pArt of Science
As researchers, when we explore something, we are passionate about sharing it in a way that would be received more easily.
We write articles; we do presentations, and visual materials: photography, microscopy images, basic sketches, detailed illustrations, 3D models, are often the best narrators of our research.
Visual communication tools are powerful ways to grab the attention of the audience and enhance the memorability of the subject. Similarly, throughout my research, I needed visual materials to tell my story.
pArt of Science
As researchers, when we explore something, we are passionate about sharing it in a way that would be received more easily.
We write articles; we do presentations, and visual materials: photography, microscopy images, basic sketches, detailed illustrations, 3D models, are often the best narrators of our research.
Visual communication tools are powerful ways to grab the attention of the audience and enhance the memorability of the subject. Similarly, throughout my research, I needed visual materials to tell my story.
Research Interests
Tissue engineering, biomaterials,
additive manufacturing, emulsion templating,
polymer synthesis, porous materials,
decellularisation,
scientific and medical illustration
BE553 Bone and Dental Tissue Engineering
Bone and Dental Tissue Engineering (BE553) is a graduate-level course that offers an in-depth exploration of cutting-edge strategies in regenerative medicine, with a specific focus on bone and dental applications. This course provides students with a strong foundation in tissue engineering principles, scaffold design, biomaterials, and fabrication techniques, while bridging core biological concepts such as bone anatomy, remodeling, and healing mechanisms. Advanced topics include dental implant design, guided tissue regeneration, drug delivery systems, and emerging technologies such as stem cell applications, bioreactors, and microfluidic models. Through interactive lectures, literature-based discussions, and student-led presentations, BE553 equips students with the interdisciplinary knowledge and critical thinking skills required for innovative research and development in tissue engineering.
BE311 Bioprocess Engineering
Bioprocess Engineering (BE311) is an essential undergraduate course designed to introduce students to the principles and practices involved in the production of biological products. Covering the entire pipeline from raw materials to final products, the course explores key topics such as reaction theory, enzyme and microbial growth kinetics, bioreactor types and design, operation modes (batch, fed-batch, continuous), scale-up strategies, and downstream purification techniques. With a strong emphasis on problem-solving, teamwork, and creative thinking, students will also gain hands-on experience through a final project focused on the design and optimization of bioprocesses. BE311 prepares future bioengineers to tackle real-world challenges in the biotechnology and pharmaceutical industries with technical proficiency.
BE309 Biomaterials
Biomaterials (BE309) is an undergraduate course co-coordinated by Prof. Dr. Volga Bulmuş and Assist. Prof. Dr. Betül Aldemir Dikici, offering a comprehensive introduction to the science and engineering of materials designed for interaction with biological systems. The course explores the historical development and classification of biomaterials, their mechanical and chemical properties, and the critical principles of biocompatibility and host response. Students will also gain insights into sterilization methods, controlled release systems, and current applications in tissue engineering and regenerative medicine. With a strong emphasis on both theoretical knowledge and practical design skills, BE309 equips students to evaluate, compare, and develop biomaterials for a wide range of biomedical applications.
BE208 Biochemistry
Biochemistry (BE208) is a foundational course tailored for Chemical Engineering students, offering a comprehensive introduction to the molecular basis of life with a focus on engineering relevance. The course explores the structure and function of key biomolecules—including amino acids, proteins, carbohydrates, lipids, and nucleic acids—as well as enzyme kinetics and the fundamentals of metabolism. With an emphasis on real-world applications in biotechnology, pharmaceuticals, and biochemical processing, students gain insight into how biochemical principles integrate with chemical engineering practices. Through a combination of lectures, assessments, and student presentations, BE208 builds the essential biochemical knowledge base required for interdisciplinary problem-solving in modern engineering fields.
BE502 Principles of Bioengineering II
Principles of Bioengineering II (BE502) is an interdisciplinary graduate course that introduces core concepts across the diverse subfields of bioengineering. Delivered by a team of expert faculty members, the course covers a broad spectrum of topics including cell physiology, bioprocess engineering, bioreactors, molecular biology, bioinformatics, and drug development. Designed to build a strong foundation for advanced studies and research, the course blends theoretical knowledge with practical insights into biological systems from an engineering perspective. BE502 serves as a gateway for students to explore specialization areas and gain exposure to the interdisciplinary thinking essential in modern bioengineering.
BE410 Introduction to Tissue Engineering
*This course is no longer instructed by Dr. Baldemir
Introduction to Tissue Engineering (BE410) is a dynamic undergraduate course that explores the foundational principles and emerging strategies in tissue engineering. Designed to blend theory with practice, the course covers key topics such as scaffold-based and alternative tissue engineering approaches, stem cells, cell culture techniques, vascularization, soft and hard tissue repair, and advanced systems like bioreactors and in vitro models. Students engage in literature reviews, research-based presentations, and hands-on projects that enhance critical thinking and innovation. Notably, the course was honored when Dr. Betül Aldemir Dikici received 1st place in the “Best Lecture Design Award” by İzmir Institute of Technology in 2022, recognizing the course’s innovative, student-centered approach and educational impact in the field of bioengineering.