/17

HCACP advent continues. Today. The year 10 girls wish you all a happy Christmas. https://t.co/u7AquuimFW

05/12/17

Thank you to all parents who attended our assessment coffee morning with Ms Lovegrove yesterday.

05/12/17

Retweetd From HCACP PE

Another very busy week of school sport for students. 18 fixtures in 4 days with close to 200 students representing the Academy. Good luck to all. https://t.co/LUupvf3OlY

05/12/17

Retweetd From Mr Titterton

Massive thank you for giving up your time. My Business Studies students really enjoyed your inspiring talk. https://t.co/ANTexsCEyX

05/12/17

Join us on Tuesday December 12th for the annual HCACP Christmas Carol Concert. An hour of festive music and celebration. Everyone is welcome https://t.co/Me1yW4Mo6Z

04/12/17

Retweetd From HCACP PE

Fantastic work by the U13 boys handball team today in winning the championships against some very tough opposition. Now on to the 🤾‍♂️ https://t.co/HZa6SOXnui

04/12/17

Events taking place at Harris City Academy Crystal Palace this week. https://t.co/J0yySwOtqJ

01/12/17

Some more of our amazing award winning students from last nights HCACP Awards Evening https://t.co/1cBc8h2nIo

01/12/17

HCACP Sports Team Of The Year, Yr11 Girls rugby meet rugby star Conor Gilsenan at last nights annual HCACP Awards Evening https://t.co/p8jItUggLO

01/12/17

with Girls’ Rugby Team of the year! https://t.co/smU23NT3Q5

01/12/17

Thanks to for attending Rewards Evening

01/12/17

Retweetd From The Sporting Way

Big thanks to my ex teammate Jay Simpson of who popped in during our Resilience workshop at to talk about the challenges he faced growing up. Inspiring & a great role model for the younger generation https://t.co/P5zyjx7tJY

Harris Academies
All Academies in our Federation aim to transform the lives of the students they serve by bringing about rapid improvement in examination results, personal development and aspiration.

Science

Year 7

Key Stage 3 (Years 7 & 8)
Students follow a rich and varied curriculum in Years 7 & 8, in keeping with the new national guidelines.  A passion for curiosity and investigation is encouraged at every stage, with students now assessed on their practical, as well as their academic skills.  Through a combination of experiment, demonstration, and the attention to the quality of written work, students receive a thorough basis in the subject.  The weekly Science club sees a growing number of budding scientists making radios, concocting slime, getting to grips with the theory behind sparklers, and carrying out flame tests.  The learning route is influenced by the constantly changing world of science, as well preparation for the demands of Key Stage 4 study. Literacy is embedded into all aspects of students’ work. Regardless of the element of study, students are expected to describe, explain, and evaluate using key scientific terminology.
 
There are two sets of Schemes of Learning – Standard and Nurture. The Standard Scheme of Learning is aimed at Higher and Foundation levels of ability. For those students that find the curriculum a greater challenge the Nurture resources provide a highly differentiated curriculum to ensure sustained progress in Science. Teaching staff will ensure the delivery of the curriculum is appropriate for all students by using resources and strategies that have been created in addition to those provided by the Schemes of Learning themselves.
 
Each year group has been allocated appropriate content to ensure all students have the opportunity to achieve the highest levels of progress and attainment at GCSE. There are generally 2-3 units each half term.
 
Overview Autumn Term:
  • Introduction unit
  • Chemical reactions
  • Waves
  • Practical skills 1
  • Gas exchange
  • Electricity & Magnetism part 1
  • Practical skills 2
 
Overview Spring Term:
  • Atoms Elements and Compounds
  • Inside cells
  • States of matter
  • Practical skills 3
  • Kinetics part 1
  • Science week
  • Practical skills 4
 
Overview Summer Term:
  • Nutrition
  • Earth Atmosphere and Materials
  • Forces part 1
  • Practical skills 5
  • Environment
  • Earth and Rocks
  • Space Physics part 1
  • Practical skills 6
 

Assessments:

Teachers will use work produced in books to assess progress and identify how students might improve. Progress will be assessed through questioning in class and assessment tasks in the classroom. Intervention will be targeted where it is needed.
 
