Research & scientific computing
Theoretical and computational physics, nuclear matter, reactor neutronics, and scientific modelling — with unpublished work labelled honestly.
ExplorePhysicist · Researcher · PhD candidate
I’m Doubra Sipi. My work connects theoretical and nuclear physics with data, technology, teaching and visual communication — with research as the throughline.
01 Connected areas
Practice / Four applications
Research leads. Technology, education and creative work show how the same habits of analysis and communication apply in different settings.
Theoretical and computational physics, nuclear matter, reactor neutronics, and scientific modelling — with unpublished work labelled honestly.
ExploreTelecommunications and fibre operations, IT support, data analysis, dashboards, and AI learning, separated into professional work and training.
ExplorePhysics and Mathematics teaching across four curricula, online tutoring, curriculum design, instructional design, and digital learning support.
ExploreGraphic design and video editing for communication, education and promotion — visual work grounded in clarity and learning.
Explore02 Selected work
Research / Training / Education
A cross-section of research, training and professional work. Unpublished research is labelled as in preparation; training exercises are labelled as training.
PhD research — University of Port Harcourt
PhD research on reactor neutronics, core optimisation, and the potential grid integration of small modular reactor technology in Nigeria.
Training project — 3MTT Data Analytics
A training project developed during the 3MTT Data Analytics programme, using Excel for analysis and Power BI for a first dashboard.
Professional project — SmartMathz Tutoring
Web-based Mathematics content aligned with New York P-12 standards, developed during my time as an Instructional Design Specialist at SmartMathz Tutoring.
Research, teaching and technical work in more detail.
03 About
Profile / Academic journey
A multidisciplinary practice built on formal science training, classroom experience and hands-on technical work.
I work where research, technology and learning meet.
I hold an M.Sc. in Theoretical Physics from the University of Port Harcourt and am pursuing a PhD in Theoretical Physics there. My research interests include nuclear physics, nuclear energy, reactor neutronics and scientific modelling.
Alongside research, I have worked in telecommunications and fibre-network operations, IT support and digital learning, and I have taught Physics and Mathematics across Nigerian, British, Canadian/Ontario and New York P-12-aligned curricula.
Graphic design and video editing extend that work into visual communication: making technical and educational ideas clearer for the people who need them.
More about my backgroundDelta State University, Abraka. A foundation in physics alongside formal teacher education.
University of Port Harcourt. Thesis on the dispersion of radioactive effluent from nuclear power stations.
University of Port Harcourt. Thesis on vector-meson effects in the relativistic mean field description of nuclear matter.
University of Port Harcourt. Research focus on neutronic analysis and core optimisation of a small modular reactor concept for grid integration in Nigeria.
Working principles
Accuracy, clarity and usefulness, in that order.
04 Current focus
Research status / Updated November 2026
A transparent snapshot of current research. Items marked “In preparation” are not published or peer reviewed.
Ongoing PhD research examining reactor neutronics, core optimisation, and the potential integration of small modular reactor technology into Nigeria’s electricity system.
Theoretical nuclear physics work related to vector-meson self-interaction and relativistic mean field modelling.
Work focused on an analytical treatment of the advection-diffusion equation and the dispersion of radioactive effluent.
Conference contribution presented at the NIP Conference, Nnamdi Azikiwe University, Awka, Nigeria, in 2021.
Contact
Open to conversations about research, teaching, technology and collaboration. Whether the subject is research, a technical role, teaching, a design brief or a collaboration, the best place to start is a short message.