Chapter 2: Review of Related Literature and Studies
A comprehensive exploration on socioeconomic influences in engineering career decisions
Highlights
- Socioeconomic Impact: SES affects access to resources, mentorship, and career aspirations among STEM students.
- Educational Landscape: Engineering education presents distinct challenges and opportunities based on socioeconomic backgrounds.
- Local and International Perspectives: Research from the Philippines, India, China, and beyond illustrates varying influences of SES on engineering career decisions.
Introduction
This chapter provides an extensive review of the literature and related studies, conducted from 2020 to 2025, on the role of socioeconomic status (SES) in influencing engineering career decisions among senior high STEM-engineering students at the University of Batangas. The review examines how socioeconomic indicators such as income, parental education, and occupational prestige factor into the decision-making process regarding career paths in engineering. The interplay between SES and career development is multifaceted, influencing not only the aspirations and self-efficacy of students but also providing both obstacles and opportunities in the realm of STEM education.
Review of Related Literature (RRL)
Defining Socioeconomic Status (SES)
Socioeconomic status is fundamentally defined through several measurable indicators including family income, parental education, and occupational status. Researchers operationalize SES in various ways to capture the multidimensional nature of social stratification. High SES families generally have greater access to resources, networks, and learning opportunities which provide significant advantages in career exploration and academic success. For engineering students, these advantages can translate into better preparation for college-level coursework, availability of advanced learning tools, and access to mentorship programs that facilitate decisions toward engineering careers.
The Influence of SES on Engineering Education
Multiple studies have underscored the relevance of SES in shaping the landscape of engineering education. One central finding is that students from higher socioeconomic backgrounds tend to have increased exposure to STEM-related experiences, which often begin in early schooling. They benefit from early access to quality educational resources, laboratories, and technology-based learning environments. Conversely, students from lower socioeconomic backgrounds often face limitations such as inadequate facilities, poor infrastructure, and a lack of guidance in STEM subjects, which can lead to diminished interest and delayed engagement in engineering disciplines.
Parental and Familial Influence on Career Aspirations
The literature reveals significant parental influence in shaping career aspirations and decision-making among students. Parental expectations and the support system provided at home have been repeatedly acknowledged as strong determinants for pursuing careers in engineering. When parents, particularly those with higher levels of education or established professional careers, actively encourage their children to engage in STEM activities, there is a noticeable increase in interest and self-confidence in tackling engineering-related challenges. In contrast, students from lower SES families may encounter skepticism about their future potential in competitive fields like engineering, resulting in lower career decision self-efficacy.
Barriers and Opportunities in STEM Career Development
SES influences several barriers that hinder or promote the pursuit of engineering careers. These include the availability of extracurricular programs, internship opportunities, and access to state-of-the-art laboratory equipment. Programs and initiatives developed specifically to bridge the gap for socioeconomically disadvantaged students are available in some regions. These include summer camps, mentorship programs, and outreach initiatives that are designed to foster interest, build skills, and enhance self-confidence. Several studies conclude that while high SES students naturally benefit from favorable conditions for success in engineering, targeted programs can mitigate the disadvantages for lower SES students.
Global Perspectives on SES and Engineering
International research further clarifies the relationship between SES and career outcomes in engineering. In studies conducted in India, China, and other countries, similar trends have been observed where students from higher socioeconomic backgrounds are more inclined to pursue engineering due to better exposure and family support. Additionally, research from European contexts has noted that while cultural factors play a role, economic capabilities often substantiate students’ ability to overcome systemic challenges. Thus, SES is a universally significant marker that influences engagement, persistence, and ultimately, success in engineering education.
Review of Related Studies (RRS)
Methodological Approaches
The studies reviewed employ both qualitative and quantitative research methodologies. Surveys, interviews, and case studies are commonly used to collect data on students’ socioeconomic backgrounds and their corresponding career choices. In addition, statistical analyses are utilized to quantify the relationship between SES and the various aspects of career decision-making. For instance, some studies use regression analyses to determine the predictive value of SES on academic performance and career aspirations. These methodological approaches help to provide a robust framework to analyze trends and draw meaningful conclusions regarding SES influences.
Key Findings from 2020-2025 Studies
Research conducted during the period from 2020 to 2025 has yielded several key insights:
- Disparities in Opportunity: High SES students generally have access to a broader spectrum of extracurricular and mentoring experiences that reinforce their interest in STEM fields, leading to greater confidence and ambition towards pursuing engineering careers.
- Self-Efficacy and Academic Performance: There is a significant correlation between SES and self-efficacy in career decisions. Students with greater socioeconomic advantages typically exhibit higher self-efficacy in their ability to achieve academic and career goals in engineering.
- Tailored Support Programs: Initiatives specifically designed to support lower SES students in developing necessary skills for engineering have shown to successfully enhance participation and retention in STEM programs.
