Architected and built a scalable AI training teams management platform from the ground up, supporting multiple production environments with real-time workflows, automation, integrations, data-pipelines and rapid product evolution.

Led the five-month development of CAP Datalicencias, an end-to-end platform that digitized and streamlined the Peruvian College of Architects’ workflows for managing architectural projects in metropolitan Lima. Designed and implemented the scalable Django-based platform, covering project submission, review, technical commission management, dashboards, and reporting.

A real estate development platform that digitizes, publishes, and consolidates high-quality technical information for properties available for sale in Peru. It centralizes legal cadastral data and technical documentation into a single platform, streamlining property management and improving access to reliable information.

Multi-tenant platform for restaurants and retail. Real-time orders, POS, KDS and event-driven architecture.

Developed a Python-based application for the acquisition and analysis of terahertz (THz) spectroscopy data from biological and food samples. The system provides a graphical interface for multidimensional, multi-pixel spectral analysis, THz image processing, algorithmic data treatment, image sequence generation, and visualization of radiation penetration through video, enabling accessible and cost-effective sample characterization.

Developed BifactorCalc, an online tool for analyzing bifactor models in psychological research. The application calculates dimensionality and reliability measures, including ECV, PUC, ω, ωH, H, and related indices, through a streamlined three-step workflow, and generates path diagrams to support model interpretation and assessment.

Developed an IoT-based intelligent plant monitoring system that collects real-time environmental and plant condition data through temperature, humidity, luminance, motion, soil moisture, and video sensors. Designed the system to process and transmit data to a connected central module, enabling remote monitoring through web platforms, external displays, and mobile devices.

Developed a portable assistive device for visually impaired users, integrating audio and image sensors, GPS, and interactive controls to enhance environmental awareness. The system processes visual and location data to provide real-time audible feedback and alerts for predefined objects and locations, with autonomous battery-powered operation.

Designed and developed a portable embedded system for digital electronics operations and data processing, integrating a microcontroller, touchscreen interface, physical controls, internal memory, and rechargeable power. The device supports interactive data input, real-time graphical visualization of results, and local storage of generated data.

Developed a portable embedded system for digital electronics operations and data processing, integrating a microcontroller, touchscreen graphical interface, physical controls, internal memory, and rechargeable power. The device enables interactive data input, real-time result visualization, and local storage of generated data.

Developed a remotely controlled reconnaissance vehicle for disaster areas, integrating environmental sensors, real-time communication, power distribution, control, and all-terrain locomotion systems. The vehicle detects and transmits gas, fire, sound, temperature, humidity, motion, obstacle, and video data, enabling operators to remotely monitor hazardous environments and control the vehicle through a graphical interface.

Developed an experimental system for analyzing projectile motion, integrating a controlled launching mechanism, distributed trajectory sensors, and a central controller for data acquisition and processing. The system generates graphical trajectory representations on an integrated display and external computer, enabling real-time analysis of projectile motion between platforms.

Designed and developed a portable embedded device for simplifying Boolean logic functions and supporting rapid electronic prototyping. The system integrates a microcontroller, 16×2 LCD display, selection controls, and data input interface to autonomously process, simplify, and display logic functions.