There will be a half-termly written paper which will assess students’ ability to apply the knowledge and skills they have studied in that half-term. The papers will include questions based on previous units to test how deeply embedded the learning and understanding is. The papers will include questions to assess the quality of written communication in science as well as numeracy skills. Results for these assessments will be reported to parents as percentages and we will use these scores to predict a student’s Most Likely Grade (MLG) at the end of Year 11 and to assess whether they are on track.
 
In addition, at the end of each half-term there will be a set of lessons where students have an opportunity to practice these key skills through set practical investigations which can be separately assessed and progress measured across the year.
 
The new grading system for Science GCSE is 9-1 with 9 being the highest. The half-termly papers taken will be in two tiers, foundation and higher. Students taking the foundation tier can achieve a grade 5-1 and those taking the higher can achieve a grade 9-4. These tiers have been chosen to reflect the new GCSE. We will be able to change a student’s tier of entry as appropriate. The reported Most Likely Grade will be given using the 9-1 scale.
 

Homework:

Homework will be set regularly usually one piece of homework per week which should take approximately 40-60 minutes
Homework Club for KS3 runs before school
 

Events and Trips:

Science Club for all Year 7 students beginning after October half term.
STEM club for all KS3 and 4 students for students interesting in Science, Technology, Engineering and Maths challenges.
 

Other resources:

Websites:
http://www.bbc.co.uk/education/subjects/zng4d2p
http://www.scibermonkey.org/
http://www.planet-science.com/categories/parentsteachers/science-resources/2013/04/online-revision-resources-for-ks2,-ks3-and-gcses.aspx
 
Books, Articles and other Resources:
KS3 Study Guide – CGP
Collins KS3 Revision and Practice
Letts KS3 Revision Success
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum (http://www.nhm.ac.uk/schools/things-to-do-schools.html)
Science Museum (http://www.sciencemuseum.org.uk/)

Year 8

 
Key Stage 3 (Years 7 & 8)
Students follow a rich and varied curriculum in Years 7 & 8, in keeping with the new national guidelines.  A passion for curiosity and investigation is encouraged at every stage, with students now assessed on their practical, as well as their academic skills.  Through a combination of experiment, demonstration, and the attention to the quality of written work, students receive a thorough basis in the subject.  The weekly Science club sees a growing number of budding scientists making radios, concocting slime, getting to grips with the theory behind sparklers, and carrying out flame tests.  The learning route is influenced by the constantly changing world of science, as well preparation for the demands of Key Stage 4 study. Literacy is embedded into all aspects of students’ work. Regardless of the element of study, students are expected to describe, explain, and evaluate using key scientific terminology.
 
There are two sets of Schemes of Learning – Standard and Nurture. The Standard Scheme of Learning is aimed at Higher and Foundation levels of ability. For those students that find the curriculum a greater challenge the Nurture resources provide a highly differentiated curriculum to ensure sustained progress in Science. Teaching staff will ensure the delivery of the curriculum is appropriate for all students by using resources and strategies that have been created in addition to those provided by the Schemes of Learning themselves.   
 
Each year group has been allocated appropriate content to ensure all students have the opportunity to achieve the highest levels of progress and attainment at GCSE. There are generally 3-4 units each half term.
 
Overview Autumn Term:
  • Health
  • Pure and impure substances
  • Light 1
  • Practical skills 1
  • Nuts and bolts
  • Periodic table
  • Electricity & Magnetism part 2
  • Practical skills 2
 
Overview Spring Term:
  • Respiration
  • Forces and motion
  • Practical skills 3
  • Materials
  • Digestion
  • Science week
  • Earth and Atmosphere
 
Overview Summer Term:
  • Energy – changes in systems
  • Photosynthesis
  • Practical skills 4
  • Chemical reactions
  • Light 2
  • Practical skills 5
 

Assessments:

Teachers will use work produced in books to assess progress and identify how students might improve. Progress will be assessed through questioning in class and assessment tasks in the classroom. Intervention will be targeted where it is needed.
 
