Curriculum Vitae
Dr. Murat Kahveci is an educational researcher and teacher-scholar with over 20 years of international experience in science and chemistry education. Currently serving as a Science Department Chair at Chicago Public Schools, he maintains a rigorous research trajectory as a Principal Investigator focusing on the interplay between cognitive and affective domains in STEM learning.
His scholarly standing is defined by high-impact research leadership and international recognition:
- Artificial Intelligence & Integrity: Leading the AITA project at Loyola University Chicago, exploring the ethical integration of generative AI and developing Critical AI Literacy (CAIL) frameworks.
- Global Scholarly Recognition: Awarded a competitive Visiting Professorship at the University of Hamburg, Germany, by the Council of Higher Education (YÖK) to collaborate on the affective dimensions of chemistry learning.
- Funding & Policy Expertise: Served as an Independent Expert for the European Commission, evaluating multimillion-euro Horizon 2020 and FP7 science education proposals across more than 10 EU member states.
- Psychometric Innovation: Specialized in advanced inferential statistics (SEM, CFA, and Factor Analysis) to develop and validate diagnostic tools for biochemistry and physical chemistry education.
Dr. Kahveci’s career includes significant academic leadership as an Associate Professor and Department Chair at Çanakkale Onsekiz Mart University and as a Scholarship of Teaching and Learning (SoTL) Fellow at Loyola University Chicago. A recipient of a national graduate fellowship for his Ph.D. at Florida State University, he is a co-editor of the seminal Springer volume, Affective Dimensions in Chemistry Education.
Dedicated to Constructivist Epistemology and Inclusive Excellence, Dr. Kahveci bridges the gap between complex educational theory and classroom practice, ensuring that diverse learners achieve their full potential in the sciences.
Education
Licensure & Certifications
Professional Appointments
Professional Service
Scholarships & Honors
Hobbies & Interests
Research Projects & Grants (10)
Artificial Intelligence Tools and Academic Integrity
Advancing Physical Chemistry Education through Student-Centered Design and Constructivist Epistemology
Alternative assessment method in biochemistry education: Graphical representation of oxygen binding and delivery
Integrating learning objects into D2L to promote student learning of difficult scientific concepts
Workshop for in-service science teachers
Pedagogical discontentment and self-efficacy of science teachers
Applying research on science materials implementation: Bringing measurement of fidelity of implementation (FOI) to scale
EcoVentures: Focus on the Gulf
Publications (61)
Journal Articles
Artificial Intelligence and Academic Integrity: Legislate or Educate?
Exploring science teachers' affective states: Pedagogical discontentment, self-efficacy, intentions to reform, and their relationships
Construct validity and reliability measures of scores from the Science Teachers’ Pedagogical Discontentment (STPD) scale
Re-analysis of PISA 2003 data about students’ mathematics anxiety, self-efficacy, and motivation
Use of technology and attitudes towards technology: An international analysis of the PISA 2003 data
Measuring one aspect of teachers’ affective states: Development of the science teachers’ pedagogical discontentment scale
Students’ perceptions to use technology for learning: Measurement integrity of the modified Fennema-Sherman attitudes scales
An instrument development: Interactivity Survey (IS)
Interactive learning in mathematics education: Review of recent literature
Instructional interactivity endeavor and Spiral Dynamics
Microfluidic devices for the Belousov-Zhabotinsky reaction
Books
Affective dimensions in chemistry education
Shared perceptions of professors about instructional interactivity
Book Chapters
Majors’ gender-based affective states toward learning physical chemistry
Conference Proceedings
Artificial Intelligence and Academic Integrity: Legislate or Educate?
