Development of personal resilience to sociocultural threats among technical university students

Introduction

The educative environment of technical university students is an environment with intellectual demands which are highly related with social, cultural and psychological pressures. The modern technical university is not just a good place to learn mathematics, engineering design or digital technologies. It is also a social arena where young people make comparisons with their peers, and learn to adjust to professional norms, encounter insecurity around employment, engage in digital communication and form their own image as (potential) experts. The conditions make resilience an important educational outcome. For the purpose of this article, sociocultural threats are defined as pressures that erode students' feeling of security, belonging, self-worth and future orientation. These range from social isolation, exclusionary academic cultures, intercultural misunderstanding, aggressive online communication, value conflict, over-competition and underdevelopment of relationships with supportive university figures.

The article builds on the theoretical concept of resilience based on social-ecological interpretation. Resilience is not a personality trait; students are resilient through their interactions with their family, peers, teachers, institutional rules and the broader cultural expectations. Ungar, Ghazinour and Richter (2014) state that social ecology of human development is essential for resilience, that is, various cultural contexts result in various adaptations to adversity [1, p. 348-366]. This is particularly important at the technical universities where the individual's psychological resilience is not enough when the educational climate is being normalised in which excessive workload, silence around emotional suffering and/or exclusion of students who don't conform to the predominant academic culture are the norm.

Personal resilience, however, is the ability to have measurable capacities as an individual. The Brief Resilience Scale considers resilience to be the capacity to bounce back from stress, which is appropriate in the context of technical students, who may experience multiple and brief failures in coursework, lab assignments, programming, design assignments and exams [2, p. 194-200]. Thus, in the process of resilience-building, two logics need to be addressed. The first logic deals with the personal self-regulation, reflection and recovery. The second relates to the conditions within the university which either facilitate or limit these capacities. A technical university that just sees resilience as an individual responsibility can be reinforcing sociocultural threats, and a university that links resilience with inclusive pedagogy, can be turning pressure into developmental experience.

Sociocultural threats

In technical universities, sociocultural threats are mostly behind the academic jargon. While there are professional preparation study programs that are difficult, an emphasis on difficulty can lead to students being told that it is good to be tired, that asking for help is a sign of weakness, and that they have no value unless they are doing very well. In such a situation, resilience is more than just putting in more effort. It's the difference between productive challenge and the need to seek out resources before academic difficulty turns into psychological crisis, and it's the difference between destructive pressure.

There are identity based pressures in the area of engineering and technological education, too. Students must feel they are a part of a professional community. If the department is viewed as cold and overly competitive and/or socially restrictive, students may feel like they don't fit in even if they are doing fine academically. Jensen and Cross have identified how engineering stress culture relates to mental health, engineering identity and sense of inclusion, and found high levels of engineering students' self-reported stress, anxiety and depression, with gender and first-generation status contributing to some of the differences [3, p. 371-392]. This evidence indicates that the sociocultural threats are not abstract. They are created with daily messages that tell of inclusion, success, and those who are expected to simply “take it”.

There's an additional risk associated with digital communication. Technical students tend to be heavy users of online platforms for learning, collaboration and networking. Digital spaces offer increased learning opportunities but also comparison, distraction, misinformation and exposure to hostile communications. The university can formally accept a student but emotionally exclude him with the help of light friendships or negative feedback from the internet or by fearing to make a mistake in front of others. Digital self-control, critical information literacy and developing reliable offline and online support networks must be parts of resilience in this context.

Empirical indicators

Recent empirical literature confirms that resilience among technical and engineering students should be analysed together with engagement, burnout, inclusion, academic success and psychological well-being. Table 1.1 summarizes selected data that are directly relevant to the present topic. The table is not a statistical meta-analysis; it is an evidence base for identifying practical directions through which technical universities can strengthen students’ personal resilience.

