JIMS 8M The Journal of Indian Management and Strategy
Web of Science
  • Year: 2026
  • Volume: 31
  • Issue: spl

Building Skills for Sustainability: The Role of Education and Capacity Development in Long-Term Success

1Assistant Professor, Jagan Institute of Management Studies, Rohini, New Delhi

2Associate Professor, Jagan Institute of Management Studies, Rohini, New Delhi

*(Corresponding Author) Jagan Institute of Management Studies, Rohini, New Delhi

Abstract

This research aims to close this gap by recognizing and evaluating the critical elements that influence the growth of abilities linked to sustainability and comprehending their connections. As demand to address global concerns grows, sustainability has taken center stage; equipping graduates with the necessary skills is essential. There are still unanswered questions about how well modern educational initiativesfoster these abilities. Variables in this study include student motivation and attitude, pedagogical approaches, internships and real-world experience, faculty expertise and industrial relevance, technology integration, internship design and content, and assessment and feedback mechanisms. It is tested if every variable has a significant influence on skill development. Using structural equation modelling, the sustainable skill development optimization model among graduates is estimated below. A curriculum that prepares students for sustainability-related real-world difficulties should strike a balance between academic knowledge and practical implementation. Students will be even more helped by interactive teaching methods and experiential learning to apply theoretical concepts enthusiastically. By bringing technology into these programs, students will eventually become more aware of how to manage contemporary sustainability concerns and become fluent in using contemporary tools and platforms. This will provide students with priceless experiences and help close the knowledge gap between classroom instruction and practical applications that provide a thorough grasp of industrial procedures. Faculty knowledge enhances learning, student motivation spurs participation and skill acquisition, and built-in evaluation and feedback systems direct learners toward ongoing development. These results will offer insightful information about the best methods for developing sustainability abilities in a higher education context. Additionally, educational institutions will be able to use these insights to design curricula that equip graduates with the knowledge and abilities to apply sustainability principles in their professional lives. Stated differently, they will help create a more sustainable future by equipping professionals with the knowledge and skills needed to tackle difficult environmental, social, and economic problems.

Keywords

Skills for sustainability, Higher education, Skill development, Professional success, Marketing education, Industry demands, Competency, Contemporary marketplace, Structural Equation Modelling, I25