Photonic Device Design Support
Design and simulation assistance for integrated photonic components and sub-systems.
Waveguide and coupling studies
Mode and loss analysis
Simulation workflow planning
Design documentation
Services
Collaboration Support
Focused support for photonics modeling, research workflow design, and physics-informed optimization.
Service Tracks
Each track is scoped around practical deliverables and clear constraints.
Research Workflow Engineering
Structured technical support for early-stage research teams and student projects.
Problem framing and scope definition
Literature-driven baseline design
Experiment/simulation milestones
Result packaging for reporting
Physics-Informed Optimization Support
Method-level support for physics-aware modeling and inverse-design style investigations.
PINN problem setup guidance
Model and objective selection
Validation strategy review
Iteration and trade-off analysis
Typical Engagement Flow
A lightweight sequence to keep scope, execution, and delivery aligned from the first conversation.
1
Scope Call
Define the technical objective, constraints, and expected outputs.
2
Execution Plan
Set the workflow, milestones, and review checkpoints.
3
Delivery
Deliver analysis artifacts, recommendations, and next-step options.
Free Service
Mentorship for Students
I offer free mentorship sessions for direction clarity, technical planning, and practical academic growth.