Curriculum design is influenced within the unit of measurement, as it incorporates an enacted curriculum planned through content knowledge of the different aspects of measurement in everyday situations, while taking into consideration how students are taking in the content being taught as well as constantly checking for students’ understanding. The consideration of stakeholders involved within the curriculum is incorporated in the unit, as teachers, students, parents and the wider community are also involved within the content and pedagogical practices for the unit of measurement, as they are informed and encouraged to contribute to ideas and experiences on measurement that may help to enhance students’ learning such as a parent being a builder …show more content…
This allows for differentiation of the content, product and process for the diverse learning abilities within the classroom (Tomlinson, 2017). The measurement unit adopts what needs to be taught according to the curriculum for year 4 measurement and geometry (Australian Curriculum, Assessment and Reporting Authority, 2017), whilst, also adapting the curriculum to incorporate engaging and relevant content to meet the needs of the students and their local community. This occurs throughout the unit as the students are from a small country town allowing them to incorporate different aspects of measurement at home, on farms, in their town and other local places relevant to them, measuring different aspects of their everyday lives, providing a student-centred approach to their learning. Using a local curriculum approach provides a contextualised learning environment as it considers the culture and local community in which the students are a part off (Dowden, 2013). Therefore, bringing this knowledge with them into the …show more content…
The incorporation of hands on learning opportunities relevant to students’ everyday lives provides a personalised learning experience. I believe it is extremely important that student learning incorporates equality and family values and beliefs, which allows students to incorporate their prior learning experiences to feel accepted and valued within the classroom. This encourages students to grow from their previous life experiences whilst incorporating new knowledge. This is incorporated within the unit design of measurement as students can use their measurement knowledge and skills at home to cook a traditional family meal or build something out doors with the family, to enhance their learning, and share this will fellow students to enhance their learning when in the classroom. My personal pedagogical philosophy within the unit provides students with the feeling of equality where differentiation occurs in every lesson when needed, to cater for the diverse learning needs of all students, therefore, eliminating mathematical anxiety for all
In this chapter, Jo Boaler describes several school systems who do not use “tracking,” filters that separate students into high-level mathematics classes and low-level mathematics classes. She continues with a discussion that reminds us of the harmful effects of “tracking” and the damage it does to students’ mindsets, both those students on the high-level and the low-level track. Ms. Boaler goes on to suggest that heterogeneous groups of students can effectively work together and individual students can develop a growth mindset. The remainder of the chapter focuses on teaching mixed ability groups effectively and includes an in-depth look at how the tasks students complete and the type of instruction they receive can promote growth mindsets.
Introduction This essay aims to report on how an educator’s mathematical content knowledge and skills could impact on the development of children’s understanding about the pattern. The Early Years Framework for Australia (EYLF) defines numeracy as young children’s capacity, confidence and disposition in mathematics, and the use of mathematics in their daily life (Department of Education, Employment and Workplace Relations (DEEWR), 2009, p.38). It is imperative for children to have an understanding of pattern to develop mathematical concepts and early algebraic thinking, combined with reasoning (Knaus, 2013, p.22). The pattern is explained by Macmillan (as cited in Knaus, 2013, p.22) as the search for order that may have a repetition in arrangement of object spaces, numbers and design.
Measuring objectives: Forming Lives implemented the use of an online survey platform. The platform tracks teacher’s response to questions based on the specific items listed
That they will never be good at math; however, everyone is capable at being a math person as long as they put in an effort, and try there hardest. This fixed mindset is causing the students to not live up to their potential. It forces entered them to see what they have accomplished before and not what they can, and this is causing students to either advance in their class, or to fall behind their
ANALYSE THE EFFECTIVENESS OF ASSESSMENT METHODS IN RELATION TO MEETING THE INDIVIDUAL NEEDS OF LEARNERS. UNIT 2, 6.2 Race, P. (2009) says “we need a richer mix of high-quality assessment formats, and we also need to decrease the overall burden of assessment for ourselves and for our students. We need to measure less, but measure it better.' Using a variety of assessment methods gives students more scope to demonstrate their knowledge and skills across a range of contexts. By adopting a wider catalogue of assessments I can also help support students who may for one reason or another be underprivileged by the extensive use of particular assessment formats.
Ofsted’s 2012 report ‘Made to Measure’ states that even though manipulatives are being utilized in schools, they aren’t being used as effectively as they should be in order to support the teaching and learning of mathematical concepts. Black, J (2013) suggests this is because manipulatives are being applied to certain concepts of mathematics which teachers believe best aid in the understanding of a concept. Therefore, students may not be able to make sense of the manipulatives according to their own understanding of the relation between the manipulative and concept. Whilst both Black, J (2013) and Drews, D (2007) support the contention that student’s need to understand the connections between the practical apparatus and the concept, Drews,
1. Use a range of research-based, culturally responsive, and universally designed practices to differentiate mathematics instruction. Many students struggle with math and have difficulties understanding the concepts that are associated with mathematics. Common difficulties include difficulties understanding the language of math, understanding numbers, counting, patterns, algebra, geometry, and procedural operations. (Salend, 2016, pg ??)