Case Studies and Local Research
Specific case studies at the University of Batangas, as well as broader studies conducted within the Philippines, elucidate the unique challenges and opportunities for senior high STEM-engineering students. Local research indicates that:
- Local Context and Barriers: Students from low SES backgrounds often encounter infrastructural deficits, limited academic guidance, and financial hardship, all of which contribute to lower rates of engagement in engineering courses.
- Comparative Success Rates: Data indicate that those from higher SES backgrounds are more likely to be enrolled in advanced STEM courses with a higher likelihood of persisting to tertiary education in engineering.
- Parental Influence and Community Support: Parental and community support have been seen as key assets in the academic journeys of students; those who have a robust support system are more likely to overcome challenges posed by economic limitations.
Intersectionality: SES with Gender and Cultural Background
Recent studies have expanded the discussion to address the intersection between SES, gender, and cultural background. The interplay of these factors is critical in understanding the full dimension of career decision processes. For example, female engineering students from low SES backgrounds face additional challenges, including societal stereotypes and diminished role models, which compound the effects of limited economic resources. Studies have suggested that more comprehensive support systems and mentorship programs are essential to address these intersectional barriers effectively.
Programs and Interventions for Enhancing STEM Engagement
A number of intervention programs, designed specifically for socioeconomically disadvantaged students, have been implemented with promising results. These include:
- Scholarship and Mentorship Programs: Designed to provide both financial assistance and academic support, these programs aim to level the playing field for students from lower SES backgrounds.
- Summer Workshops and STEM Camps: These initiatives expose students to real-world engineering challenges, thereby stimulating interest and providing practical skills that enhance self-efficacy.
- Community Outreach and Career Counseling: Local universities, including the University of Batangas, have partnered with community organizations to offer guidance and resources that empower students in navigating their educational and career paths.
Comparative Summary Using a Table
| Study | Region | Key Findings | Year |
|---|---|---|---|
| Bueno et al. | Philippines | Lower SES limits access to engineering opportunities | 2020 |
| Kim & Lee | International | High SES students benefit from enriched learning environments | 2022 |
| Tjahjono et al. | Asia | SES is linked with career self-efficacy in engineering | 2020 |
| Kumar et al. | India | Cultural and socioeconomic factors drive engineering career choices | 2022 |
| Wang et al. | China | Barriers for low SES students include lack of mentorship and resources | 2023 |
Local Research Focus: University of Batangas
Context and Challenges
The University of Batangas provides a distinctive local context where the interplay of socioeconomic factors and educational policies significantly impacts senior high STEM-engineering students. Studies conducted within the university have revealed that while a sizeable number of students come from relatively high SES backgrounds with supportive familial structures, there exists a substantial minority that struggles under economic constraints. These constraints affect their ability to access state-of-the-art learning facilities and participate fully in extracurricular STEM programs—which are often critical for developing a comprehensive understanding of engineering.
Insights from University Studies
Recent local studies emphasize the following:
- Student Profiles: Detailed surveys reveal a varied socioeconomic profile among senior high STEM-engineering cohorts, with significant differences in academic preparation and awareness of potential career paths.
- Institutional Support: The role of the university in providing scholarships, career counseling, and industry partnerships is crucial in bridging the gap between differing SES backgrounds.
- Career Decision Dynamics: The complex dynamics of career decision-making are influenced by both observable economic factors and less tangible elements such as self-belief and peer influence.
Gaps and Future Research Directions
Identified Gaps
Although significant strides have been made in understanding the impact of SES on engineering career decisions, the literature reveals several gaps. There is a dearth of in-depth, longitudinal studies that track students’ trajectories from senior high school through to professional employment in the field of engineering. Moreover, while numerous studies have provided quantitative data, fewer have taken a qualitative approach to explore the lived experiences, personal narratives, and emotional dimensions of students navigating these socioeconomic challenges.
Recommendations for Further Research
Future research can benefit from:
- Conducting mixed-method studies that combine statistical analysis with personal interviews to enrich the understanding of SES impacts.
- Expanding research frameworks to incorporate intersectional analyses that consider gender, ethnicity, and cultural background alongside SES.
- Developing longitudinal studies that follow cohorts of students over multiple years to evaluate the long-term effects of early socioeconomic challenges on career advancement.
- Exploring the efficacy of intervention programs initiated by universities and government agencies in mitigating SES disadvantages.
References
Below is a consolidated list of key references drawn from various studies that have informed this chapter:
- Decoding Destinations: Unraveling Factors in Career Choices - Nature
- Socioeconomic Status & Career Aspirations - ResearchGate
-
Enhancing Career Decision Status of Disadvantaged Students - NCBI
- Impact of SES on Engineering Careers - Taylor & Francis
- Socioeconomic Status and Career Development - iResearchNet
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Last updated March 21, 2025