Summary
Highly analytical HVAC Engineer with 6 years of experience in designing, optimizing, and commissioning complex building systems for commercial, industrial, and institutional facilities. Proven expertise in advanced HVAC design, energy modeling, and building performance analysis, leading to significant operational cost savings and improved environmental sustainability. Adept at utilizing industry-standard software and applying ASHRAE standards to deliver innovative, energy-efficient mechanical solutions. Seeking to leverage strong technical skills and project leadership abilities to drive successful outcomes in challenging environments.
Experience
- Led mechanical design for 8+ large-scale commercial and healthcare projects, overseeing budgets up to $15M and reducing design errors by 18% through enhanced QA/QC protocols.
- Managed energy modeling and daylighting analysis using Trane TRACE 700 and IES-VE, identifying opportunities to cut projected energy costs by an average of 25% for new constructions.
- Designed and specified HVAC systems, including VAV, VRF, and geothermal loops, for over 15 institutional and industrial projects ranging from $1M to $10M in mechanical scope.
- Performed detailed load calculations, ductwork sizing, and piping layouts using Carrier HAP and AutoCAD MEP, optimizing system performance and material costs by 10%.
Projects
- Developed comprehensive mechanical system designs for a 30-story mixed-use tower, integrating high-efficiency VRF systems and dedicated outdoor air systems (DOAS) to achieve LEED Gold certification targets.
- Engineered and implemented a new ventilation and exhaust system for a 500,000 sq ft manufacturing plant, improving indoor air quality and worker comfort by 40% while reducing energy load.
- Designed a process cooling water system that improved operational efficiency of critical machinery, resulting in a 15% reduction in downtime and a projected annual saving of $180,000 in utility costs.
- Managed the installation and commissioning phase, ensuring all systems met design specifications and performed within expected parameters, completing the project 2 weeks ahead of schedule.
- Conducted a detailed analysis of existing central chilled water and hot water plants for a major university, identifying inefficiencies in pump and chiller sequencing.
- Developed and proposed a control system upgrade and optimization strategy, which was projected to reduce central plant energy consumption by 20%, saving the university $300,000 annually.
- Assisted in the development of project specifications and bid documents for the control system implementation, ensuring scope clarity and competitive procurement.
Education
- Graduated Cum Laude with a GPA of 3.7/4.0
- Awarded Dean's List honors for six consecutive semesters
- Completed capstone project on sustainable building design, optimizing HVAC systems for a net-zero energy prototype





