Design HVAC and plumbing systems, incorporating emerging technologies and state-of-the-art design methods to deliver integrated, energy-efficient building systems. Provide commissioning services for new and existing buildings, partnering with building owners to develop detailed energy strategies for their portfolio.

Supported the commissioning effort for >6M sqft. of real estate, amounting to over $2M in commissioning services provided and averaging 25 active projects at any given time.- Identified potentially problematic design elements and led meetings with Engineer to discuss- Drafted and performed functional test procedures and made post-occupancy recommendations to ownership to improve the efficiency and reliability of MEP systems- Authored systems manuals and technical reports in support of LEED certifications- Reviewed architectural and MEP submittals, performed inspections for NYCECC compliance

Oversaw maintenance and commissioning of printing presses and base building systems.- Coordinated technicians installing and commissioning $24M of state-of-the-art machinery and assisted facilities manager in planning capital expenditures needed to improve reliability: - Partial redesign of chilled water and combustible solvent distribution systems - Retrofits of lighting and air compressors partly funded by NYSERDA - Retrofits of chillers and boilers expected to save over $85k per year in energy/fuel costs- Specified machine components, producing CAD drawings for fabrication of custom parts

Validated key functionalities of a Portable Emergency Ventilator (PEV) before client filed a patent.- Became an expert in breathing mechanics to design a satisfactory and variable model of the human lung- Worked in a cross-functional team of electrical, mechanical, and biomedical engineers- Researched existing patents and standards (UL, ANSI, ASTM) to determine marketability of the client's original design- Developed methods in LabVIEW to validate the customer's design with conclusive data

Supported process engineers during initial production runs of the Ecotec Generation III engine.- Performed Failure Modes and Effects Analysis for the crankshaft induction hardening process, assisting materials scientist to attain correct microstructure and hardening depth- Developed a process to trace unacceptable machining residue back to its origin and used this process to specify useful tool life and schedule maintenance technicians proactively