Overview

The externship trained participants to build AI agents with n8n and apply them to real data workflows. The work covered installing and configuring n8n, designing agent logic, and assembling a dashboard driven by those agents. The deliverables include a configured n8n instance and agent workflows wired into a dashboard.

Overview

I focused on animal waste management due to the unsanitary disposal methods that can transmit bacteria and parasites to humans and animals. Rain can wash waste into waterways, polluting streams and harming aquatic life. I developed an alternative waste disposal collector to address these issues.

What I've accomplished

Overview

- Context: Advanced material engineering and illumination design in KeyShot Studio. - The Problem: Scaling a cohesive visual language across diverse geometries and material densities without bloating file performance or render times.

What I've accomplished

- Constructed custom composite materials using the KeyShot Material Graph. - Linked procedural cellular noise and contour maps to map physical surface variations without relying on heavy external texture files. - Configured custom HDRI environments mapping targeted physical area lights to direct reflections, control contrast ratios, and establish an optimal visual hierarchy.

Overview

- Context: High-fidelity automotive rendering utilizing professional digital-twin environments. - The Problem: Seamlessly integrating a synthetic 3D asset into real-world environmental photographic plates while maintaining correct lighting perspectives and shadows.

What I've accomplished

- Calibrated custom HDRI lighting spheres to align with corresponding photographic backplates (German Sunset & Piazza San Marco), ensuring consistent directional shadows and tone mapping. - Adjusted post-processing parameters including Glow, Glare, Lens Flare, and depth-of-field tolerances to simulate physical camera characteristics.

Overview

Designed and fabricated an Arduino-based adaptive controller integrating custom circuitry, soldered components, and mechanical interfaces to enable electronic control through minimal wrist and hand movement.

What I've accomplished

- Programmed the custom Arduino input logic to take highly irregular physical movements and translate them into steady, reliable digital commands. - Ran an iterative rapid prototyping loop, constantly soldering circuitry, 3D printing components, and tweaking sensitivity based on real usability feedback.

Overview

I developed an enhanced non-invasive neonatal nCPAP mask that minimized air leakage and nasal trauma. I used Fusion360 for 3D modeling of the mask components and 3D printing for the mask strap mechanisms.

What I've accomplished

- Conducted user interviews and observed workflows inside sensitive clinical spaces to determine where current masks were failing medical staff and patients. - Operated Fusion360 to develop custom parametric shapes that distribute the mask’s physical pressure evenly across facial mapping data.

Overview

I led the end-to-end development of a wearable bone-conduction hearing device that takes ambient sounds from the environment and turns them into distinct tactile vibrations for hard-of-hearing users.