There will be a half-termly written paper which will assess students’ ability to apply the knowledge and skills they have studied in that half-term. The papers will include questions based on previous units to test how deeply embedded the learning and understanding is. The papers will include questions to assess the quality of written communication in science as well as numeracy skills. Results for these assessments will be reported to parents as percentages and we will use these scores to predict a student’s Most Likely Grade (MLG) at the end of Year 11 and to assess whether they are on track.
 
In addition, at the end of each half-term there will be a set of lessons where students have an opportunity to practice these key skills through set practical investigations which can be separately assessed and progress measured across the year.
 
The new grading system for Science GCSE is 9-1 with 9 being the highest. The half-termly papers taken will be in two tiers, foundation and higher. Students taking the foundation tier can achieve a grade 5-1 and those taking the higher can achieve a grade 9-4. These tiers have been chosen to reflect the new GCSE. We will be able to change a student’s tier of entry as appropriate. The reported Most Likely Grade will be given using the 9-1 scale.    
 

Homework:

Homework will be set regularly usually one piece of homework per week which should take approximately 40-60 minutes.
Homework Club for KS3 runs before school.
 

Events and Trips:

STEM club for all KS3 and 4 students for students interesting in Science, Technology, Engineering and Maths challenges.
 

Other  resources:

 
Websites:
http://www.bbc.co.uk/education/subjects/zng4d2p -  BBC Bitesize KS3 Science
http://www.scibermonkey.org/
http://www.planet-science.com/categories/parentsteachers/science-resources/2013/04/online-revision-resources-for-ks2,-ks3-and-gcses.aspx
 
Books, Articles and other Resources:
KS3 Study Guide – CGP
Collins KS3 Revision and Practice
Letts KS3 Revision Success
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum (http://www.nhm.ac.uk/schools/things-to-do-schools.html)
Science Museum (http://www.sciencemuseum.org.uk/)

Year 9

 
Key Stage 4 (Years 9, 10 & 11)
All students are assumed to have the potential to study Further Additional Science (three GCSEs) in Year 9.  The best performing sets are given a Triple Science entry test in Year 10.  This assessment is used to indicate which students have the ability and motivation to study the more challenging triple GCSE pathway.
 
Two routes through GCSE Science are available.
 
The subject content of this specification is presented in the following sections:
Biology (B1, 25%), Chemistry (C1, 25%), Physics (P1, 25%)
and the Controlled Assessment (Unit SCA, 25%).
 
Unit B1: Influences on life
Unit C1: Chemistry in our world
Unit P1: Universal physics
 

Assessments:

The assessment units assess the following Assessment Objectives (AOs) in the context of the content and skills set out in the Subject Content.
AO1 Recall, select and communicate their knowledge and understanding of science (33-39%)
AO2 Apply skills, knowledge and understanding of science in practical and other contexts (34-40%)
AO3 Analyse and evaluate evidence, make reasoned judgements and draw conclusions based on evidence (25.5-28.5%)
 

Homework:

Students will receive one piece of homework per science subject per week equating to 3 pieces of homework a week each piece expected to take approximately 40 mins.
 

Study Support

Takes place in R203 on Tuesday Mornings with Mr Longden.
 

Events and Trips:

Student learning inside the classroom is supported by a rich variety of extra-curricular visits.
Biology trips include visits to the royal college of pathologists, surgical workshops and dissections at the Linn Theatre.  Physicists have the opportunity to attend the North London Observatory, and to take part in the London Gifted and Talented Technology Challenge.
 