These findings show that resilience is not only an individual psychological quality, but also a capacity shaped by the learning environment. For technical university students, academic pressure is often connected with complex curricula, practical training, project work and uncertainty about future professional development. Therefore, resilience means the ability to manage stress, recover from difficulties and maintain motivation during demanding study. Thus, the table helps define practical measures such as early burnout prevention, academic advising, inclusive campus activities and support for students’ self-efficacy (tab.).

Table

Empirical indicators related to resilience and student risks in technical university contexts

The evidence presented in the table leads to an important conclusion: resilience should not be separated from the educational structure of the technical university. When students face heavy workload without meaningful support, resilience becomes merely a demand to tolerate pressure. When workload is accompanied by feedback, social recognition and accessible support, resilience becomes a developmental capacity. Thus, the university environment must be designed so that difficulty remains educational rather than damaging.

Development path

Reflective learning should be the starting point in the development of personal resilience. It is important for technical students to know what they learn and also how they respond to the challenge. Reflection can be incorporated in laboratory reports, project reviews, internship diaries and group design discussions. This is not to say that technical education should be used as a psychological training. Instead, it involves assisting students to recognize failure patterns, emotional reactions to failure, resources and approaches available to them to help them succeed. As reflection grows as a legitimate educational practice, students come to understand that error is a part of being professionally formed and not a measure of personal failure.

The second direction is communication toward the inclusion. Many technical education programs may have students who are quiet, from rural areas, international, first generation and female in male-dominated programs, or less confident in public discussion, who are not “seen” in the program. Teachers need to share opportunities for participation, create mixed peer groups, address discrimination-based jokes or exclusionary communications and normalize seeking help as a part of the school day. Inclusion can't be a symbolic statement. It alters social circumstances that allow personal resilience to develop.

Another key mechanism is mentoring. In the fields of technical universities, students may require assistance in terms of academic content in addition to assisting in identity formation for the professions. Senior students, tutors/supervisors and industry mentors can assist younger to interpret difficulties realistically. Mentoring becomes especially useful if emotion is combined with action – e.g., how to prepare for the more complicated modules, how to divide the work on the project, how to communicate with the teachers, how to plan professional development. These relationships enable students to develop a more secure feeling that difficulties can be dealt with in a structured way.

In addition, early warning systems on burnout and social withdrawal should be established at universities. The goal is not to identify weak students but to identify risk before it gets out of hand. Students may be experiencing a reduction in coping resources if attendance is altered, deadlines are missed, they suddenly stop doing group work, project teams were in conflict, or the students' grades are continually low. Tutor meetings, peer support, counselling referrals and flexible academic guidance are ways in which technical universities can respond. The more students feel that the institution is responsive and not indifferent, the greater its resilience.

Lastly, resilience needs to be linked to work significance. Technical education is challenging as it is preparing students for technical areas that determine infrastructure, industry, digital systems and social development. If pupils appreciate the social relevance of their future job, then a short term stress on the educational level could be integrated into a longer term personal story. Professional meaning does not eliminate stress, but it does enable students to convert stress into an effort towards an important purpose. This is where project based learning, community related engineering projects and real industry scenarios come into the picture, as they can be beneficial not only for building skills, but also resilient professional identity.

Conclusion

The personal resilience to sociocultural threats of students of the technical university should be regarded as a multi-dimensional education task. The threats of the sociocultural domain are related to social exclusion, digital pressure, weak belonging, competitive academic norms, professional uncertainty and lack of support. Only saying to students "you need to be stronger" is not a solution to these threats. A better way to do this is to create a university culture where resilience is fostered through reflection, inclusion, mentoring, available psychological services and relevant preparation for the professions.

Technical universities have a special responsibility, since they train students for very significant professions that require a complex education. It is the same environment that can be conducive to the high level of professional competence that can be conducive to overwork, isolation and anxiety if there is no humane educational design. Thus, personal resilience needs to be developed as a personal and institutional achievement. Students require self-regulation, recovery skills and confidence, as well as departments that accept diversity, that view seeking help as normal, and that link academic struggles to professional development. Resilience is not the lack of vulnerability in this way. It's the capacity to keep growing even when you're feeling unsafe and fragile, and have a community of responsible educators around you.