Page 139 - Učilnica za življenje
P. 139

Mathematical Literacy, Mathematical

                  Modeling, and Realistic Mathematics
                  Problems for Sustainability


                  Darjo Felda                    Daniel Doz
                  Univerza na Primorskem         Univerza na Primorskem
                  darjo.felda@pef.upr.si         daniel.doz@pef.upr.si
                  Mara Cotič
                  Univerza na Primorskem
                  mara.cotic@pef.upr.si

                  This paper explores the pivotal role of mathematical literacy, mathematical
                  modelling, and realistic mathematics problems in fostering sustainability edu-
                  cation. The study emphasizes the need to move beyond traditional mathemat-
                  ics teaching methods, which often focus narrowly on abstract concepts and
                  rote memorization, towards a more integrated approach that connects math-
                  ematics with real-world contexts. By highlighting the importance of horizontal
                  and vertical mathematization, the paper argues for a curriculum that encour-
                  ages students to apply mathematical concepts to realistic problems, thereby
                  enhancing their problem-solving skills and critical thinking abilities. The pa-
                  per also examines mathematical modelling as a crucial tool for understanding
                  and solving complex sustainability challenges, illustrating how students can
                  develop and refine their models to better reflect real-life situations. A problem-
                  based learning approach not only improves mathematical competence but
                  also equips students with the necessary skills to tackle environmental, social,
                  and economic challenges.
                  Keywords: literacy, mathematics, problem-solving, realistic problems, sustain-
                  ability
                          © 2024 Darjo Felda, Mara Cotič and Daniel Doz
                  https://doi.org/10.26493/978-961-293-403-3.139-156
             Introduction
             The imperative of sustainability in the face of unprecedented global chal-
             lenges such as climate change, environmental degradation, and resource
             scarcity demands innovative approaches grounded in rigorous scientific in-
             quiry (Kuhlman & Farrington, 2010). At the heart of this endeavour lies math-
             ematics – a discipline uniquely equipped to unravel the complexities of nat-
             ural systems, optimize resource allocation, and inform evidence-based poli-
             cies (Kuznetsova et al., 2021). In particular, mathematics should develop stu-
             dents’ problem-solving abilities, which, in turn, help them address everyday,


                  Dolenc,N.,in Cotič,N.(ur).(2024). Učilnica za življenje: vzgoja in izobraževanje
                  za trajnostni razvoj. Koper: Založba Univerze na Primorskem.
   134   135   136   137   138   139   140   141   142   143   144