Other resources:

Websites:
http://www.my-gcsescience.com/
http://www.bbc.co.uk/education/subjects/zrkw2hv
http://www.planet-science.com/categories/parentsteachers/science-resources/2012/04/online-gcse-revision-resources-.aspx
http://www.s-cool.co.uk/
 
Books, Articles and other Resources:
AQA GCSE Science, Additional and Further Science textbook/revision book
CGP GCSE Science Revision guide
Letts GCSE Science Revision guide
Collins GCSE Science Revision guide
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum, Science Museum, Kings College museum of life sciences.

Year 10 & 11

 

Assessments:

 
All 4 parts needed to gain Core GCSE Science
Biology B1 (25%)
Chemistry C1 (25%)
Physics P1 (25%)
Core Controlled Assessment (25%) 
 
All 4 parts needed to gain Additional GCSE Science
Biology B2 (25%)
Chemistry C2 (25%)
Physics P2 (25%)
Additional Controlled Assessment (25%)
 
All 4 parts needed to gain Further Additional  GCSE Science
Biology 3 (25%)
Chemistry C3 (25%)
Physics P3 (25%)
Further Additional Controlled Assessment (25%)
 

Homework:

Students will receive one piece of homework per science subject per week equating to 3 pieces of homework a week each piece expected to take approximately 40 mins.
 

Study Support

Takes place in R203 on Tuesday Mornings with Mr Longden
 

Events and Trips:

Student learning inside the classroom is supported by a rich variety of extra-curricular visits.
Biology trips include visits to the royal college of pathologists, surgical workshops and dissections at the Linn Theatre.  Physicists have the opportunity to attend the North London Observatory, and to take part in the London Gifted and Talented Technology Challenge.
 

Other resources:

Websites:
http://www.my-gcsescience.com/
http://www.bbc.co.uk/education/subjects/zrkw2hv
http://www.planet-science.com/categories/parentsteachers/science-resources/2012/04/online-gcse-revision-resources-.aspx
http://www.s-cool.co.uk/
 
Books, Articles and other Resources:
AQA GCSE Science, Additional and Further Science textbook/revision book
CGP GCSE Science Revision guide
Letts GCSE Science Revision guide
Collins GCSE Science Revision guide
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum, Science Museum, Kings College museum of life sciences.

Year 12 & 13 Biology

 
Key Stage 5 (Years 12 & 13)
 
This two (AS Level) or four unit (A Level) GCE Biology provides a flexible approach to teaching. The specification is divided into topics, each covering different key concepts of biology. Teaching of practical skills is integrated with the theoretical topics and they are assessed through the written papers.
 
For A level only, the Practical Endorsement will also support the development of practical skills.
The aims of the OCR Advanced Level GCE in Biology are to:
  • Develop essential knowledge and understanding of different areas of the subject and how they relate to each other.
  • Develop and demonstrate a deep appreciation of the skills, knowledge and understanding of scientific methods.
  • Develop competence and confidence in a variety of practical, mathematical and problem solving skills.
  • Develop their interest in and enthusiasm for the subject, including developing an interest in further study and careers associated with the subject.
  • Understand how society makes decisions about scientific issues and how the sciences contribute to the success of the economy and society as exemplified in ‘How Science Works’.
 
AS Content Overview
  • Module 1 – Development of practical skills in biology
  • Module 2 – Foundations in biology
  • Module 3 – Exchange and transport
  • Module 4 – Biodiversity, evolution and disease
 

Assessments:

 
AS Level:
Breadth in biology (01) 70 marks 1 hour 30 minutes written paper (50%)
Breadth in biology (02) 70 marks 1 hour 30 minutes written paper (50%)
 
A Level:
Biological Processes (01) 100 marks 2 hour 15 minutes written paper (37%)
Biological diversity (02) 100 marks 2 hour 15 minutes written paper (37%)
Unified biology (03) 70 marks 1 hour 30 minutes written paper (26%)
Practical endorsement in biology (04) (Non exam assessment) (Reported separately)
 
The Academy reports the assessment of student performance and progress to parents/carers four times a year in writing following formally moderated examinations/tests. In addition the one Academic Tutoring Days and annual Parents’ Subject Consultation Evenings for each year group are further opportunities for parents/carers to discuss their child’s progress with teaching staff.
 

