I provide engineering and research services in numerical modeling, data analysis, system concept design, and experimental validation for thermal-fluid, energy, and mining systems. My work combines peer-reviewed research experience with practical engineering insight to support feasibility studies, design development, and technical decision-making.
Development and application of advanced numerical models for thermal–fluid and multiphase systems, with emphasis on physical accuracy, numerical robustness, and engineering interpretation.
Scope of work
- Geometrical modeling and computational domain development
- Scale analysis and governing equation formulation
- Mesh design and sensitivity assessment
- Model development, calibration, and validation
- Parametric and scenario-based simulations
- Postprocessing and quantitative interpretation
- Scientific visualization of results
Applications include multiphase turbulent flow, heat transfer in porous media, and energy system performance evaluation.
Comprehensive data handling and analysis of experimental, numerical, and operational datasets, transforming raw data into meaningful and actionable engineering insight.
Scope of Work
- Raw data understanding, cleaning, and preparation
- Data classification and structured organization
- Statistical and trend analysis
- Post-processing and visualization of results
Applications include performance assessment, comparative analysis across operating conditions, and large dataset interpretation.
Development of innovative engineering concepts and integrated system designs informed by literature, physical reasoning, and feasibility analysis.
Scope of Work
- Literature review and benchmarking of existing technologies
- Concept generation and technical brainstorming
- Detailed conceptual drawings and system layout
- Integration of subsystems into coherent engineering solutions
Applications include energy storage and extraction systems, thermosyphon-based thermal systems, and hybrid energy concepts for underground infrastructure.
Support in designing experimental programs and validation frameworks for new technologies and research prototypes.
Scope of Work
- Evaluation of technical options and material selection
- Flowchart and test procedure development
- Concept validation planning
- 3D design and modeling for prototypes
- Construction and implementation planning
Applications include laboratory-scale thermal systems, heat transfer experiments, and validation of numerical models.