Cloud & DevOps | Data Analytics | Applied Physics
Yinka Moses Ajibola
I am an IT professional and PhD student with experience across cloud computing, DevOps, data analysis, applied physics, robotics, and scientific research. My work combines AWS cloud technologies, Python, SQL, business intelligence, technical systems, and the problem-solving skills I developed through physics and engineering.
Professional Focus
Cloud and DevOps
Experience working with AWS infrastructure, serverless architecture, cloud security, Linux and Windows systems, Jenkins, PowerShell, monitoring, and deployment workflows.
Data Analytics and BI
Experience using Python, SQL, Excel, Power BI, and Tableau to clean, analyze, visualize, and report on business, operational, and scientific data.
Applied Physics and Research
Background in experimental physics, biomedical imaging, photodynamic therapy research, microscopy, laboratory investigations, and quantitative scientific analysis.
Physics, Robotics and Engineering
Experience teaching physics and robotics, working with VEX V5 and VEXcode, engineering design, programming, troubleshooting, laboratory work, and technical problem-solving.
Featured Research Thesis
Comparative Analysis of Laser and LED Light Sources for Intraoral Photodynamic Therapy
My master's thesis evaluated a fiber-coupled 638 nm red diode laser and a broader-spectrum 631 nm red LED source for ALA-PpIX based photodynamic therapy in TR146 oral cancer cells. The project examined wavelength matching, optical power, irradiance, form factor, heat dissipation, imaging response, and treatment effect.
The results showed that both light sources could produce a photodynamic treatment response, while the fiber-coupled laser achieved the stronger cytotoxic response because it delivered higher power and irradiance with external heat dissipation. The work supports the broader goal of developing compact and affordable PDT systems for resource-limited clinical settings.
Impact and Public Benefit
STEM Education Access
Physicstutors.org organizes Grade 11-12 physics content into unit pages, downloadable notes, practice materials, lab support, and tutoring pathways for students who need clearer academic support.
Research-Informed Teaching
My teaching approach draws from experimental physics, data analysis, imaging research, and laboratory practice so students learn physics as a real scientific method, not only as formulas.
Biomedical Innovation Direction
My research interest focuses on practical biomedical optics, treatment access, low-cost light-source design, and quantitative methods that can support improved healthcare technologies.
Leadership Through Mentoring
Across teaching and research roles, I have guided students through lab work, robotics design, data interpretation, scientific writing, and problem-solving habits.
Professional Timeline
Independent Project | Serverless Physics Learning Platform, Physics Tutors
Design and develop an AWS-hosted serverless learning platform using cloud infrastructure, data services, authentication, APIs, notifications, and secure resource management.
Physics and Robotics Teacher, Innovation Academy Charter School
Developed and delivered physics and robotics instruction, led laboratory investigations, guided VEX V5 engineering projects, and supported student learning through project-based STEM education.
Graduate Research and Teaching Assistant, University of Massachusetts Boston
Conducted PDT and biomedical imaging research, developed image-analysis workflows, supported experimental design, and taught undergraduate physics laboratory sections.
Data Analyst, Waya Multilinks Technology Limited
Analyzed transaction and operational data using SQL, Python, Excel, Power BI, Tableau, and AWS data services to support reporting and business analysis.
DevOps & Cloud Security Engineer, Federal School of Surveying
Managed AWS infrastructure, cloud security, Windows and Linux systems, deployments, monitoring, backups, and network troubleshooting.
Education and Credentials
PhD in Information Technology — Data Science
University of the Cumberlands. Current doctoral program focused on information technology and data science.
Master of Science in Applied Physics
University of Massachusetts Boston, 2023. Thesis focused on laser and LED light sources for intraoral photodynamic therapy.
Bachelor of Technology in Applied Physics
Ladoke Akintola University of Technology, 2019. Foundation in applied physics, laboratory practice, and quantitative science.
Teaching and Professional Certifications
Massachusetts Physics Teaching License, SEI Endorsement, Certified ScrumMaster, HIPAA Training, and Bloodborne Pathogens Certification.
Cloud and Technical Training
AWS Certified Solutions Architect - Associate, with hands-on experience across AWS, Linux, GitHub, Azure, cloud security, serverless architecture, and data services.
Why This Website Exists
Physicstutors.org is both a professional portfolio and an educational platform. It documents my work across cloud computing, DevOps, data analytics, applied physics, biomedical research, robotics, and STEM education. The site itself is also an AWS-hosted serverless project where I apply cloud architecture, data management, authentication, APIs, notifications, and security.
The goal is to show how my technology background and physics experience work together. My physics and research background gives me a strong foundation in quantitative problem-solving, experimentation, and scientific data, while my IT work allows me to apply those skills to cloud, data, and technology projects.
Book a Free Consultation Today