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rorectTCAINE ~~m ~~ Education Yale University, B.E. Mechanical Engineering, 1954 Yale University, B.S. Industrial Administration, 1954 Professional Affiliations Registrations Professional Engineer, New Jersey Professional Engineer, Florida Professional Engineer, Virginia Technical Societies American Society of Heating, Refrigerating and Air Conditioning Engineers, Inc. Project Caine, Inc. 1948 East Sunrise Blvd. Suite 1 Fort Lauderdale, FL 33304 Phone: 954.767.8886 Fax: 954.767.9934 E-fax: 954.337.4665 Experience STRENGTHS Experience in mechanical work includes responsibility for design, field supervision and trouble - shooting of numerous industrial and commercial heating, ventilating and air conditioning installations, ranging from minimum size of 50 tons to installations over 2,000 tons. Other systems include constant temperature - humidity rooms, low temperature rooms and freezers, low temperature rooms, dust collections systems, high pressure piping systems, service piping, process piping and plumbing Background as a test and balance engineer as well as design engineer has led to forensic engineering experience as expert witness for both plaintiff and defense attorneys. Areas of litigation have included piping system corrosion, high humidity's, mold and mildew, pumping deficiencies, condensation and inadequate HVAC capacities. As test and balance consultant for Broward County School System, much work has been done in solving poor IAQ schools, both inadequate ventilation and mold and mildew. Nanay Community Center, Hallandale, FL Project Caine, Inc. provided the mechanical, electrical and plumbing engineering for this project. The total project cost was $3M. This project consisted of the renovation and upgrade of the existing community center in Miami Beach, Florida. The project was on two stories and each about 4000 SF. The design provided for the addition of another story and a roof deck. The project included a kitchen, bathrooms, offices, recreational areas, and meeting rooms. Cleveland Clinic MRI, Weston, FL. The project consisted of the addition of a 1.5 T MRI suite to the first floor of the hospital. Mechanical design included a new remote chiller to cool the magnet. The electrical design consisted of direct and indirect lighting, power distribution and state of the art low voltage systems. All equipment and materials had to be non- ferrous. The room was designed with a magnetic shield surrounding it. This project required an AHCA stage II stand up review. T responsive engineering