The Analytical Design Planning Technique (ADePT) experience

The Analytical Design Planning Technique (ADePT) project has its roots in the early 1990’s when research at Loughborough University developed a possible solution to the problem of inadequate planning and management of the design process in construction projects (Austin, Baldwin & Newton, 1994, 1996). This led, in 1996, to the successful application for grant funding under the Department of the Environment, Transport and the Regions (DETR) and Engineering and Physical Sciences Research Council (EPSRC) Integration in Design and Construction (IDAC) programme and further grant funding under the EPSRC Technology Transfer programme. Both of these projects involved significant industrial collaboration from AMEC, ARUP, BAA, Boots, Laing, and Sheppard Robson. These grant funded projects closed at the end of 1999 (re Austin et al, 2000) with the ADePT project already winning a number of awards and plaudits, including: winning the Quality in Construction Innovation and Supreme awards in 1999; and an EPSRC research project top alpha 5 grading. The ADePT project team (Loughborough University, AMEC Capital Projects, Laing Limited and Ove Arup and Partners) recognised a need to capitalise on the success of the research projects and to secure deployment of ADePT into the construction industry. With this intent the ADePT project team have secured the collaboration of the Building Information Warehouse in development and provision of a web based industrial tool (portal) called PlanWeaver due for release during the third quarter of 2001

Facilitating transitions to masters level learning through formative assessment and feedback practices

No description supplie

fsc2_runfiles

Input files for fastsimcoal

SNP_genotypes

Filter 1 SNP genotypes in vcf forma

Additional file 1: of Health care professionals’ experience, understanding and perception of need of advanced cancer patients with cachexia and their families: The benefits of a dedicated clinic

Interview guide. (DOC 140 kb

Individual participant changes in total body fat (A), VO₂ peak (B) and GIR/FFM (C) from pre- to post-training according to PCOS status.

<p>Individual participant changes in total body fat (A), VO₂ peak (B) and GIR/FFM (C) from pre- to post-training according to PCOS status.</p

Pearson correlations for associations of baseline VO2 peak with change in body fat (A) and for baseline fasting glucose with change in GIR/FFM (B) according to PCOS status.

<p>Pearson correlations for associations of baseline VO2 peak with change in body fat (A) and for baseline fasting glucose with change in GIR/FFM (B) according to PCOS status.</p

Consolidated Standards of Reporting Trials (CONSORT) flowchart describing progress through the study.

<p>Consolidated Standards of Reporting Trials (CONSORT) flowchart describing progress through the study.</p

Mating Speed and Mating Index (± SEM) for homogametic pairings using Canton-S and Tai-Y males stored singly or in groups of two.

<p>ANOVA Mating Speed: No significant main effects for Strain or Storage, for the interaction <i>F_1,238</i> = 8.14, <i>P</i> = 0.005.</p><p>ANOVA Mating Index: No significant main effects for Strain or Storage, for the interaction <i>F_1,238</i> = 6.88, <i>P</i> = 0.009.</p

Study design and characteristics.

<p>Study design and characteristics.</p