Roumany Phan, Leed Ap Email & Phone Number

Boston, Massachusetts, United States

• Evaluate Architectural, Mechanical, Electrical, Plumbing system design and controls, particularly high-performance design and construction • Identify energy savings opportunities/energy conservation measures (ECMs) • Parametrically analyze, interpret, or create data using engineering software (EQuest) • Perform and document energy, daylight, etc. analyses for project certifications (i.e. LEED) • Perform Life-Cycle Cost Analyses, Existing Building Energy Audits, Energy Master Planning, Renewable Energy (PVSyst, Heliscope, PVWatts)• Analysis and Water Mapping Studies • Report to Director of Sustainable Design• Analyze and Access Code Compliance (MA Stretch Code, ASHRAE)

St. Paul, Mn

Graduate FellowReceived a Masters of Science at Penn State University through the funding and support of the Gates Millennium Scholarship.Undergrad: Ambassador Spoke with students about the Gates Millennium Scholars Program and emphasizing the importance of applying to the colleges and universities that will put them in the best possible position to succeed and achieve their goals - regardless of cost.

Plymouth, Minnesota

Joined a team of designers and engineers working on developing the next generation of rooftop units, Rebel Applied™. The landscaping changing product that is offering a distinguished set of proprietary design features not provided in today's market. It combines the latest technologies to provide unmatched efficiency, flexibility, and control for both new construction and retrofit applications.

Greater Minneapolis-St. Paul Area

Currently working to develop an Automatic Washing Process, for implementation into one of Boston Scientific's manufacturing line by summer 2018.Tasks:• Conducted investigation and research in the pursuit of a thorough understanding of the clients’ problem and requirements• Developed innovative concepts and evaluation criteria to fulfill customers’ requirements• Sketched and modeled a complete detailed design to present to the client• Prepared bill of material for accepted concept• Built prototyped and developed tests to validate the design • Presented the intermediate and final design orally and in a written comprehensive report to the industrial sponsors, faculty, and students

2115 Summit Ave. St. Paul, Mn 55122

The summer of 2016, I was hired as research student for the Engineering Department at the University of St. Thomas. During this brief experience, a colleague and I built a vertical soap tunnel to examine behaviors of wake interaction. One wake was used as a control and then a second was added. It was found that by adding a second wake there is a change to the original wake. Also, the two wakes respond to changes in the environment together. Further experiments are needed to better understand these behaviors. Tasks:• Conducted investigation and research in the pursuit of a thorough understanding of the theory behind a vertical soap film apparatus and vortex behaviors in fluid • Developed innovative concepts for the apparatus and prepared a bill of material • Modeled, built and developed tests to validate the design

University Of St. Thomas

In the summer of 2015, I was admitted to the Excel! Research Scholars Program and was mentored by Dr. Katherine Acton, from the Department of Engineering at the University of St. Thomas. I wanted to study ways of improving efficiency in beam designs. My mentor worked with me on the following research question: how can the building industry optimize material usage in beam production while reducing its energy consumption? To respond to the question, I conducted a literature review on sustainable development, green engineering, I-beams, and honeycomb structures. After reviewed several articles and text I formulated the following thesis: the building industry could optimize material usage in beam production with the use of honeycomb structures. Honeycomb’s characteristics give it the advantage of low density. Therefore, embedding honeycomb structures into the web area of the I-beam in this study could not only aid in minimizing the wastefulness of natural resource, but also improve I-beams’ moment of inertia and bending stiffness. I designed beams with honeycomb structures through the use of a modeling and finite element analysis package, SOLIDWORKS. I investigated the design using FEA before conducting experimental testing. The results of this investigation showed that beam models with vertical cell orientation have lower deflection values under a given load than beams in the horizontal orientation. Presented at: Roumany C. P. (2015, July). Green Engineering in Beam Production Using Honeycomb Structures. Presentation at the University of St. Thomas, Excel! Research Scholar Program Summer Research Symposium. Roumany C. P. (2016, April). Green Engineering in Beam Production Using Honeycomb Structures. Presentation at the University of St. Thomas, UST Research Inquiry (Poster)Roumany C. P. Green Engineering in Beam Production Using Honeycomb Structures. 2016 ASEE NCS Conference on March 18-19, 2016 Central Michigan University. (abstract accepted)

Eagan, Mn

• Engaged with customers on sale floor improving and at registers with outstanding customer service.• Operated cash registers, managed financial transactions, and balanced drawers.• Maintained an orderly appearance throughout the sales floor.Introduced promotions and opportunities to customers.• Cross-sold products to increase purchase amounts.

Master’S Of Science, Architectural Engineering

Bachelor Of Mechanical Engineering, Engineering

Activities and Societies: Society of Hispanic Professional Engineers, Engineer for Sustainable World (ESW)

Semester At Sea, General Studies, 3.4

Semester at Sea is a 104 day study abroad program geared towards second-year university students. Aboard, students have the opportunity.

Study Abroad, Art History, A

Activities and Societies: Culturally explored ancient architectures and geological sites through Italy, Greece and Turkey.Study Abroad

Deploma, Art History, Criticism And Conservation

Activities and Societies: Student Council, Yearbook Club, Math Club and National Honor SocietyGraduated