Projects

I've selected these projects to highlight the multidisciplinary work I've taken on across different industries and challenges. Each one highlights a unique aspect of my approach to problem-solving, design, and development.

Enterprise Resource Control (ERC)

Description

I developed a comprehensive ERC (Enterprise Resource Control) system tailored for the manufacturing industry. This custom-ordered solution integrates a wide range of functionalities essential for efficient management and operations. Key features include:

  • Dashboard: A user-friendly interface that provides an overview of key metrics, historical and real-time data.
  • Authorizations: Robust authorization mechanisms ensuring secure access and operations.
  • Multiple User Roles: Support for diverse user roles, each with specific permissions and access levels.
  • Accounting: Comprehensive accounting module for financial management and reporting.
  • Sales: Tools for managing sales processes, from order placement to fulfillment.
  • Purchases: Efficient management of procurement processes and supplier interactions.
  • Manufacturing: Detailed oversight and control over manufacturing processes and workflows.
  • Machinery Maintenance: Modules for scheduling and tracking machinery maintenance to minimize downtime.
  • Logs: Detailed logging and reporting functionalities for tracking activities and ensuring compliance.
  • Importations: Management of import processes, including documentation, compliance, and tracking.
  • Costings: Detailed cost analysis and reporting to monitor and optimize expenses and profitability.
  • Approval Workflow: Implementation of an approval mechanism throughout the system, allowing higher-level managers to approve or deny requests, ensuring checks and balances.

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Weaver

Description

Weaver is a website that facilitates string art creations. The platform lets people buy DIY kits that include a circular steel frame with numbered pins, a bundle of thread, and an instructional booklet. Each booklet contains 50 curated images mapped into coordinates so users can wrap the thread and recreate the designs themselves.

I also developed a program that converts any uploaded image into a custom coordinate map. The main engine runs through C++ to Python binding, which makes the generation process much faster and more efficient. The site manages payments, shipping, and user profiles, creating a smooth experience from ordering to delivery.

To make it more engaging I added a blog where users can share their creations and compare settings such as contrast, filters, and iteration counts. It has grown into a space where people not only show their results but also trade tips for sharper and more personalized designs.

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Vertical Farm

Description

I co-Designed a comprehensive budget and feasibility report for a pilot-scale vertical farming facility, focusing on cost-efficient construction, automation, and sustainable operations. The project involved designing a structurally optimized building, an automated nutrient delivery system (integrated with SCADA for real-time monitoring) featuring an efficient 8-minute cycling process, and specialized HVAC and lighting systems tailored for high-yield lettuce production. By implementing dynamic spacing strategies and analyzing fluid dynamics, material selection, and energy consumption, we achieved a 25% reduction in resource waste compared to traditional batch farming while ensuring operational efficiency at scale.

The systems demonstrated exceptional scalability, with projections showing a 43.8% profit margin for the full-scale model (25,000 m²). The pilot successfully validated the design's commercial viability, with potential monthly profits exceeding $143K at scale. Key skills: Budgeting, CAD design, fluid mechanics, automation (PLC/SCADA), renewable energy integration, and sustainable resource optimization.

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Liquid Monitoring System

Description

For a project aimed at constantly monitoring the volume of liquid in a large tank, I designed and implemented a custom floater-laser system. The setup involves a floater inside the tank that moves vertically along an iron rod, preventing horizontal drift. The floater is connected through a rope-and-pulley system to a laser measurement device positioned externally and directed downward.

As the liquid level decreases, the distance between the laser and the bottom of the tank increases proportionally. This change is measured and transmitted by ESP controllers to the control system platform, which calculates the liquid height in real time. By factoring in variations in liquid density, the system provides continuous volume monitoring.

This method was selected because the tanks were located in harsh environments where high-end instruments, though more precise, proved impractical as they were repeatedly lost or removed. Our design offered a low-cost yet sufficiently accurate alternative that met operational requirements while also reducing the incentive for theft.

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Crypto Mining

Description

I developed and financially structured a Bitcoin mining venture based in Kano, Nigeria, leveraging Bitmain’s S21 XP Hydro ASIC miners and a custom-built energy infrastructure designed for solar-diesel hybrid integration. The project emphasizes long-term sustainability by prioritizing energy efficiency, starting with 60% solar penetration and scaling to 93% within the first 11 months. To support decision-making, I built a dedicated Python simulation script to model revenue projections, reward-per-hash calculations, reinvestment scenarios, and energy cost optimization across a 3-year horizon. This allowed for dynamic financial modeling, incorporating variables such as BTC price stability, dividend payouts, and power source shifts. The operation demonstrated a first-year profit of $145,248 and a reinvestment-driven net profit of $478,845 by year three, achieving a 68.5% ROI. The model balances high-performance mining, renewable integration, and grid resilience — forming a data-driven, scalable entry point into the digital asset economy.

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