Projects using SolidWorks in NigeriaProjects using SolidWorks in NigeriaSmart Aroma Diffuser Design | Industrial Design, CAD Engineering & DFM
Designed a modern smart aroma diffuser from concept development through manufacturing-ready engineering, combining clean industrial design with practical mechanical design and Design for Manufacturing (DFM). The goal was to create a premium home wellness product with a calming aesthetic, intuitive user interaction, and an internal architecture optimized for efficient production and assembly.
The project included industrial design exploration, ergonomic form development, internal component packaging, ultrasonic misting system integration, injection molding optimization, wall thickness and draft angle analysis, engineering documentation, and realistic product visualization. Every design decision was made with manufacturing, assembly efficiency, serviceability, and product performance in mind.
This project demonstrates the complete product development workflow, from concept and engineering to manufacturing documentation and high-quality product visualization, making it suitable for consumer electronics, home appliances, and wellness product development. Smart Pill Dispenser Design | Medical Device CAD & Product Development
Designed a smart pill dispenser from concept through manufacturing-ready product development, combining industrial design, mechanical engineering, and consumer electronics into a compact, user-friendly medical device. The objective was to create a reliable dispensing system that improves medication adherence while maintaining an intuitive user experience and a clean, modern aesthetic.
The project covered the complete hardware development process, including product concept exploration, ergonomic enclosure design, internal mechanical architecture, pill carousel and dispensing mechanism, electronic component integration, exploded assemblies, engineering documentation, and production-ready CAD models. Every component was developed with Design for Manufacturing (DFM) principles to simplify assembly, optimize part count, and support efficient manufacturing and future prototyping.
The result is a functional, manufacturing-focused product concept that demonstrates expertise in medical device development, precision mechanical design, CAD engineering, and product visualization. 