Homework:

Students are expected to spend a minimum of three hours on top of class time on their Biology study. This may be from homework set by the classroom teacher which will be one piece per week which should take approximately one hour and then two extra hours should be spent on making notes around the topics studied and preparing for the next lessons work.
 

Events and Trips:

The Students visit ICL where they have a workshop run by leading scientists, there are also lots of opportunities for prospective medical students, e.g. the Medical Society and visits to the Royal College of Pathology to debate the ethics around transplants.
 

Other resources:

 
Websites:
http://www.mheducation.co.uk/
http://www.s-cool.co.uk/a-level/biology
http://www.mrothery.co.uk/
www.tedtalks.com
 
Books, Articles and other Resources:
OCR AS Biology Student Book – Heinemann
Oxford University Press Student book
Biological Sciences Review
New Scientist
National Geographic
Nature
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum
Science Museum
Kings College, Life Sciences Museum
Hornimann Museum
Wellcome Centre
Royal College of Surgeons museum

Year 12 & 13 Chemistry

About the course
The GCE Chemistry specification is divided into topics, each covering different key concepts of physical, organic and inorganic Chemistry.
Teaching of practical skills is integrated with the theoretical topics and they are assessed both through the written papers and, for A level only, the Practical Endorsement.
 
The aims of the AQA Advanced Level GCE in Chemistry are to:
  • Develop essential knowledge and understanding of different areas of the subject and how they relate to each other
  • Develop and demonstrate a deep appreciation of the skills, knowledge and understanding of scientific methods
  • Develop competence and confidence in a variety of practical, mathematical and problem solving skills
  • Develop interest in and enthusiasm for the subject, including developing an interest in further study and careers associated with the subject
 

Assessments:

The AS Level is a standalone and will only be assessed using Modules 1 – 4. The full A Level requires assessment on all six Modules. The practical elements are no longer assessed as coursework; instead, as skills in the written papers, with an additional Endorsement for A Level candidates.
 

Homework:

Students are expected to spend a minimum of three hours on top of class time on their Chemistry study. This may be from homework set by the classroom teacher which will be one piece per week which should take approximately one hour and then two extra hours should be spent on making notes around the topics studied and preparing for the next lessons work.
 

Events and Trips:

The Students visit ICL where they have a workshop run by leading scientists.
 

Other resources:

Websites:
S-cool, the revision website: http://www.s-cool.co.uk/a-level/chemistry
Chemguide: http://www.chemguide.co.uk/
The Royal Society of Chemistry: http://www.rsc.org/
AQA resources/links: http://www.aqa.org.uk/resources/science/as-and-a-level/chemistry-7404-7405/teach/website-resource-list
Rod Beavon: www.rod.beavon.clara.net/chemistry_contents.htm (Similar to chemguide, lots of very useful information for extended reading and note making)
 
Books, Articles and other Resources:
AQA A Level Chemistry (2nd edition)
AQA A-level Chemistry Year 1 and AS Student Book
AQA A-level Chemistry 1
 
Wider Reading:
Some wider reading and support materials:
Advanced Chemistry –Clugston and Flemmings, Oxford 2000
A-Level Chemistry – E.N Ramsden, Stanley Thornes
Chemical Ideas – Salters Advanced Chemistry, Heineman
Chemical Principles – Steven S Zumdahl
Calculations for A-Level Chemistry – E.N Ramsden, Stanley Thornes
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum
Science Museum
Kings College, Life Sciences Museum
Hornimann Museum
 
Departmental blog, website, twitter etc.
Chemistry World Blog – discussion on current affair in chemistry www.rscweb.org/blogs/cw

Year 12 & 13 Physics

 
About the course:
Physics is the study of the Universe around us.
Physicists investigate the very large, from black holes and supernova, to the very small, looking at atoms, quarks and other sub-atomic particles.
 
