Thesis (MBA)--Stellenbosch University, 2014. / ENGLISH ABSTRACT: Scientific research that focuses on South African females’ success in engineering is limited. The South African engineering workforce and universities have been encountering challenges in attracting and retaining as many females as possible in these fields. This research assignment seeks to advance the understanding of challenges and reasons that contribute to most female learners shying away from engineering studies at tertiary level. To achieve this, Grade 11 and Grade 12 Mathematics and Physical Science female learners from six different schools, which are in a single educational circuit, were observed and interviewed. Mathematics and Physical Science are the two subjects which are prerequisites for engineering studies at any South African higher education institution. For this reason the research focused on female learners who were studying both these subjects. This study also includes a literature review of factors affecting South African women engineers in the labour market. This includes the factors that females around the world consider before choosing a career and the reasons why females stay in their chosen careers. The findings highlight a number of variables that contribute to females’ underrepresentation in engineering. These variables include societal expectations, perceptions of females in careers that are historically male dominated, the quality of education that female learners receive at school, female learners’ performance in Mathematics and Physical Science, guardians’ support of careers chosen by female learners, learners’ knowledge of the various career streams, the use of home language in teaching subjects assessed in English, family responsibilities, and university admission requirements for engineering. Suggestions on how some of these challenges can be mitigated have been highlighted in this research assignment. The main points are:  The need for career guidance workshops and companies’ exhibitions to be taken to the students’ schools where attention can be given to the students of one school at a time and companies can facilitate discussions with learners about the types of work that their companies offer.  Encouraging and advocating for greater parental involvement in the students’ studies as this can reduce the number of students who do not study on a regular basis.  Offering of teaching employment to candidates who fully meet the requirements for the positions they are applying for especially for core subjects like English, Maths, and Science.  Adding engineering faculties to the two universities in the Limpopo Province and giving bursaries or financial aid to help school girls who want to study engineering at university  Teaching school girls time management skills from an early age so as to help them know how to balance the time they spend on each subject. Further details on how some of these suggestions can be achieved are discussed in the last chapter of this research report.

This qualitative study sought to describe and understand the experiences of female students attending engineering colleges in Mexico and the sources of support and strategies that helped them persist in their programs. The participants were 20 women engineering students enrolled in at least their third year in selected colleges of engineering in Mexico, in both public and private universities, and pursuing a variety of engineering majors. Findings focus on the experiences of female students that helped them stay in their programs. Participants described their experiences in college as very challenging and perceived the environment as hostile and uncertain. In addition, patriarchal Mexican cultural values and stereotypes were identified by students as influencing and helping shape the engineering environment. However, in this context, participants were able to find sources of support and use strategies that helped them remain in their majors, such as a strong desire to succeed, a perceived academic self-ability; and support from their families, peers, institutions, and?most importantly?their professors. Furthermore, the fact that participants were able to persist in their programs gave them a sense of pride and satisfaction that was shared by their families, peers, and faculty. In addition, participants experienced contradictory forces and were constantly negotiating between rejecting traditional gender norms and upholding the norms that are so deeply engrained in Mexican society. Finally, as the students advanced in their programs and became ?accepted to the club,? they tended to reproduce the maledominated value system present in engineering colleges accepting their professors? expectations of being ?top students,? accepting the elitist culture of engineering superiority, and embracing the protection given by their male peers. Retention of Mexican female engineering students is important for all engineering colleges, but cultural factors must be taken into consideration. The dominance of machismo attitudes and values in Mexican culture present specific challenges to achieve an environment more supportive of women in Mexican engineering colleges. Institutions need to be proactive and creative in order to help faculty and administrators provide an environment in which female engineering students can be successful.

An interpretative philosophical framework was applied to a case study to document the particular experiences and perspectives of ten women engineering transfer students who once attended a community college and are currently enrolled in one of two university professional engineering programs. This study is important because women still do not earn as many engineering baccalaureate degrees as men and are underrepresented in the engineering labor market. There is also a shortfall of domestic engineers entering the workforce. Community colleges are an essential part of the engineering baccalaureate degree pipeline and well-positioned to fill this void as feeder institutions. Data was collected from one-on-one and follow-up focus group interviews and addressed three research questions: (a) What were their community college experiences, (b) what should community colleges continue to do to support women engineering transfer students, and (c) what can be done to improve community college engineering transfer programs, especially for women? This study has limited broad generalization, but adds another dimension to existing research pertaining to community college transfer and women engineering students (Stake, 1995). Two main themes emerged from the study participants: the affect of curriculum and instruction, and student survival strategies and support. Common thematic experiences supporting the affect of curriculum and instruction main theme are: (a) Accessible and approachable staff, (b) prepared with foundational knowledge, (c) different grading methods, (d) loved math and science courses, and (e) subtle forms of biases. The student survival and support strategies main theme was supported by four common thematic experiences: (a) Engineering student study groups, (b) community college engineering faculty advising, (c) self-advising, and (d) tutoring. Study participants suggested that community colleges continue to support women engineering transfer students with the following strategies: (a) Provide a caring and available staff, (b) keep small classes, (c) align and synchronize curriculum, and (d) provide tutoring services. They suggested the following improvements: (a) Connections with other engineering students, (b) increase student outreach and career awareness activities, (c) expand academic advising, (d)provide additional financial aid, and (e) offer additional engineering courses at the community college. / Graduation date: 2012

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