Universities preparing graduates for technology-enabled financial services need to understand how digital learning conditions relate to students’ career readiness. This study examines the associations of university-based Digital Financial Learning Ecosystem Quality with perceived FinTech Career Readiness among Vietnamese business students. Drawing on Social Cognitive Theory and Social Cognitive Career Theory, ecosystem quality is modelled as a reflective–formative higher-order construct comprising Digital Academic Support, the Digital Learning Environment, and Digital Teaching Innovation. Cross-sectional survey data from 341 students recruited through nonprobability convenience sampling via networks centred on northern Vietnam were analysed using partial least squares structural equation modelling and a disjoint two-stage procedure.All three ecosystem dimensions made significant formative contributions, with the digital learning environment showing the largest estimated weight. Higher ecosystem quality was positively associated with self-efficacy and learning motivation, and self-efficacy was positively associated with motivation. Motivation and career orientation were positively associated with perceived readiness, with motivation having the larger estimated direct coefficient. Career orientation showed no significant additional association with motivation after accounting for ecosystem quality and self-efficacy. Ecosystem quality was indirectly associated with readiness through motivation and through the sequential pathway involving self-efficacy and motivation. The model explained 41.5% of the variance in perceived readiness.The study contributes an integrated operationalisation of university-based digital financial learning quality and distinguishes learning-related associations from those of career orientation. The findings inform potential priorities for coordinating digital platforms, relevant financial content, academic support, practical learning, and competency-based career guidance. For universities and financial institutions, the study offers evidence to guide collaboration on graduate preparation and a foundation for evaluating how perceived readiness relates to demonstrated workplace competence.
In today’s dynamic service sectors, particularly aviation and tourism, innovation is a vital driver of performance. While leadership is known to foster innovation, the mechanisms by which leadership influences innovation outcomes through team learning remain underexplored. This study examines the impact of innovation leadership on team performance through team explorative learning, employee innovation, and team innovation, and further examines the moderating role of customer relationship management (CRM) practices in these relationships. Drawing on Social Exchange Theory and Social Learning Theory, innovation is conceptualized as a multi-level outcome shaped by leadership and team dynamics. Using Structural Equation Modelling on survey data from 430 employees and leaders in Vietnam’s aviation and tourism sector, the findings show that innovation leadership enhances team explorative learning, which in turn promotes employee and team innovation. These innovation outcomes subsequently enhance team performance, confirming their mediating roles in the relationship between team explorative learning and performance. Moreover, customer relationship management (CRM) practices moderate these relationships by strengthening the effect of team innovation on performance and attenuating the direct relationship between team explorative learning and team performance. In contrast, CRM practices had a limited moderating effect on the relationship between employee innovation and team performance. This study advances understanding of the indirect pathways through which leadership drives innovation and highlights CRM practices as a boundary condition. Practical implications for managing innovation in complex service environments are offered.
The 2018 General Education Curriculum in Vietnam requires physics teaching to develop students’ scientific competence, and the science, technology, society and environment (STSE) model has been proposed as one way to meet this requirement. Evidence on how upper secondary physics teachers currently teach specific topics in relation to STSE remains limited. This study surveyed 55 physics teachers about the topic “Electric current and circuits” (Physics 11). A 15-item questionnaire on a five-point Likert scale covered four areas: teaching practice, STSE integration, teacher-rated student scientific competence, and awareness of and readiness for the STSE model. Descriptive statistics and internal consistency coefficients (Cronbach’s α and McDonald’s ω) were computed. Lecturing combined with problem solving was reported by 61.8% of teachers, whereas 38.9% had implemented project-based learning for the topic, and 72.2% reported time and facility constraints. Teachers more often linked the topic to social issues (87.3%) and environmental issues (76.4%) than to modern technology (59.3%). Collecting and processing data was the lowest-rated student capability (M = 3.18). Although 40.7% of teachers were familiar with the STSE model, 70.4% were willing to adopt it if given materials and training. The findings indicate a gap between awareness and readiness, and point to the need for topic-specific STSE resources, professional development, and low-cost technological projects.
