Jenae Pena

Driven Civil Engineering student set to graduate in May 2025, actively pursuing an entry-level position within the industry. Possesses strong interests in geotechnical and traffic engineering, complemented by experience with CAD, Inventor, and Microsoft applications. A fast learner with strong analytical and problem-solving skills, eager to contribute to meaningful engineering projects that enhance infrastructure and innovation.

Pavement Failure Simulation (Capstone – Ongoing)

• Designing a scaled-down experimental model to study pavement failure caused by subsurface voids (sinkholes) under loading.
• Using real site soil samples, asphalt sheets to mimic pavement, and a single-wheel loading system to replicate real-world conditions.
• Installing earth pressure sensors to measure pressure distribution with and without voids present. Utilizing a Particle Image Velocimetry (PIV) system to analyze soil particle behavior during loading.
• Aiming to provide insights into failure mechanisms and support the development of improved mitigation strategies.

IoT-Based Smart Levee or Seepage Detection System (Proposed Project - Ongoing)

• Exploring the use of sensors and IoT technology for real-time monitoring of levee integrity or seepage detection.
• Developing a system that tracks water flow, pressure changes, or soil movement to identify potential failures.
• Designing an automated alert system to notify users of concerning conditions, allowing for proactive maintenance.
• Investigating applications in flood risk management and infrastructure resilience through early warning systems.