Welcome to Our Student Project Showcase

This ADISRA SmartView project is designed to monitor and control a hybrid energy infrastructure that includes generators, solar panels, and fuel tanks—components commonly found in modern industrial and remote power systems. As industries accelerate their transition to cleaner, more resilient energy strategies, hybrid diesel-solar systems are becoming increasingly essential for reducing fuel consumption, improving uptime, and lowering operational costs. The application provides real-time visibility into critical energy assets, tracking key parameters such as generator performance, solar production, fuel levels, system load, alarms, and overall energy efficiency.

The chocolate confectionery industry is facing unprecedented challenges, from climate-driven supply shortages and extreme weather to widespread crop diseases, aging cacao trees, and decades of underinvestment in farms, especially in major producing regions like Ghana and the Ivory Coast. With shrinking margins and rising uncertainty, efficiency across the supply chain has never been more essential. This project showcases an ADISRA SmartView application designed to manage a fictional Willy Wonka–style chocolate factory, providing end-to-end visibility from production through distribution. The system demonstrates how modern HMI/SCADA tools can streamline operations, improve decision-making, and even help identify potential supply-chain partners. It's a fun, imaginative way to explore real-world industrial automation challenges within a whimsical chocolate-factory setting.

As residential solar adoption continues to grow worldwide, homeowners increasingly rely on smart monitoring systems to track energy production, storage, and usage. Modern solar setups include panels, inverters, batteries, and grid connections, all of which must work together efficiently to maximize energy savings and reliability. This student project showcases an interactive interface for monitoring a home solar energy system. The application visualizes key components—including solar panels, inverters, battery storage, the electrical grid, and additional supporting equipment—allowing users to observe real-time status, power flow, and system performance.

With rising energy costs and a growing focus on sustainability, modern HVAC systems are becoming more innovative and more data-driven. The industry is trending toward real-time monitoring, predictive maintenance, and energy-efficiency optimization to improve comfort while reducing operational expenses. This project showcases an HVAC monitoring application that collects and stores temperature data across multiple environments and visualizes it through line charts and bar graphs. By separating each zone, the interface highlights performance trends and inefficiencies, demonstrating how data visualization supports more intelligent climate control and more efficient building management.

Water Tank Transfer System. As global demand for clean water continues to rise, utilities and industrial facilities are increasingly adopting smart monitoring and control systems to improve reliability and efficiency. This student project uses ADISRA SmartView and ULEAP to simulate a two-tank water transfer system. It provides a practical foundation for understanding how real facilities manage water movement, maintain safe operating levels, and respond to system events. Key features implemented: primary and backup pumps to manage water transfer between tanks; adjustable high/low level sensors with input validation to prevent errors; real-time simulation of tank levels and pump activity. The SCADA interface has multiple pages, including an alarm page for system events, a trend page to visualize water level changes, navigation tabs for tank switching, pump toggle controls, and custom reusable templates to streamline development and maintain consistency.