← Back to list
Registration: 29.04.2025

Ibrahim Yarrito

Specialization: Biomedical Engineer
— I specialize in biomaterials, tissue engineering, and advanced 3D bioprinting technologies. — My academic journey and professional experience reflect a commitment to solving complex challenges in regenerative medicine and healthcare. — With expertise in DNA nanotechnology and biosensor development, I have contributed to pioneering research initiatives, including the development of DNA origami-based electrochemical biosensors for biomedical applications. — Additionally, my hands-on experience in stem cell encapsulation and hydrogel synthesis underpins my ability to design solutions that address critical healthcare needs.
Python Project planning Research engineer 3D Printing Feasibility Studies
— I specialize in biomaterials, tissue engineering, and advanced 3D bioprinting technologies. — My academic journey and professional experience reflect a commitment to solving complex challenges in regenerative medicine and healthcare. — With expertise in DNA nanotechnology and biosensor development, I have contributed to pioneering research initiatives, including the development of DNA origami-based electrochemical biosensors for biomedical applications. — Additionally, my hands-on experience in stem cell encapsulation and hydrogel synthesis underpins my ability to design solutions that address critical healthcare needs.
Python Project planning Research engineer 3D Printing Feasibility Studies

Skills

Project planning
Python
Research
3D Bioprinting
Feasibility Studies

Work experience

Research Engineer / Data Scientist
since 03.2021 - Till the present day |PhenoMx
Python
● Conducting research activities exploring new materials, technologies, and systems to develop new product solutions. ● Partnering with product development resources supporting new product development activities. ● Researching to proffer cutting-edge thinking to pursue industry innovative products, processes, and technology.
3D Bioprinting Engineer
04.2020 - 10.2022 |PAT Way
Python
● Explored the use of 3D bioprinting techniques in the development and manufacture of bioengineered systems/devices for application in Tissue Engineering, Regenerative Medicine, Drug Development and other more traditional areas of healthcare. ● In spite sharing the same DNA, extrusion and light-assisted techniques differ significantly in terms of printing mechanisms, processable materials and planar resolution. ● Understanding these differences and the advantages/limitations of each process will allow researchers to confidently select the best printer for their own project.
Biomedical Engineer
09.2019 - 03.2020 |Holy Spirit University
NanoCAD, AutoCAD
● Medical planning, design development and review, project management, and facility management. ● Contributed and delivered a wide array of healthcare projects. ● I led the para-medical self- assessment internal audit committee and was selected as an executive member in several committees related to infection control, waste management, steering, risk management/patient safety, OH&S, and Policies & Procedures.
Research Project Manager
10.2014 - 09.2019 |EMMS
NanoCAD, AutoCAD
● A directed research project on NIGCAM for Effective, Efficient and Cost-Effective Pulse Oximeter for Developing nations.

Educational background

Biomedical / Medical Engineering (Masters Degree)
2018 - 2019
University of Applied Sciences
Chemical / Materials Engineering (Bachelor’s Degree)
2007 - 2010
Federal University of Technology

Languages

EnglishNative