Much of engineering education research focuses on improving undergraduate engineering education. However, in order to help new engineers prepare for and successfully transition to the workplace, and therefore improve retention within the engineering practice, it is vitally important to understand the experiences of these early career engineers. The purpose of this study is to identify and explain the career goals and actions of early career engineering graduates. To accomplish this goal, this research addressed the question "What factors influence early career engineering graduates" career goals near the end of their undergraduate engineering studies, career-related actions taken in the subsequent four years, and their future career plans? Data were predominantly qualitative. Thirty participants were interviewed and surveyed near the end of their undergraduate studies, then completed pre-questionnaires and an interview as early career engineering graduates. Participants were graduates from three different universities and were diverse with respect to sex, race, and undergraduate major. Data analysis was framed by Social Cognitive Career Theory, as developed by Lent, Brown, and Hackett, and followed case study methods. Results show that early career engineering graduates had diverse goals and interests, but similar influencing factors. They generally wanted to find appealing work and acted towards that goal. Relationships with faculty and expectations of positive outcomes heavily influenced participants' decisions to pursue graduate degrees, and family commitments geographically constrained career choices while also increasing the desire for stability. The economic downturn impacted job availability for most participants, but many participants were able to broaden their career searches to find interesting and fulfilling work. Participants that exhibited an ability to adapt to changing conditions reported the greater levels of satisfaction with their careers. The findings of this research provide important information to engineering educators and employers as they mentor the next generation of engineers, and early career engineering graduates themselves as they seek to achieve their goals. / Ph. D.

The purposes of this study are to evaluate the effectiveness of the training program at Arlington State College; to evaluate the curricula of the Semi-Professional Engineering Program at Arlington State College; and if needed, suggest improvements in the Semi-Professional Engineering curriculum at Arlington State College.

Submitted in fulfilment of the requirement for the degree MAGISTER TECHNOLOGIAE in Quality Faculty of Engineering CAPE PENINSULA UNIVERSITY OF TECHNOLOGY, 2012 / Post apartheid South Africa experienced major economic turbulence with poverty, unemployment and skills shortage, with most manufacturing and other key economic sectors affected by poor productivity and a subsequent downsizing of their labour work force. At the same time, many economic opportunities arose, including the full impact of globalisation, the emergence of China and Africa as economic partners and becoming a full member of the Brazil, Russia, India, China and South Africa (BRICS) economic development group by the year 2010. The government and business communities at large realised the necessity for skills augmentation in order to expedite economic development and alleviate the scarcity of employment opportunities and growth across the major economic sectors. The backdrop of the economic upheaval of 2008 and 2009 placed manufacturing firms under pressure to reconsider their current operational strategies by streamlining their organisations and adopting aggressive lean and cost saving approaches in order to remain competitive. There is a perceived lack of alignment between industry and institutions alike, sometimes resulting in a perception that graduating industrial engineers do not entirely match industry expectations. Thus, it is imperative to explore the articulation and relationship between those industries that rely on the skills of industrial engineering technologists and the graduate industrial engineers with emphasis on the skills expectations as stressed by the national priorities and the academic capacity to meet these skills expectation in today’s competitive professional arena. This perceived lack of alignment between end user requirements and the service provided falls within the ambit of the field of quality management. This study focuses on two main sample groups within two areas of interest: • The industrial engineering student community and their respective academic environments; and • the relevant industrial engineering industry and its working environment. A self-administered questionnaire coupled with a number of interviews is employed in order to gather the required data. Grouped samples, involve the relevant industry employers, students and academic institutions. The research explores the pertinent roles and responsibilities expected of industrial engineers and industrial engineering technologists on entry into the working environment, as compared to the current level of training offered by various institutional bodies as expressed by the South African qualifications authority (SAQA) and the national qualifications framework (NQF). The validation of the analysis and outcomes of the study culminates through the exploration of the following: • The influence of skills levels on productivity within the relevant industrial engineering industries. • The demand and supply of industrial engineering skills. • Skilling industrial engineering graduates for their required roles and responsibilities. • Governing bodies responsible for the curriculation of industrial engineering programmes, offered by institutions of higher learning. The study aims to proffer valuable knowledge by identifying better opportunities for employment in the industrial engineering field, the addition of value towards better industrial engineering schooling and output quality of students emerging from institutions, and lastly superseding earlier misconceived perceptions of industrial engineering.