5th year progress critique

1
ENCOURAGING STEM ENGAGEMENT As demand for STEM skills continues to grow, encouraging young people to actively en- gage in this area of education is becoming more of a concern. Schools throughout the UK are currently facing a shortage of highly qualified science and mathematics teachers and as a result this severely reduces their ability to provide the government required STEM teaching. To pro- mote and encourage STEM participation amongst young learners there is a need to develop a STEM-based educational kit which can be used in extra-curricular environments such as Young Engineer’s clubs, Scouts, Guides and other youth organisations. e development of such a resource will be aimed at 14-19 year olds as this is a critical stage in educational decisions and this age group is not well catered for with current products available. PROBLEM M E T H O D O L O G Y e research stage of the project has included; • A literature review • Case studies of comparable situations • Focus group testing activities • Two questionnaires with analysed findings • Interviews with experts and people involved in this sector, including teachers, institutions and Science Connects • Competitor analysis Key outcomes from this section are stated in the facts below and research is demonstrated through the pictures to the leſt. RESEARCH CONCEPT GENERATION Analyse evaluation recieved from teaching professional with regard to difficulty levels and linking the product with the cirriculum. • Develop the product with attention to Design for Manufacture and Design for Modular Construction • Consider a wider range of concepts from further generation before evaluating and choosing final de- sign • Consider sustainability issues surrounding the design, both in terms of use and recycling/re-using NEXT STEPS Kerrie Noble 5th Year Product Design Engineering (MEng) 200948192 DM500: Individual Project 2 Email: [email protected] Suervisor: Professor Yi Qin STEM graduates accounted for 10% of all graduates in the UK in 2009. (European Commission, 2011) 2% of young people in scouts will achieve a STEM related activity badge. 77% of leaders surveyed spend be- tween 0-1 hours running STEM relat- ed activities. Broken components and limit- ed use are the main problems with current products. 46% of young people stop stud- ying STEM subjects because they loose interest or find it too difficult. 83% of young people surveyed stated they had never completed a STEM activity as part of a group. Concept Generation activities included; • Focus group with explorer scouts • Visit to Glasgow Science Centre • Word generation activity with female S3 students

Upload: kerrie-noble

Post on 15-Apr-2017

71 views

Category:

Documents


0 download

TRANSCRIPT

ENCOURAGING STEM ENGAGEMENTAs demand for STEM skills continues to grow, encouraging young people to actively en-gage in this area of education is becoming more of a concern. Schools throughout the UK are currently facing a shortage of highly qualified science and mathematics teachers and as a result this severely reduces their ability to provide the government required STEM teaching. To pro-mote and encourage STEM participation amongst

young learners there is a need to develop a STEM-based educational kit which can be used in extra-curricular environments such as Young Engineer’s clubs, Scouts, Guides and other youth organisations. The development of such a resource will be aimed at 14-19 year olds as this is a critical stage in educational decisions and this age group is not well catered for with current products available.

PROBLEMPROBLEM

MET

HODOLOGY

The research stage of the project has included;

• A literature review• Case studies of comparable situations• Focus group testing activities• Two questionnaires with analysed findings• Interviews with experts and people involved in this sector,

including teachers, institutions and Science Connects• Competitor analysis

Key outcomes from this section are stated in the facts below and research is demonstrated through the pictures to the left.

RESEARCH

CONCEPT GENERATION

• Analyse evaluation recieved from teaching professional with regard to difficulty levels and linking the product with the cirriculum.

• Develop the product with attention to Design for Manufacture and Design for Modular Construction• Consider a wider range of concepts from further generation before evaluating and choosing final de-

sign• Consider sustainability issues surrounding the design, both in terms of use and recycling/re-using

NEXT STEPS

Kerrie Noble 5th Year Product Design Engineering (MEng) 200948192 DM500: Individual Project 2 Email: [email protected] Suervisor: Professor Yi Qin

STEM graduates accounted for 10% of all graduates in the UK in 2009.

(European Commission, 2011)

2% of young people in scouts will achieve a STEM related activity

badge.

77% of leaders surveyed spend be-tween 0-1 hours running STEM relat-

ed activities. Broken components and limit-ed use are the main problems

with current products.

46% of young people stop stud-ying STEM subjects because they

loose interest or find it too difficult.

83% of young people surveyed stated they had never completed a STEM activity as part of a group.

Concept Generation activities included;• Focus group with explorer scouts• Visit to Glasgow Science Centre• Word generation activity with female S3 students