Measuring conceptual understanding on oxygen binding and delivery in a biochemistry course
Alternative assessment method in biochemistry education: Graphical representation of oxygen binding and delivery
Integrating learning objects into D2L to promote student learning of difficult scientific concepts
Advancing chemistry education research: Dual-Process Theories, Learning Objects and Student Response Systems (Keynote Lecture)
A project idea on working definition of IBSE in Europe through artificial intelligence
A project idea on working definition of IBSE in Europe through artificial intelligence
Affective factors and instructional interactivity in education
An account for Inquiry-Based Science Education through Dual-Process Theories
Construct validity and reliability measures of scores from the Science Teachers’ Pedagogical Discontentment (STPD) Scale
Introduction to Moodle Learning Management System and use of learning objects
Affective dimensions in chemistry education: Focus on educational technology and learning objects
Adaptation of learning objects to inquiry-based chemical education: Phase diagrams
Experiences in reviewing proposals under FP7 Program and some tips for improving proposals
Phase diagrams and conceptual learning
Preparing a grant proposal for funding by the European Commission and presenting a grant proposal in chemistry education
Affective dimensions in chemistry education
Affective dimensions in chemistry education: Much left for future research
Einstellungen zur Chemie und zum Chemielernen bei türkischen und deutschen Jugendlichen
Physical chemistry education and learning objects (PChemLO): A technological implementation to foster inquiry-based learning and diminish gender differences at higher education
Physical chemistry education and learning objects (PChemLO): Affective aspects of implementation
Depicting chemistry majors’ self-perceptions in learning chemistry
Analysis of Turkish high-school chemistry examination questions according to Bloom’s Taxonomy
FP7 Science in Society Program: The evaluation process of large scale proposals for coordination and support actions
Quantifying high school students’ self- perceptions in learning chemistry
A conceptual framework for fidelity of implementation of instructional materials
A framework for measuring fidelity of implementation of science instructional materials
Students’ motivation to use technology for learning
A finer grain understanding of teachers’ adoption of reforms?: Development of an instrument to assess science teachers’ pedagogical discontentment (STPD)
An instrument development: Interactivity Survey (the IS)
Interactive learning in mathematics education: Review of recent literature
Investigating the existence of interactivity in various instructional settings
Self-perception in learning mathematics
Turkish high-school students’ attitudes toward learning mathematics
Working to measure the impact of professional development activities: Developing an instrument to quantify pedagogical discontentment
Instructional interactivity and technology components of a freshman chemistry course
Instructional interactivity endeavor and the Spiral’s Value MEMEs
The significance of interactivity in gender equitable education
The use of interactivity in a graduate class: A case study
The significance of interactivity, learning cycle, and content knowledge in science teaching and teacher preparation programs
Micro-patterning of reaction arrays for self-organizing systems
Letting teachers to interact with the idea of Interactivity: 'What is Interactive?
An on-line evaluation system for curriculum materials development
Interactivity in mathematics and science education
Theses
The perceptions of professors at colleges of education about instructional interactivity
Microdevice fabrication by softlithography and nonlinear phenomena in microchannels
The summative evaluation of the EcoVentures program in terms of its interactivity component
Recent AI Prompt Architectures (PEDAL) (Latest 5 of 20)
Macroscopic Applications of Bonding: From Band Theory to Drug Design
An elaborate inquiry module that scales foundational Molecular Orbital (MO) theory to real-world macroscopic phenomena. Students explore the formation of energy bands in solids to ...
Structural Rigidity vs. Electron Mobility: Understanding Sigma and Pi Networks
An inquiry-based prompt architecture focusing on the fundamental differences between sigma and pi bonds. It contrasts the free rotation in ethane with the rigid pi network in ethen...
3D Geometries to Quantum Mechanics: Bridging VSEPR and Hybridization
A scaffolded inquiry module connecting macroscopic molecular shapes to quantum mechanical LCAO models. Students will apply a structured methodology to translate VSEPR electron-pair...
The Paramagnetism Puzzle: Transitioning from Lewis to MO Theory
An inquiry-based pedagogical module that leverages the cognitive conflict between the Lewis structure of oxygen and its observed macroscopic magnetic properties. Students transitio...
Chemical Linguistics Architect: Decoding Nomenclature Grammar
A structured pedagogical framework designed to teach chemical nomenclature as a rule-based linguistic system. Students will learn to categorize compounds and apply systematic namin...
Explore the full repository of 20 architectures, including classification filters and research metadata.
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