Integrates sustainability initiatives within projects by advocating for climate policies, circular economy principles, decarbonization, and innovative technologies that provide socioeconomic and fiscal benefits.Conducts hazard risk assessments considering direct climate impacts and compounding stressors within the built environment.Develops site and building design strategies in response to risk in order to achieve a desired performance level.Issues emergency preparedness plans with holistic considerations that protect physical assets and promote safety.Progresses LEED, SITES, and WELL certification pursuits through multidiscipline coordination efforts.

Collaborates on projects that aim to achieve a carbon neutral campus by 2050. Thesis research involves developing Villanova's Climate Change and Disaster Resiliency Plan.Also has worked with representatives from Linde on life cycle analyses and greenhouse gas management initiatives.Course work includes life cycle analysis projects, greenhouse gas management practices, sustainable infrastructure, sustainable supply-chain assessments, and sustainable material design.

Performed data streamlining to improve inspection operations. Also assisted with website development regarding energy-from-waste processes.

Stepped in as a field engineer on construction and geotechnical related sites. Applied engineering skills to prepare plans and projects in the office.

Filled in as a geotechnical supervisor for assessing boring logs, test pits, and interpreting field data in the lab. Along with writing georeports, work on construction sites involved inspecting subgrade, concrete, and rebar.

Shadowed structural engineers on construction sites and followed the design process in modern buildings through AutoCad

Tested different adsorbents in natural river water that had been contaminated from soil erosion