بر اساس برنامه درسی آموزش عمومی ۲۰۱۸ در ویتنام، آموزش فیزیک باید به توسعه شایستگی علمی دانشآموزان منجر شود و مدل علم، فناوری، جامعه و محیط زیست (STSE) به عنوان یکی از راهکارهای تحقق این هدف پیشنهاد شده است. شواهد موجود درباره نحوه آموزش موضوعات خاص توسط دبیران فیزیک متوسطه دوم در ارتباط با STSE همچنان محدود است. این پژوهش با نظرسنجی از ۵۵ دبیر فیزیک درباره موضوع «جریان الکتریکی و مدارها» (فیزیک ۱۱) انجام شد. پرسشنامهای ۱۵سؤالی با مقیاس لیکرت پنجدرجهای چهار حوزه را پوشش داد: عملکرد آموزشی، ادغام STSE، ارزیابی شایستگی علمی دانشآموزان توسط دبیر، و آگاهی و آمادگی نسبت به مدل STSE. آمار توصیفی و ضرایب پایایی درونی (آلفای کرونباخ و امگا مکدونالد) محاسبه شد. ۶۱٫۸٪ دبیران، تدریس ترکیبی با حل مسئله را گزارش کردند، در حالی که ۳۸٫۹٪ یادگیری مبتنی بر پروژه را برای این موضوع به کار برده بودند و ۷۲٫۲٪ محدودیت زمانی و امکانات را ذکر کردند. دبیران بیشتر موضوع را به مسائل اجتماعی (۸۷٫۳٪) و زیستمحیطی (۷۶٫۴٪) نسبت به فناوریهای نوین (۵۹٫۳٪) مرتبط میکردند. جمعآوری و پردازش دادهها پایینترین امتیاز قابلیت دانشآموزان را داشت (M = 3.18). اگرچه ۴۰٫۷٪ دبیران با مدل STSE آشنایی داشتند، ۷۰٫۴٪ در صورت دریافت منابع و آموزش، تمایل به پذیرش آن داشتند. یافتهها نشاندهنده شکاف میان آگاهی و آمادگی است و بر نیاز به منابع موضوعمحور STSE، توسعه حرفهای و پروژههای فناورانه کمهزینه تأکید دارد.
The 2018 General Education Curriculum in Vietnam requires physics teaching to develop students’ scientific competence, and the science, technology, society and environment (STSE) model has been proposed as one way to meet this requirement. Evidence on how upper secondary physics teachers currently teach specific topics in relation to STSE remains limited. This study surveyed 55 physics teachers about the topic “Electric current and circuits” (Physics 11). A 15-item questionnaire on a five-point Likert scale covered four areas: teaching practice, STSE integration, teacher-rated student scientific competence, and awareness of and readiness for the STSE model. Descriptive statistics and internal consistency coefficients (Cronbach’s α and McDonald’s ω) were computed. Lecturing combined with problem solving was reported by 61.8% of teachers, whereas 38.9% had implemented project-based learning for the topic, and 72.2% reported time and facility constraints. Teachers more often linked the topic to social issues (87.3%) and environmental issues (76.4%) than to modern technology (59.3%). Collecting and processing data was the lowest-rated student capability (M = 3.18). Although 40.7% of teachers were familiar with the STSE model, 70.4% were willing to adopt it if given materials and training. The findings indicate a gap between awareness and readiness, and point to the need for topic-specific STSE resources, professional development, and low-cost technological projects.
بر اساس برنامه درسی آموزش عمومی ۲۰۱۸ در ویتنام، آموزش فیزیک باید به توسعه شایستگی علمی دانشآموزان منجر شود و مدل علم، فناوری، جامعه و محیط زیست (STSE) به عنوان یکی از راهکارهای تحقق این هدف پیشنهاد شده است. شواهد موجود درباره نحوه آموزش موضوعات خاص توسط دبیران فیزیک متوسطه دوم در ارتباط با STSE همچنان محدود است. این پژوهش با نظرسنجی از ۵۵ دبیر فیزیک درباره موضوع «جریان الکتریکی و مدارها» (فیزیک ۱۱) انجام شد. پرسشنامهای ۱۵سؤالی با مقیاس لیکرت پنجدرجهای چهار حوزه را پوشش داد: عملکرد آموزشی، ادغام STSE، ارزیابی شایستگی علمی دانشآموزان توسط دبیر، و آگاهی و آمادگی نسبت به مدل STSE. آمار توصیفی و ضرایب پایایی درونی (آلفای کرونباخ و امگا مکدونالد) محاسبه شد. ۶۱٫۸٪ دبیران، تدریس ترکیبی با حل مسئله را گزارش کردند، در حالی که ۳۸٫۹٪ یادگیری مبتنی بر پروژه را برای این موضوع به کار برده بودند و ۷۲٫۲٪ محدودیت زمانی و امکانات را ذکر کردند. دبیران بیشتر موضوع را به مسائل اجتماعی (۸۷٫۳٪) و زیستمحیطی (۷۶٫۴٪) نسبت به فناوریهای نوین (۵۹٫۳٪) مرتبط میکردند. جمعآوری و پردازش دادهها پایینترین امتیاز قابلیت دانشآموزان را داشت (M = 3.18). اگرچه ۴۰٫۷٪ دبیران با مدل STSE آشنایی داشتند، ۷۰٫۴٪ در صورت دریافت منابع و آموزش، تمایل به پذیرش آن داشتند. یافتهها نشاندهنده شکاف میان آگاهی و آمادگی است و بر نیاز به منابع موضوعمحور STSE، توسعه حرفهای و پروژههای فناورانه کمهزینه تأکید دارد.
