Barriers Facing Engineering Graduates Towards Employability: The Zimbabwean Context

Barriers Facing Engineering Graduates Towards Employability: The Zimbabwean Context

DOI: 10.4018/979-8-3693-5483-4.ch003
OnDemand:
(Individual Chapters)
Available
$37.50
No Current Special Offers
TOTAL SAVINGS: $37.50

Abstract

Engineering education is part of STEM and expectations are graduates who are molded and possess 21st-century skills. Graduates are supposed to be prepared for the future workforce and be able to be employed in the outside world. The 21st-century skills assist the graduates to be able to tackle complex engineering problems. Engineering graduates from Zimbabwean universities lack 21st-century skills. Various countries are overproducing engineering graduates with no or minimal skills. As a result, engineering graduates are either under-employed or unemployed and not suitable for the labour markets. The interface between technology and the labor market is drastically changing globally and this then demands new skills for graduate engineers. Nowadays employers are actually searching for graduates who possess 21st-century skills like creativity, learning skills, reasoning, problem-solving, and decision-making. The chapter seeks to: give an overview of the challenges faced by graduate engineering students toward employment opportunities; for enhancing engineering graduate employability.
Chapter Preview
Top

Introduction

The state of engineering education in Zimbabwe has been a matter of concern in recent years. Zimbabwe has experienced economic difficulties and instability, leading to challenges for students pursuing engineering degrees. This book chapter explores the challenges faced by engineering graduates in Zimbabwe, with a focus on the lack of opportunities for career development and the difficulties in accessing technology and resources. The world of engineering education has been affected by various challenges and the industry queries the graduates’ missing practical skills (Zhu et al., 2022). According to Ahmed and Opoku (2021) engineering teaching requires experiential learning that equips future graduates with highly intellectual and professional skills to meet the demands of employers and the industry. Some engineering graduates have no understanding of the engineering profession at all and what they are supposed to do (Bennett & Male, 2017). Brunhaver et al. (2018) and Karatas et al. (2016) consider some graduates to have narrow perceptions thus considering engineering primarily as technical. Rapid economic growth has been seen therefore demanding increasing demand for engineering education (Dubey et al., 2019). Nowadays it is difficult as we are riding a new wave of uncertainty as the pace of innovation continues to accelerate and technology influences extensively the very basic characteristics of the labor market (World Bank, 2019). Engineering being a technical field that produces specific human capital is affected most by the rapid technological developments. As a result, the nature and composition of skills that are required for an engineering graduate are going through a big change. Modern technology is changing the skills that employers seek, and therefore, the training imparted in educational institutions needs to be revisited. In fact, graduates are not sure about the use of knowledge and the skills they obtained during their studies in the dynamically changing labor markets.

Globally, engineering education is experiencing increasing pressure It is important to analyse what it means to be an engineer in the twenty-first century and how the skills and training imparted in institutions might better prepare engineers of the future (Winberg et al., 2020). Governments are challenged both economically and politically because of the imbalance between the number of new jobs created and job seekers (ILO, 2018). Even though the emerging and developing nations have not reached a knowledge-based economy level, due to globalization, they also consider knowledge and intangible capital as dominant factors for their economic development. Thus, the current world economy is expected to create more new jobs for the labor force with competent knowledge and intangible capital and minimize the effect of unemployment on creating political and social instability. Besides, enhancing graduate employability is done in collaboration with different stakeholders like higher learning institutions, industries, and professional associations. Therefore, it is important to consider the awareness and consensus of different stakeholders such as students, lecturers, and academic leaders on graduate employability enhancement practice Shimeket and Oumer (2022). Universities, critically, play an important role in equipping professionals from all disciplines with awareness and ‘cross-cutting’ capabilities to address all the SDGs through the development and delivery of sustainability curricula (SDSN Australia/Pacific 2017, 12).

Key Terms in this Chapter

Graduate Training Program: These are programmes that offer students the opportunities to specialise in a specific area.

Career Development: This is the process of planning and managing one’s career over time.

Engineering Education: This is the discipline of teaching and learning in engineering.

Graduates: These are students who completed a degree at a university.

Employability Enhancement: This is a process of improving an individual’s ability to gain and retain employment.

Curriculum Development: This is the process of designing and implementing a course of study.

Complete Chapter List

Search this Book:
Reset