Hydrogen & Sustainable Energy
Hydrogen-storage modelling, thermodynamic analysis, renewable-energy systems, solar PV, energy storage, and sustainable mobility.
Open to engineering and research opportunities
I'm Abdullahi Ahmed, a Mechanical Engineer.
I specialise in sustainable energy, hydrogen-storage modelling, additive manufacturing, and engineering quality .
My work combines numerical simulation, experimental validation, and practical engineering experience to support reliable energy systems, accurate manufacturing processes, and sustainable technical solutions.
About Me
Engineering analysis connected to practical application.
I am Abdullahi Abubakar Ahmed, a Mechanical Engineer with an M.Sc. in Mechanical Engineering and postgraduate specialisation in Sustainable Energy.
My background combines engineering modelling, experimental research, renewable-energy systems, additive manufacturing, mechanical inspection, and QA/QC practice. I enjoy working on technical problems where analysis, measurement, and practical implementation must work together.
I have developed MATLAB-based thermodynamic models for hydrogen-storage systems using mass and energy conservation equations, Runge-Kutta methods, and adaptive numerical solvers. I have also worked with PETG FDM printing, structured-light scanning, reverse engineering, dimensional validation, and shrinkage compensation.
Alongside research, I have gained practical experience in solar-PV engineering, mechanical maintenance, technical inspection, measurement, documentation, and engineering quality.
I am interested in engineering and research opportunities involving hydrogen technologies, renewable energy, digital manufacturing, industrial reliability, and sustainable infrastructure.
Areas of Focus
Three areas that connect my technical interests and experience.
Engineering Modelling & Validation
MATLAB, numerical methods, transient simulation, engineering calculations, experimental measurement, and technical data interpretation.
Additive Manufacturing & Quality
CAD preparation, PETG FDM printing, slicing optimisation, structured-light scanning, dimensional inspection, reverse engineering, and QA/QC documentation.
Open to practical engineering collaboration.
I welcome conversations about sustainable energy, hydrogen technologies, additive manufacturing, engineering modelling, and industrial quality.