<div>SECTION I</div><div>Commentary: Commentary on Affect, Cognition and Metacognition in Mathematical Modelling.</div><div>Chapter 1: The construct of affect in mathematical modelling.</div><div>Chapter 2: Metacognition in mathematical modelling-an overview.</div><div>Chapter 3: Principles for designing research settings to study spontaneous metacognitive activity.</div><div>Chapter 4: Engagement structures and the development of mathematical ideas.</div><div>Commentary: The what and why of modeling.</div><div>Commentary: Engaging students in mathematical modeling: Themes and issues.</div><div>Chapter 5: Exploring a conative perspective on mathematical engagement.</div><div>Chapter 6: Exploring teachers’ epistemic beliefs and emotions in inquiry-based teaching of mathematics.</div><div>Chapter 7: Mathematics learning experiences: The practice of happiness and the happiness of practice.</div>Chapter 8: Development of modelling routines and its relation to identity construction.<div>Commentary: Commentary on section III: Connections to theory and practice.</div><div>Chapter 9: Flow and mathematical modelling: Issues of balance.</div><div>Chapter 10: The complex relationship between mathematical modelling and attitude towards mathematics.</div><div>Chapter 11: Teaching modeling problems and its effects on students’ engagement and attitude toward mathematics.</div>Chapter 12: Affect and mathematical modelling assessment-A case study on students’ experience of challenge and flow during a compulsory mathematical modelling task by engineering students.<div>Chapter 13: Flow and Modelling.</div><div>Chapter 14: A coda on affect.</div>