Studies are underpinned by a practical approach to learning, so lab skills are just as important as theoretical understanding.
In the first year of study students complete six pieces of assessed experimental that form a practical skills endorsement – this is awarded with the course leader’s discretion.
 
There are applications within the course, to aerospace, architecture, law, engineering, medicine, transport and many more. Any student interested in these areas will find a wealth of material to fascinate them in physics.
 
Subject content:
The A level syllabus is divided into nine teaching sections
(1-8 core plus one of the option sections to be decided by the course leader).
The AS only covers core sections 1 – 5.
 
Core content
  1. Measurements and their errors
  2. Particles and radiation
  3. Waves 
  4. Mechanics and materials
  5. Electricity
 
Key Skills:
ICT: Students use modelling software to recreate what they see, laptops and data loggers to record data, and software packages to produce presentations.
Analytical skills: Once data is retrieved, information is processed and manipulated to give a clear reading.
Problem solving skills: Physicists are cherished by employers for having sound problem solving skills. Being able to reduce a complicated problem down to its key parts, then developing a solution to that problem, is a universal skill.
 

Assessments:

AQA CGE AS Level
 

Homework:

Students are expected to spend a minimum of three hours on top of class time on their Physics study. This may be from homework set by the classroom teacher which will be one piece per week which should take approximately one hour and then two extra hours should be spent on making notes around the topics studied and preparing for the next lessons work.
 

Events and Trips:

The Students visit ICL where they have a workshop run by leading scientists. We also run a STEM club which we recommend students to help run to enhance their CVs.
 

Other resources:

Books, Articles and other Resources:
AQA AS Physics Student Book – Heinemann
Oxford University Press Student book
Physics Sciences Review
New Scientist
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Natural History Museum
Science Museum
Kings College, Life Sciences Museum
Hornimann Museum
 

Year 13 Physics

 
About the course:
Physics is the study of the Universe around us.
Physicists investigate the very large, from black holes and supernova, to the very small, looking at atoms, quarks and other sub-atomic particles.
 
Studies are underpinned by a practical approach to learning, so lab skills are just as important as theoretical understanding.
In the second year of study students complete six pieces of assessed experimental that form a practical skills endorsement – this is awarded with the course leader’s discretion
 
There are applications within the course, to aerospace, architecture, law, engineering, medicine, transport and many more. Any student interested in these areas will find a wealth of material to fascinate them in physics.
 
Subject content:
The A level syllabus is divided into nine teaching sections
(1-8 core plus one of the option sections to be decided by the course leader).
The AS Level covered core sections 1 – 5.
 
Core content
  1. Measurements and their errors
  2. Particles and radiation
  3. Waves 
  4. Mechanics and materials
  5. Electricity
  6. Further mechanics and thermal physics (A-level only)
  7. Fields and their consequences (A-level only)
  8. Nuclear physics (A-level only)
  9. Astrophysics (A-level only)
  10. Medical physics (A-level only)
  11. Engineering physics (A-level only)
  12. Turning points in physics (A-level only)
  13. Electronics (A-level only)
 
Key Skills:
ICT: Students use modelling software to recreate what they see, laptops and data loggers to record data, and software packages to produce presentations.
Analytical skills: Once data is retrieved, information is processed and manipulated to give a clear reading.
Problem solving skills: Physicists are cherished by employers for having sound problem solving skills. Being able to reduce a complicated problem down to its key parts, then developing a solution to that problem, is a universal skill.
Overview Autumn Term:
 
Events and Trips:
We organise an annual trip to CERN, Geneva, Switzerland, to see the large hadron collider; the world’s largest experiment.
 

Other resources:

 
Websites:
To access the full syllabus, please see AQA’s A-level physics website: http://www.aqa.org.uk/subjects/science/as-and-a-level/physics-7407-7408
 
Educational Visits: e.g. museums, galleries, places of interest etc.
Students have the opportunity to attend lectures, discussions and workshops at learned societies such as the Royal Institution, The Royal Society as well as some of the top universities such as Imperial College London and University College London.
 

 

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