This unit ‘Plants’ takes children through six lessons where they learn how to: identify and describe the functions of different parts of flowering plants: roots, stem/trunk, leaves and flowers. They explore the requirements of plants for life and growth (air, light, water, nutrients from soil, and room to grow) and how they vary from plant to plant. They learn how to investigate the way in which water is transported within plants and finally they learn how to explore the part that flowers play in the life cycle of flowering plants, including pollination, seed formation and seed dispersal.
The lessons have been written in sequence and are designed to challenge children to recall the knowledge and skills they have covered in the previous lesson(s). This third unit on plants and builds on the knowledge children have covered during their unit on plants in year 1.
Clare is an experienced primary school teacher, having worked across both Key Stage 1 and Early Years. Before joining Developing Experts, Clare worked as a Quality Assurance Inspector for a childcare agency, following OFSTED's inspection criteria. Clare is passionate about education and ensuring children's learning is exciting and fun!
In her spare time, Clare is also a mother of two very active children and lots of animals! She enjoys a variety of sports and loves the outdoors!
Katie is the Chief Operating Officer at DE, which means she oversees HR, finance and our business model. After studying Drama at Exeter University, Katie spent three years as a primary teacher, before relocating to Norfolk and joining Developing Experts.
In her spare time, Katie likes to sing with Norwich Harmony barbershop chorus and has recently formed a quartet. Katie loves cooking and spending time with her husband, Bryan and dog, Bertie. She has an endearing laugh, which has to be heard to be believed. Many of us see Katie as the office 'Mum', she gives great hugs and keeps our spirits up.
Contact: [email protected]
Sarah is a former headteacher and charity CEO who founded Developing Experts in October 2015 with the goal to create a fit-for-purpose curriculum for schools. The company has created a science curriculum for children ages 4-16 which is delivered through sequenced lessons mapped against the National Curriculum in biology, chemistry, and physics. Developing Expert's innovative approach to learning has already been road-tested and voted 'best EdTech product in Europe', winning Tech Nation’s Rising Stars earlier in 2019 and a place on Google for Startups Immersion program 2020. In 2022 Developing Experts won the BETT Awards for Best Classroom Resource - Teaching Aid. Sarah is a 'LDC Top 50 Most Ambitious Business Leader' 2022. In October 2022 Developing Experts joined Tech Nation's Upscale 8.0 programme.
Sarah is delighted to be working with over 6500 UK schools and clients such as the Royal Horticulture Society, Network Rail, Rolls Royce, BEIS, National Nuclear Labs, Anglian Water and the Ministry of Defence.
Sarah was awarded an MBE for her services to tech and education in 2020.
Asking relevant questions that can be answered from their learning of scientific concepts. This may be through scientific enquiries, applying prior knowledge or research.
Conducting a test that controls all but one variable to answer a scientific question.
Using information from a variety of sources to answer scientific questions.
Using information, results and data to present findings, including oral and written explanations.
Observing changes that occur over a long or short period of time.
Using the senses and taking measurements, using a range of equipment, to make observations about a scientific enquiry.
Using information from a variety of sources to answer scientific questions.
Using tables, a variety of graphs, labelled diagrams and models to record observations, measurements, results and findings.
Using information from a variety of sources to answer scientific questions.
Using information, results and data to present findings, including oral and written explanations.
Using information, results and data to present findings, including oral and written explanations.
Identifying patterns and looking for relationships to make links between scientific concepts.