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I . `1f Tl: Civil/Environmental Engineering RFQ#12-04-02 I • All professional engineers on the project team are subject to continuing education re- quirements applicable to their field of practice and licenses/certifications. I . Because of ECT's many agency clients, we maintain rapid, ongoing access to developing information on regulatory changes. I Finally, ECT provides in-house technical training sessions (e.g., brown-bag seminars) several times a year to promote depth of knowledge and cross-training. Because of the nature of our services, these training sessions necessarily include coverage of pertinent regulatory considerations and "developing I stories" in the regulatory realm. UPCOMING PROJECTS I The requested scope of services involves a wide variety of possible assignments providing civil and en- vironmental engineering services for the City. Examples of specific projects identified in the City's Fiscal Year 2012 Capital Improvements Program for which such services may be required include the follow- 1 ing: WASD Demolition and Park Construction I . • 16050 Collins Avenue Intracoastal Park • 16200 Collins Avenue Intracoastal Park 1 • 174th Street Drainage 4.3 ECT'S STRENGTHS IN DESIGNING CIVIUENVIRONMENTAL I ENGINEERING PROJECTS Civil/Environmental Engineering Design Tasks ECT's full service civil/environmental engineering design and permitting staff consists of experienced I project managers, multidisciplinary engineers, ecologists, field technicians, GIS and Computer Assisted Design and Drafting (CADD) specialists, and construction management personnel. A reliable, experi- enced, and dedicated team is essential to providing full support for the City's engineering needs. ECT's design strategy couples site specific water quality and ecological functionality with practical, cost effec- tive materials and methods. For instance, in designing the 27`"Avenue stormwater retrofit project for the I City of New Smyrna Beach, ECT incorporated hydrologic and topogr nhir faahirn intn rho ctnrmw2tar treatment system. Using topographically lower conservation land as v -12 part of the treatment system, ECT successfully minimized ecological Dc-pot Perk disturbance and construction costs while maximizing the pollutant I - r , _. treatment efficiency. Sampling results showed that the treatment � O�y 'y �., - efficiency of the retrofit reached 90 percent. / .; �' •t rt-,.-:.- I 1 it -7 " ECT's recent experience in design projects that are directly relevant � - to this solicitation includes: F I • Depot Park Regional Stormwater Treatment System -1'. and Pump Station Planning, Design, and Construction 1 \'fir . . • Administration for the City of Gainesville, FL. �`t - 1 " --,` _ I . Central Beach Flood Mitigation, Phase II for the City of � /. , �,.>.,,� a New Smyrna Beach, FL. Depot Path Regional Stormwater Planning, IDesign,and Construction Management M tiwfrtnniernal 38 I / > nye.