About Dr Khamis Al-Romaimi
I've studied at several different Universities, including Sheffield, Sunderland, Curtin of Technology and Manchester. My PhD is in computer science and engineering. I contributed to multiple publications in CIGRE, IEEE, Inderscience, Asset Management Congress, ITOMS and I was a peer reviewer to various publishers such as IET and IEC. This can also be implemented in different fields and areas: the NHS, water, oil and gas. I have obtained qualifications in Mechanical and Manufacturing Engineering, Automatic and Control System Engineering, Electrical Engineering and Asset Management.
My research area is Asset Management Health Index Development for Driving Maintenance Strategy for Electrical Utilities Using Artificial Intelligence, Machine Learning and MATLAB. This integrated my technical field experience using international standards into a new tool, “Power Transformer Health Index (PTHI)” for condition monitoring. PTHI is a tool like RCM, CBRM and CASCADE to monitor and extend the lifecycle of the electrical power transformers asset and manage governments' and utilities' spending.
This strategy adds value to investment decisions in managing capital, operating expenditures, master planning, total expenditures, and achieving the organisation's ROI. The research added value to the national economy, industry, and academia.
The research app PTHI helps maintenance engineers verify the health condition of the electrical assets, build skills in data science, gain experience among different experts and engineers, consider computer science part of daily developments to cope with big data driven decision making challenges, and enable better decision making.
Teaching and supervision
I'm currently teaching different modules that include:
- Project management (covering people, organisation, leadership, risk management and quality)
- Commercial and contractual issues
- Electrical power systems
- Power electronics
- Asset management
- Electrical transmission system and machines
- Digital technologies for engineering
- Advanced engineering management maintenance practice
- Engineering Technologies
- Sustainable Design
- Individual supervisory project modules.
Research
I've supervised students in different areas of electrical, mechanical, control systems, asset management, PRINCE 2, project management and civil engineering.
For civil engineering, I considered my industrial project and design experience for building sub/grid stations, roads, bridge. This requires a detailed design specification, materials testing, installation, and commissioning for construction projects. Considering the relevant international standards and best practices must align with the related ISOs, IEC, IET, IEEE, ASTM and CIGRE standards.
My current research interest covers various areas and applications that include artificial intelligence, machine learning, Python, R studio, MATLAB, Java language, Proteus, DIGSILENT, ETAP, renewable energy resources, Prince 2, project, and programme management, development robust maintenance plan based on day-to-day schedules and big data analysis for various assets including construction, electrical, mechanical and moving towards condition-based risk management. I'm involved in using EAM, ERP, IBMS systems that include SAP, CASCADE, MAXIMU, and ORCAL. If I can be of any use and part of your study, research (PhD or MSc by research), or if you have any questions, please ask!
Areas of expertise
I'm currently a lecturer in engineering, bringing over a 22 years technical industry and academic experiences in different areas of academia:
- Oil, electricity and water
- Engineering consultancy services in operation
- Maintenance
- Data analysis
- Strategic planning
- Programme management
- Asset planning
- Economics and system studies
- Design
- Projects management
- Control centre
- Risk management and asset management
- Business continuity development
- International benchmarking.