As an educator, my mission is to support and promote academic excellence for all students. To foster an environment that keep children engaged and interested in learning math concepts while exploring the world around them. Remembering to balance the needs of my students by using as foundation Common Core and Standards for Teaching Mathematics. When planning assignments, and implementing a lesson from a place of equity, each student will obtain an equal outcome, respecting the value of diverse backgrounds and life experiences. I will create an environment where students are welcome to research innovative strategies, with a “hands-on” approach to learning.
How might some key ideas raised in the unit readings develop or improve educators’ understanding and/or enactment of curriculum? Curriculum refers to the means and materials with which students will interact for the purpose of achieving identified educational outcomes (Edwards,2013). It is vital as a future educator to become familiar and understand what the curriculum is and the purpose of having a curriculum in place for education. After completing the essential readings for this unit I have come to an understanding that my preconceptions about the curriculum were very limited and that through these readings there are many key ideas raised that can improve educators understanding of the curriculum.
Upon completing the EYMCT, the data from my results enabled me to analyse my own level of understanding for measurement and geometry concepts from Year 1-3 within the ACARA curriculum. For the EYMCT I answered 1 out of the 4 questions related to measurement and geometry correctly. With regards to shape, the EYMCT results showed I lacked the ability to describe the features of three-dimensional shapes as per ACMMG043 of the Australian Curriculum (ACARA, 2015). For example, one of the EYMCT questions I answered incorrectly asked, “Which of the following statements are true for a tetrahedron?”. In this instance, my role as an educator is to provide children with detailed explanations for the features of a tetrahedron to then build
1.2 Evaluate business aims and show how they relate to stakeholders Stakeholders of MWS According to http://study.com/academy/lesson/what-is-a-stakeholder-in-business-definition-examples-quiz.html (2017) Definition of a Stakeholder A stakeholder is any person, organization, social group, or society at large that has a stake in the business. Thus, stakeholders can be internal or external to the business The internal stakeholders are made up of management and employees of the company they are a vital part of the company as they know the product best of all and have a vested interest in making the venture a success External stakeholders are those outside the company and can be the major investors in the company these can be customers or government or private investors these
This however fails to recognise the agency of the learner in their ability to contribute to the “culture” of the classroom and this too must be considered. Furthermore he fails to recognise that the content selection or subject selection also contain implicit meanings within, especially when considered curricula like curriculum for social adaptation and social reconstruction and curriculum for academic rationalism which are chosen for the skills and values that they offer to learners (Eisner 1985). Often these curricula have been designed specifically for their implicit curriculum and ability to produce what society deems valuable and necessary. Ultimately the implicit curriculum, perhaps because of its potential of inadvertent damage, must be considered when engaging in curriculum study, simply because it is so important in the education of a child in terms of becoming a functioning adult in
Part B Introduction The importance of Geometry Children need a wealth of practical and creative experiences in solving mathematical problems. Mathematics education is aimed at children being able to make connections between mathematics and daily activities; it is about acquiring basic skills, whilst forming an understanding of mathematical language and applying that language to practical situations. Mathematics also enables students to search for simple connections, patterns, structures and rules whilst describing and investigating strategies. Geometry is important as Booker, Bond, Sparrow and Swan (2010, p. 394) foresee as it allows children the prospect to engage in geometry through enquiring and investigation whilst enhancing mathematical thinking, this thinking encourages students to form connections with other key areas associated with mathematics and builds upon students abilities helping students reflect
Identifying stakeholders Someone having a stake in your project and its outcome is called a stakeholder. Stakeholders include your customers, the team members who worked on the project and the departments which will be affected by the project. Sometimes it becomes difficult to identify the stakeholders of the project. You must identify the major roles of the stakeholders.
Curriculum models provide a structure for teachers to “systematically and transparently map out the rationale for the use of particular teaching, learning and assessment approaches” in the classroom, and are regarded as an effective and essential framework for successful teachers (O’Neill 2015, p27). Feeding into a particular curricular stance, it is essential to recognise the multiplicity of sources which will govern this individual framework. Oronstein and Hunkins observe that, when designing a curricular stance, educators must first consider the “philosophical and learning theories” which will inform their “design decisions” (2009, p182). This approach is essential to ensure that the curricular approaches one selects are “consonant with