Research Pathway

1. Reason on choosing Proqio as our topic

We chose this topic because civil engineers often deal with complex structures where manual inspection has always been carried out. This process can be time-consuming, prone to errors as well as heavy on manpower. Therefore, to reduce workload and improve accuracy, we believe advanced technology offers a viable solution. Upon research, we found that Proqio is one of the most suitable technologies for this as it collects and integrates data using technology, lessening the workload.

2. Prompt a summary of the key features and key functions on Proqio from ChatGPT

Prompt: Please provide a prompt of the key functions and key features of Proqio in a concise summary

There are many key features that Proqio provides specially for civil engineering projects. The key features are: Real time monitoring, predictive maintenance, data integration, customizable visualization and risk mitigation. All of these features help ensure safety, reduce downtime, consolidate data without the need of manpower, provide a clear 3D view of the infrastructure and help detect potential issues early. (Proqio, n.d., as summarised using ChatGPT).

Encardio-Rite's Proqio platform, including its integration of real-time data from geotechnical sensors, satellite imagery, UAVs, and LiDAR. Highlight its advanced tools like strain gauges, accelerometers, and fiber optics for precise monitoring, as well as its use of AI, machine learning, and robotics to enhance decision-making and ensure long-term infrastructure performance. (Proqio, n.d., as summarised using ChatGPT).

Research by: Vellyn and Jannah