NSEW Evaluation Review

We worked with the British Science Association to review their evaluation of National Science and Engineering week.

As a result of the review, we re-developed the evaluation tools for  the Week to gather feedback from organisers, presenters and audiences of all ages. Tools were updated to provided richer data that aligned more closely to the aims and objectives of the week without making the task more onerous for respondents or increasing administrative overheads for British Science Association staff.

The tools were used for the first time in the 2013 National Science and Engineering Week.

Options Research for London 2012

The Wellcome Trust commissioned Graphic Science to conduct a small options research study to generate ideas for a potential partnership with the Steve Redgrave Fund, to coincide with the London 2012 Olympic and Paralympic Games.

The proposed project should satisfy the aims of the Wellcome Trust, the Steve Redgrave Fund and Sport Relief and should use sport as a mechanism to motivate disadvantaged young people with biomedical science.

Desk research carried out by Graphic Science included: an analysis of documents provided by the Wellcome Trust (including evaluations of previous Steve Redgrave Fund projects); telephone and email conversations with stakeholders; and internet research to discover activity currently taking place during London 2012, and how PE departments and community sports networks are currently coordinated.

Informed by their research, Graphic Science submitted six ideas to the Wellcome Trust and the Steve Redgrave Fund.

Evaluation of ‘Get Into Heritage Skills’

In 2011, we were asked by the Prince’s Trust to perform a summative evaluation, and make recommendations for further iterations, of their ‘Get Into Heritage Skills’ scheme. The course was funded by the Heritage Lottery Fund (HLF).

‘Get Into Heritage Skills’ was a programme of nine residential courses, run over three years, which aimed to assist unemployed 16‐25 year olds in the South West, who found that a lack of skills, experience or qualifications prevented them from accessing apprenticeships and job opportunities in the Heritage Skills sector.

Since the project was intended to impact upon the lives of each course participant, Graphic Science proposed a methodology that would focus on the personal user experience, resulting in the composition of case studies which detailed the experience and impact on individual beneficiaries.

Wider impacts and learning were gleaned through an analysis of the documentary evidence provided by the Prince’s Trust; interviews with course attendees and their mentors;  a group interview with members of the team at the Prince’s Trust, (which helped us to learn more about the initial aims of the project, how it progressed and developed); and a focus group with the Prince’s Trust’s delivery partners at the National Heritage Training Academy SW (NHTA SW); Gloucestershire College and the Royal Agricultural College.

Investigate-UK Evaluation

Investigate-UK was an outreach project developed by At-Bristol and the Science Learning Centre (SLC) South West.

An Investigate-UK exhibit into liquid friction. From the Forces set.

The project aimed to pilot an integrated approach to providing enriched learning opportunities for investigation at Key Stages 2 and 3. Together At-Bristol and SLC South West developed three sets of engaging and robust ‘table top’ interactive exhibits, designed specifically with Scientific Enquiry in mind. These were developed as a direct response to repeated teacher requests for additional help in delivering Sc1 skills to students. Between August 2007 and January 2008, Investigate-UK piloted a model of rolling out the three sets of eight interactive exhibits (Energy, Forces and Structures), to schools in Bristol, Winchester and Cornwall.

We provided an independent evaluation, which was on-going throughout the project. We attended consortium meetings throughout the process to feedback findings and inform development of the project and, in order to achieve consistency, we designed evaluation materials and observation protocols for use by all members of the evaluating team.

Data was gathered via observations, unstructured and semi-structured interviews, pupil questionnaires, and a telephone survey with teachers. We also authored a case study of best practice which could be used in marketing of the project.

Scoping Darwin

In 2007, we worked in partnership with River Path Associates, to scope the British Council’s global activities for Charles Darwin’s 2009 bicentenary.

Darwin is one of history’s most influential and far-reaching scientists. The 200th anniversary of his birth gained enormous attention internationally and Darwin’s legacy was widely debated in a large number of public fora.

The British Council was committed to planning a major global project to contribute to, and enhance, the impact of the birthday celebrations. We were asked to undertake a project identification and scoping study to advise the Council on a strategic direction and potential activities which could be used by British Council  offices internationally, (and which would also align with the Council’s priority themes).

A further aim of the study was to conduct a stakeholder consultation and to harmonise the wide variety of Darwin-themed activities taking place in 2009. With this in mind we held a workshop to bring external stakeholders together to produce a synchronised raft of potential activities that could be used to engage people with Darwin’s work and its relevance in contemporary society.

The British Council later approached us to develop resources and activities to support their interantional, touring exhibition: Darwin Now.

After School Science and Engineering Clubs Evaluation

In 2007, the Centre for Science Education (CSE) at Sheffield Hallam University was engaged to evaluate the After School Science and Engineering Clubs, organised by STEMNET. CSE asked us to evaluate those schools with clubs in the South West.

A dome used as the focal point for one of the after school science and engineering clubs.

We selected three schools in Cornwall, Gloucester and The Cotswolds with whom to arrange visits. Research involved in-situ observations and interviews with both students and teachers, along with the collection of visual evidence. Our findings were used to inform case studies of best practice, which new after school clubs could then use as a model for development. We were asked to produce case studies of best practice for the After School Science and Engineering Clubs (ASSEC) programme.

The case studies produced continue to be used today by the STEM Clubs and STEM Ambassadors programmes.

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