Far-Future Strategy Development for STEM Higher Education Teachers

Companies in the high-tech sector must innovate constantly to remain competitive. Relying solely on trend analysis is insufficient due to uncertainties from long-term technological, societal, and cultural changes. Higher Education (HE) focuses on short to mid-term strategies, but far-future strategic decisions need a robust long-term technology future scenario (LTFS) development methodology. Developing LTFSs for 10-20 years helps companies anticipate industry shifts and validate business innovation ideas. High-tech companies require HE curricula that provide a reliable framework for LTFS to support long-term strategy making. FIT4FUTURE, aligned with the 2021 ERASMUS+ programme, aims to stimulate innovation and bridge Europe's knowledge and skills gap. It is crucial to design student-centered curricula to meet labor market needs and equip HEI personnel to teach LTFS methodologies, preparing future technologists and engineers for sustainable competitive advantage. FIT4FUTURE trained HE teachers online in LTFS, enabling curriculum design that includes LTFS through a transdisciplinary approach, enhancing HE teachers' digital skills and competencies, and addressing gaps in long-term strategy making.

The main group targeted with the outputs were HE teachers in STEM-related fields, who gained knowledge and acquired the skills and competence needed to introduce LTFS (and its topics) into their regular teaching portfolios and activities. FIT4FUTURE aimed at an innovative curriculum at European HEIs in STEM by adding the lacking long-term perspective to strategic management teaching and fostering the future employability of students with developed skills in high-tech companies. Students were targeted as the final beneficiaries. Students in STEM-related fields were trained. As stated before, relying on trend analysis alone was not enough, and companies, especially in the high-tech sector, needed professionals who could develop LTFSs. FIT4FUTURE allowed HE teachers to provide their students (whether in bachelor, master, or specialization courses) with training in a new field and methodology important for developing sustainable long-term strategies. This enabled students to make sense of long-term trends, which they could use to engage meaningfully with companies.

The FIT4FUTURE project aimed to equip STEM HE teachers with the skills to teach LTFS by integrating these scenarios into their curricula. The project produced several key results, each contributing to its overarching goal of modernizing STEM education and preparing students for future technological challenges. FIT4FUTURE Curriculum and Competence Framework (PR-1): The first project result was the development of the FIT4FUTURE Curriculum and Competence Framework, led by Hochschule der Medien (HdM) in Germany. This framework addressed the evolving needs of HE in STEM fields by integrating LTFS development into the curriculum. The framework was developed based on an extensive needs analysis and consultations with HE STEM teachers and students across Europe. It identifies gaps in existing curricula and proposes a comprehensive learning program to equip teachers with the necessary skills and knowledge to teach LTFS. The innovative use of the GRAPE model (Gather, Register, Analyze, Program, and Evaluate) ensured a thorough and systematic approach to curriculum development. This framework was validated by partners during the first transnational project meeting held in Badajoz. 2. FIT4FUTURE Course Design and Content Development (PR-2): The second result, led by Syddansk Universitet (SDU) in Denmark, focused on the design and development of course content. This phase ensured that the curriculum was comprehensive and aligned with the project goals. It involved creating detailed course materials and educational resources to support the teaching of LTFS. Several multiplier events focusing on the FIT4FUTURE learning approach were held, supervised by each partner in their respective countries. These events engaged various stakeholders and participants to disseminate the project's objectives and methods. 3. FIT4FUTURE Online Learning Platform Design (PR-3): Ege University in Turkey led the third project result, which involved designing an online learning platform. This platform was a significant milestone, aimed at facilitating the delivery of the curriculum and making it accessible to a broader audience. The platform's development included an additional module on "prompt engineering" and an AI-based tool for creating futuristic scenarios. These additions were crucial for enhancing the interactivity and applicability of the platform. The extended timeline for this activity, due to the project extension, allowed for these enhancements. 4. FIT4FUTURE Programme and Learning Guides (PR-4): The fourth result, led by EOLAS S.L. in Spain, was the development of the FIT4FUTURE Programme and Learning Guides. This result aimed to finalize the learning programme, ready for roll-out and adoption by HEIs across Europe. It included comprehensive resources for educators and students, providing guidelines and recommendations for integrating LTFS into their teaching. The evaluation and validation process involved piloting the program in participant countries, which included feedback collection and adjustments based on real user data. In line with this, two comprehensive guidelines were developed: one focused on STEM teachers and students, and another tailored for higher education (HE) institutions. The first guideline provides STEM teachers and students with practical tools and methodologies for integrating LTFS into the curriculum. It includes step-by-step instructions on how to create and use futuristic scenarios in various STEM subjects, along with teachers' testimonials on the adoption of the FIT4FUTURE methodologies. This guideline aims to enhance the teaching and learning experience by making it more interactive and relevant to the evolving demands of the high-tech industry. The second guideline is designed for Higher Education institutions (HEI), offering strategic recommendations and frameworks for incorporating LTFS into institutional curricula and programs. These guidelines aim to introduce the HEI (and more concretely the members of the management and governing bodies, as well HR departments) to the FIT4FUTURE concept and learning approach, and explain the benefits of embedding LTSF in teaching. To enhance the ease of the take-up examples on HEI that have already fostered and promoted LTSF in their teaching, or that have used the FIT4FUTURE concept and results in particular are included. It addresses explicitly how HR departments can integrate the concept and results into the professional development of the HE STEM teachers, and indications with regards to recognition of skills for exchange programs, as well as the alignment and steps towards recognition in NQFs and EQF.