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  1. Genetics Research Project
  • Guide Ethan in selecting a specific area of genetics to focus on, such as genetic disorders, gene editing, or genetic engineering.
  • Assist him in formulating a research question related to his chosen topic and developing a research plan.
  • Encourage him to conduct online research, consult scientific journals, and interview professionals in the field to gather information.
  1. Hands-On Genetics Experiments
  • Provide Ethan with simple genetics experiment kits or materials to conduct experiments.
  • Help him design hypothetical experiments to explore concepts such as, DNA extraction, or genetic variation.
  • Support him in collecting and analysing data, drawing conclusions, and documenting his findings.
  1. Genetic Technologies and Applications
  • Facilitate discussions and research on the latest advancements in genetic technologies, such as genetic testing, or gene therapy.
  • Encourage Ethan to explore the applications of these technologies in fields like medicine, agriculture, or forensics.
  • Promote critical thinking by discussing the benefits, risks, and ethical considerations associated with genetic advancements.
  1. Genetics in Society
  • Guide Ethan in researching and discussing the societal impact of genetics, including topics like genetic discrimination, personalised medicine, or genetic privacy.
  • Encourage him to explore current events or case studies related to genetics and engage in thoughtful discussions about the ethical implications involved.
  1. Presentation and Sharing
  • Encourage Ethan to create a presentation or multimedia project summarising his research and findings.
  • Create an opportunity for him to present his work to family members, friends, or a small group of peers.
  • Promote discussion and reflection on his learning journey and encourage him to share his insights and discoveries.

By implementing a personalised enrichment programme in genetics, Ethan would have the opportunity to deepen his knowledge and understanding of genetics, engage in hands-on experiments, and explore the societal impact of genetic advancements. The programme encourages independent learning, critical thinking, and research skills, allowing Ethan to pursue his interests and expand his understanding of the field of genetics.

Please note that this is a hypothetical example, and an actual personalised enrichment programme in genetics may vary depending on the student’s specific interests, available resources, and educational goals.

'Classroom ready’ Resources

We have a range of ready to deliver and individualised enrichment workshops to support young people with mental health and wellbeing and STEM topics.