We are Springtide, a new project services company that thrives in collaborative engagements with our clients to deliver exceptional and agile outcomes that create a more technically advanced and sustainable world. We listen, understand, and lean into complex challenges to unlock new solutions and realize opportunities with our partners. Distinguished by our agility, creativity, expertise, and owner’s perspective, we deliver faster time-to-market and longer-lasting value, enabling you to do more.Springtide is a division of IPS-Integrated Project Solutions, LLC

I have performed load analyses, design calculations, created construction documentation, and carried out construction administration for numerous office retrofit projects. I have also had the opportunity to contribute towards the design of the airside and hydronic mechanical systems for the John F. Kennedy Center for the Performing Arts Expansion in Washington D.C. Additionally, I managed a research project spanning across the Americas, UKMEA, Australasia and Europe Regions within Arup which validated and developed a method for utilizing parametric EnergyPlus analysis in Rhino/Grasshopper through all stages of a project's lifecycle.

Responsible for hosting review sessions, teaching practicum sessions and grading exams.

Under the guidance of Dr. Jelena Srebric, I have had the opportunity to work on several projects that relate to the inception of innovative building energy analysis methods. I have had the opportunity to contribute towards developing new building energy benchmarking and categorization methods, building performance metrics, architectural design workflows and geospatial energy analyses.I have had the opportunity to author and co-author papers on the above topics which have been published in both conference proceedings and scientific journals.

I am pursuing a concurrent Bachelors and Masters of Architectural Engineering, a minor in Information Science and Technology, and a minor in Architectural Studies while performing research for Penn State's Building Science Group.

I had the opportunity to contribute towards bringing several office fit-outs to 100% Construction Documents through performing load calculations, designing system layouts, performing ventilation calculations, performing air-side static pressure calculations, producing project documentation in Revit and reviewing equipment selections.I also worked on the design of DDCP and PLC control systems for large-scale government and university projects, as well as an underground tunnel ventilation system.

I contributed to the design of an office building and a data center through performing load calculations, ventilation calculations, acoustical calculations and air-side and hydronic static pressure calculations. I also helped to create project delivery documentation using Revit.