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Mehmet Turan Tetik
| Name | Mehmet Turan Tetik |
|---|---|
| Address | Ankara, TURKEY |
| Education |
Selçuk University, Faculty of Engineering and Architecture, Department of Environmental Engineering / 2004–2008 Gazi University, Institute of Science, Department of Environmental Sciences / 2009–2012 |
| Title | Environmental Engineer (MSc) |
| Engineering Experience | 17 |
| Professional Expertise Keywords | Drinking water transmission line route studies, transmission line projects, intake structure projects, wastewater sewerage projects, urban sewerage network projects, urban stormwater drainage projects, excavation-fill optimizations, solar panel layout modeling, water hammer calculations in pressurized pipelines, drinking water treatment plant projects, wastewater treatment plant projects, land modeling, stormwater diameter optimization, wastewater diameter optimization, road projects, road route studies, airport projects, runway projects, apron projects, taxiway projects, airport runway planning, airport drainage projects. |
| Detailed Information on Professional Expertise |
My engineering professional activities span a wide technical range from water supply and treatment systems to infrastructure projects, from transportation and energy facilities to land engineering. I have extensive experience in route planning for drinking water transmission systems, hydraulic design works, and engineering design of intake structures. My work also includes process modeling for drinking water treatment plants and the development of system solutions compatible with treatment processes. In the scope of wastewater infrastructure systems, I carry out engineering calculations for urban sewerage network projects, wastewater treatment plant designs, and wastewater diameter optimizations. Regarding stormwater systems, I develop system solutions compatible with integrated water management approaches, including urban drainage network design, diameter optimizations, and surface runoff analysis. Within the scope of land adaptation of projects, I perform excavation-fill volume calculations, land modeling, and topography-based engineering optimizations. For solar energy projects, I conduct panel layout modeling and site efficiency analyses. I also develop solutions considering water hammer effects in pressurized pipeline systems, ensuring system safety and structural integrity. In transportation infrastructure projects, I work on road route planning and road project development. In airport projects, I carry out geometric and hydraulic planning of runways, aprons, and taxiways, as well as engineering designs of drainage systems. In runway planning, I contribute to critical engineering analyses such as elevation grading, slope arrangement, stormwater drainage, and infrastructure integration. All my work is carried out in accordance with engineering principles, current technical specifications, and national/international standards, guided by the principles of environmental sustainability, economic efficiency, and technical accuracy. |
| Certificates |
Environmental Management System (TS EN ISO 14001: 2004) Occupational Health and Safety (OHSAS 18001) Internal Environmental Auditor Competency Certificate Soundproofing Applications According to Example Solutions (SES-E) Examinations Sound Insulation and Control (SES-A) Examinations |
| Conferences and Seminars |
National Groundwater Symposium Evaluations / December 23–24, 2004 General Directorate of Rural Services / October 18–20, 2007 International Global Climate Change and Environmental Impact Conference |
Hüseyin Gören
| Name | Hüseyin Gören |
|---|---|
| Address | Ankara, TURKEY |
| Education | Selçuk University - Faculty of Engineering and Architecture - Department of Civil Engineering / 2003–2008 |
| Title | Civil Engineer |
| Engineering Experience | 17 |
| Professional Expertise Keywords | Embankment dams, gravity dams, RCC dams, spillways, bottom outlets, diversion structures, dam body optimizations, hydropower plants, hydropower energy calculations, hydropower energy optimizations, installed capacity calculations, penstock design, powerhouse design, turbine optimizations, open channel projects, open channel hydraulics, hydropower feasibility reports, dam stability analysis, slope stability analysis, seepage calculations, settlement analysis, dynamic analysis of dams, thermal analysis of RCC dams, face slab thickness calculations, drinking water transmission line route planning, pipeline design, intake structure projects, wastewater sewerage projects, urban sewer network designs, stormwater drainage network designs, excavation-fill optimizations, solar panel layout modeling. |
| Detailed Information on Professional Expertise |
My expertise in civil engineering is particularly focused on dam structures, hydropower energy systems, and infrastructure projects. I carry out design and engineering calculations for embankment dams, gravity dams, and roller-compacted concrete (RCC) dams. These include advanced engineering analyses such as stability, slope stability, seepage, settlement, and dynamic behavior assessments of dam bodies, as well as thermal analysis for RCC dams and thickness calculations for concrete face slabs. I also specialize in the planning and structural design of hydraulic components such as spillways, bottom outlets, and diversion tunnels in dam projects. I work on optimizing dam cross-sections and structural systems for engineering efficiency. In hydropower projects, I conduct analyses related to powerhouse layout, penstock routing, turbine selection and optimization, powerhouse design, installed capacity calculation, and annual energy production assessment. These efforts encompass the optimization of hydropower generation scenarios and preparation of feasibility reports. My technical expertise also includes hydraulic design of open-channel systems, engineering of intake structures, and sizing of transmission systems. For drinking water supply projects, I perform route planning of transmission lines, profile design, and hydromechanical calculations. Additionally, I work on city-scale wastewater and sewerage network designs, stormwater drainage planning, and development of integrated infrastructure solutions. I also conduct excavation-fill volume calculations related to ground movements, terrain-based fill optimizations, and solar energy plant panel layout and site modeling. All of these works are carried out in accordance with national and international engineering standards, guided by the principles of technical accuracy and sustainability. |
| Certificates | TNO DIANA, Certificate of Achievement, Non-linear Analysis Using DIANA: Applications to Structural and Geotechnical Engineering, Istanbul, Turkey, April 2010 |
| Conferences and Seminars | The Effect of Local Variability in Probabilistic Slope Stability Analysis, Flood and Landslide Symposium, October 24–26, 2013, Karadeniz Technical University (KTU), Trabzon |