Academic and personal project work
This page highlights selected work in electrical power quality and lighting design. All items shown here are academic and/or personal projects presented for learning and documentation. This website is non-commercial and does not offer or solicit services.
Each project card contains: objective, context, tools/software used, and deliverables. Replace the placeholders with your real files (PDFs, images, diagrams) when you’re ready.
- Objective: what the work aimed to achieve
- Method: design logic, assumptions, calculations
- Outputs: drawings, diagrams, layouts, reports
Selected lighting projects
Lighting layouts, design narratives, and documentation. Replace links with your own PDFs and images.
Layered lighting strategy for a retail environment: ambient + accent + task, with emphasis on visual hierarchy and comfort.
- Tools: AGi32 (or DIALux), photometric files
- Outputs: layout, calculation grid, narrative
- Status: Academic / Personal
Files: PDF report · Images
Concept + justification for a multi-area office renovation. Focus on transitions, identity, and balanced ambient levels.
- Deliverables: concept boards, lighting layers
- Considerations: glare, uniformity, mood
- Status: Academic / Personal
Files: Concept PDF · Renderings
Educational synthesis on melanopic metrics and circadian-supportive lighting principles (research-focused, not a guideline).
- Focus: non-visual lighting effects
- Outputs: annotated summary, diagrams
- Status: Academic
Files: Summary PDF
Selected electrical projects
Example-only single-line diagrams, analysis notes, and educational system architecture concepts. (No client work is represented here.)
Educational system concept: main breaker, SPD, grounding path logic, and load grouping for safety and resilience.
- Outputs: single-line concept diagram
- Focus: surge pathway & bonding logic
- Status: Personal / Educational
Educational notes explaining harmonic sources, symptoms, risks (neutral heating, transformer stress), and concept-level mitigation.
- Topics: THD basics, non-linear loads
- Mitigation: filtering concepts
- Status: Educational
Files: PDF notes
How to interpret time-series voltage behavior and connect symptoms (flicker, resets, overheating) to grid conditions.
- Outputs: plots + interpretation framework
- Tools: spreadsheet/R (optional)
- Status: Educational
Files: Example plots
Notice: This website is for educational and portfolio purposes only. No services are offered or solicited through this site at this time.