Brian J. Friedlich, P.E.
Senior Engineer
609-924-8821 Ext. 115
Education
M.E., Environmental Engineering, Massachusetts Institute of Technology, 2005
B.S., Environmental Engineering, Tufts University, 2004
Professional Licenses and Certifications
Engineer in Training, Massachusetts
Professional Experience
Omni Environmental LLC, Staff Engineer, 2007-Present
TRC Omni Environmental Corporation
Staff Engineer, 2005-2007
Intern, Summer 2004
CDM Inc., Intern, Summer 2002, 2003
Mr. Friedlich has a broad background in the field of environmental engineering with experience in groundwater remediation, water treatment, and hydrologic modeling.
As an intern at CDM Inc., Mr. Friedlich worked on many groundwater remediation projects. He was responsible for processing and formatting laboratory data for submission to the NJDEP, as well as researching alternative groundwater treatment systems. Mr. Friedlich was also responsible for the coordination of water sampling and testing at a child daycare facility. He researched solutions to decreases copper concentrations at the facility.
He was a participant in the 2004 MIT Traveling Research Environmental Xperiences (TREX) program in Hawaii, in which he studied the hydrology and water quality of anchialine ponds in Kaloko-Honokohau National Historic Park. The spatial changes in water quality were observed to evaluate the effects of saltwater intrusion from the ocean and nutrient loading from a nearby harbor.
Mr. Friedlich competed in the 2004 WERC Competition in New Mexico, where he proposed an adsorption system as a technology for arsenic removal in small drinking water systems.
At TRC Omni Environmental Corp., Mr. Friedlich has collected samples, calibrated field equipment, and analyzed data for TMDL and phosphorus impairment studies.
His master’s thesis focused on the design of low impact development (LID) stormwater management technologies at a site in Acton, Massachusetts. A model was developed based on the SCS curve number method that simulated the hydrologic effects of LID at the site level. The watershed-scale effects were evaluated using a water balance.