Dylan Mazzarella Email & Phone Number

San Diego, Ca, Us

San Diego Metropolitan Area

San Diego, California, United States

• Worked within a five-person mechanical (airflow) team to aid in the design and development of the HVAC system for a variety of projects such as an eight-story dorm building for CSUSM, an 11-building land port of entry in San Luis, Arizona, a Marines training facility in 29 Palms, and Terminal 1 for the San Diego Airport. • Key Responsibilities:o 3D modeling of HVAC systems using REVIT softwareo Energy modeling for Title 24 and ASHRAE code verification using Energy Pro… Show more • Worked within a five-person mechanical (airflow) team to aid in the design and development of the HVAC system for a variety of projects such as an eight-story dorm building for CSUSM, an 11-building land port of entry in San Luis, Arizona, a Marines training facility in 29 Palms, and Terminal 1 for the San Diego Airport. • Key Responsibilities:o 3D modeling of HVAC systems using REVIT softwareo Energy modeling for Title 24 and ASHRAE code verification using Energy Pro 9o Calculations related to room loads to facilitate equipment selections to ensure that the cooling and heating needs of the spaces are met. o ASHRAE 62.1 calculations to determine the outside air needs for a space.o Coordination between the other design teams and trade partners to ensure that the HVAC design satisfies the needs of the project without interfering with other disciplines. Show less

Poway, California, United States

• Worked under manufacturing engineers to serve as a bridge between the technicians and the design engineers o Talked with the technicians to identify aspects of the inverter’s design that could be reworked to improve the design for easier manufacturing and assembly; relayed this information to the engineering department so they could look into implementing the necessary changes. • Applied design for manufacturing and assembly in order to improve the… Show more • Worked under manufacturing engineers to serve as a bridge between the technicians and the design engineers o Talked with the technicians to identify aspects of the inverter’s design that could be reworked to improve the design for easier manufacturing and assembly; relayed this information to the engineering department so they could look into implementing the necessary changes. • Applied design for manufacturing and assembly in order to improve the efficiency of the manufacturing process o Redesigned the inverter transportation skates to reduce them from 130 pieces of hardware to only 16; reducing the service and rebuild time from several hours to roughly 30 minutes.• Used Creo and SolidWorks to develop drawing packages that could be sent out to manufacturers to reduce the number of items that had to be made in house. o With Creo: Created 3D models of the inverter’s wire ducts and made drawings to specify the appropriate cut length and critical dimensions. o With SolidWorks: Created 3D models, drawings, and a BOM for the inverter transportation skates; allowing the 80/20 rails to be outsourced for all manufacturing. These files were sent to the new manufacturing plant in South Carolina where they allowed for the technicians to easily assemble the skates. • Reworking of defective or broken parts to get them back into service. o Developed rework and assembly instructions for inverter transportation skates and a pressure tester for testing the inverter’s cooling system. Show less