Workplace mentoring of degree apprentices: developing principles for practice

Purpose: The purpose of this paper is to focus on developing a deep understanding of the nature and impact of the workplace mentor role in degree apprenticeships (DAs). It investigates a theoretical model of DA workplace mentoring activity, with findings used to develop a set of principles for supporting the development of effective mentoring practice. Design/methodology/approach: Data underpinning this paper were collected as part of the monitoring and evaluation of the first year of a Chartered Manager DA programme at a post-1992 university. Workplace mentors and mentees were interviewed to explore their experience of mentoring within this programme. Findings: This study found there to be many positive benefits of workplace mentoring for apprentices, their mentors and the organisation. This understanding can be used to support the development of principles for effective mentoring practice. Research limitations/implications: The data support the validity of the proposed model for DA workplace mentoring activity. In order to become a helpful guide to mentors’ planning of areas of support, the model may need to be refined to show the relative importance given to each activity area. The findings of this small-scale study need now to be extended through work with a larger sample. Practical implications: The set of principles offered will be valuable to workplace mentors of degree apprentices across organisational sectors to ensure the quality of delivery and outcomes. Originality/value: This paper contributes to an understanding of the impact of mentoring as a social practice on mentor and apprentice development. Such an understanding has the potential to positively influence the quality of delivery, mentoring practice and thus apprentices’ learning.Peer reviewe

Make friends with music (A handbook for group leaders on using music).

Thesis (M.A.)--Boston Universit

Towards 3D joint inversion of full tensor gravity, magnetotelluric and seismic refraction data

EGU2010-4184-2 Joint inversion of different datasets is emerging as an important tool to enhance resolution and decrease inversion artifacts in structurally complex areas. Performing the inversion in 3D allows us to investigate such complex structures but requires computationally efficient forward modeling and inversion methods. Furthermore we should be able to flexibly change inversion parameters, coupling approaches and forward modeling schemes in order to find a suitable approach for the given target. We present a 3D joint inversion framework for scalar and full tensor gravity, magnetotelluric and seismic data that allows us to investigate different approaches. It consists of two memory efficient gradient based optimization techniques, L-BFGS and NLCG, and optimized parallel forward solvers for the different datasets. In addition it provides the necessary flexibility in terms of model parametrization and coupling method by completely separating the inversion parameters and geometry from the parametrization of the individual method. This separation allows us to easily switch between completely different types of parameterizations and use structural coupling as well as coupling based on parameter relationships for the joint inversion. First tests on synthetic data with a fixed parameter relationship coupling show promising results and demonstrate that 3D joint inversion is becoming feasible for realistic size models

My Shepherd of the Hills

https://digitalcommons.library.umaine.edu/mmb-vp/4791/thumbnail.jp

Love Little Girl Means You

https://digitalcommons.library.umaine.edu/mmb-vp/5109/thumbnail.jp

The Sweetest Words of All : I Love You

https://digitalcommons.library.umaine.edu/mmb-vp/5683/thumbnail.jp

Correlations between heterozygosity and measures of genetic similarity: implications for understanding mate choice

There is currently considerable interest in testing the effects of genetic compatibility and heterozygosity on animal mate preferences. Evidence for either effect is rapidly accumulating, although results are not always clear-cut. However, correlations between mating preferences and either genetic similarity or heterozygosity are usually tested independently, and the possibility that similarity and heterozygosity may be confounded has rarely been taken into account. Here we show that measures of genetic similarity (allele-sharing, relatedness) may be correlated with heterozygosity, using data from 441 human individuals genotyped at major loci in the major histocompatibility complex, and 281 peafowl (Pavo cristatus) individuals genotyped at 13 microsatellite loci. We show that average levels of allele-sharing and relatedness are each significantly associated with heterozygosity in both humans and peafowl, that these relationships are influenced by the level of polymorphism, and that these similarity measures may correlate with heterozygosity in qualitatively different ways. We discuss the implications of these inter-relationships for interpretation of mate choice studies. It has recently become apparent that mating preferences for'‘good genes' and 'compatible genes' may introduce discordant choice amongst individuals, since the optimal mate for one trait may not be optimal for the other, and our results are consistent with this idea. The inter-relationship between these measures of genetic quality also carries implications for the way in which mate choice studies are designed and interpreted, and generates predictions that can be tested in future research

A survey of services for the speech and hearing handicapped in New England

Thesis (Ed. M.)--Boston University, 195