Portfolio / Projects

Projects

Selected software, data, embedded-systems, and vehicle-validation work developed around real planning, sensing, and operational problems.

Regional planning dashboard

Local Driving Intelligence

Local Driving Intelligence unifies weather, road activity, traffic cameras, event information, and preparation workflows in one regional planning dashboard.

Type: Regional planning dashboard
Interface: React
Server: Express
Storage: SQLite
Data: Public weather, road, camera, and event sources
Status: Active development
Current work: Expanding coverage and improving data reliability.

01 / Plan

Review conditions before departure

Check weather, route activity, traffic cameras, events, and preparation tasks in one place.

02 / Integrate

Normalize regional data

Convert multiple public-source formats into a consistent interface and internal data model.

03 / Preserve

Retain recent context

Cache recent results and imagery so useful information remains available during temporary source interruptions.

04 / Verify

Expose data reliability

Show timestamps, source status, saved results, and fallback behavior so users can judge information freshness.

Inside the Dashboard

Browse the dashboard tools and see how each one supports planning before a drive.

From Source to Dashboard

How public information becomes useful planning data.

01CollectRequest weather, road, camera, event, and imagery data from public sources.
02OrganizeConvert different source formats into records the interface can use consistently.
03SaveKeep recent results and imagery available between updates.
04DisplayShow timestamps, source status, saved results, and recent history in the dashboard.

Interactive course-planning tool

Drift Course Designer

Drift Course Designer converts sketched drift layouts into editable, venue-based course plans with path refinement, operational annotations, geometry review, and export.

Open the browser tool Launch Course Designer

Desktop or laptop recommended for precise pointer-based editing.

Type: Browser-based course planner
Interface: React
Language: TypeScript
Rendering: Canvas 2D
Storage: Local browser storage (IndexedDB)
Status: Public release / Active development
Current work: Improving editing, venue support, and onboarding.

01 / Draw

Define the driving line

Create the course freehand or point by point directly over venue imagery.

02 / Refine

Edit without rebuilding

Extend either endpoint, reposition anchors, and smooth local sections while preserving the course.

03 / Annotate

Add operational detail

Place clipping points, gates, cones, zones, boundaries, direction markers, and labels.

04 / Export

Produce a reviewable plan

Combine venue context, course geometry, and annotations into a clear layout for review and sharing.

Course Design Interface

The interface supports a continuous workflow from initial path creation through geometry refinement, annotation, and export.

Course Planning Workflow

Turn venue imagery into a reviewable course plan.

01Choose the venueBegin with a calibrated template or supported venue image that provides spatial context for the course.
02Define the flowCreate the intended driving line freehand or point by point as the course takes shape.
03Refine the geometryExtend the path, edit anchors, tune smoothing, and define the usable course corridor.
04Annotate and exportAdd clipping points, gates, zones, boundaries, direction markers, and labels before exporting the completed layout.

Active Work

Systems in Development

Prototypes and applied practice exploring embedded sensing, vehicle spacing, telemetry, and closed-course validation.

03 / Embedded IoTPrototype

Radar + LoRa Traffic Sensor

Embedded sensing node that detects vehicle activity, records timestamped events, and transmits telemetry beyond conventional Wi-Fi coverage.

Stack: ESP32 · Radar · LoRa
Direction: Planned integration with the Local Driving Intelligence data pipeline

04 / RoboticsPrototype

Vehicle Proximity System

Closed-course ranging prototype using ESP32 and ultra-wideband sensors to measure vehicle spacing and present driver-facing feedback.

Stack: ESP32 · UWB · Driver feedback
Focus: Ranging accuracy, calibration, signal filtering, mounting, and driver workload

05 / MotorsportsOngoing Practice

Performance Driving & Validation

Structured vehicle-dynamics practice using telemetry, repeatable drills, and session review across drifting, autocross, track driving, and simulation.

Focus: Vehicle dynamics · Telemetry · Validation
Method: Compare driving inputs, vehicle behavior, and setup changes across repeatable sessions

Earlier Work

Academic Projects

Selected academic work in computational biology, network analysis, and software engineering.

06 / BioinformaticsAcademic

Python Phylogenetic Analysis

Built a reproducible phylogenetic-analysis workflow for mRNA sequences from 44 species using BioPython and ClustalW, then generated neighbor-joining and maximum-likelihood trees.

Python · BioPython · Sequence alignment · Validation View report

07 / Network AnalysisAcademic

Twitch.tv Users Network Analysis

Analyzed a Twitch user-network dataset in Python and R using centrality metrics, Louvain community detection, and Gephi visualization.

Python / R · Graph analysis · Clustering · Gephi View report

08 / Software EngineeringAcademic

Bookstore Prototype System

Developed a Java e-commerce prototype with authentication, persistent inventory data, search, defensive error handling, and JUnit tests.

Java · MVC · File persistence · JUnit