Amir Alipour
Associate Geotechnical Engineer @Tetra Tech Coffey
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WORK HISTORY
Associate Geotechnical Engineer @Tetra Tech Coffey
Wellington, NZ
Plan and manage complex large-scale projects - coordinate the preparation of cost estimates, tender submissions, technical documentation, client reports and monitoring project progress, project scheduling/resourcing, and meeting deadlines and budgets• Manage teams to complete technical and non-technical tasks including; fieldwork; collating, analysing, interpreting and presenting data; document preparation (reports, proposals, correspondence)• Collect and capture market intelligence from team members; select opportunities for investigation and execution; identify and communicate cross-sell opportunities to other practices or regions• Disseminate client intelligence and project feedback that may enable the company to secure further work or affect the process of future sales opportunities• Develop, provide and promote innovative, complex or critical technical solutions and initiatives to meet clients’ needs• Contribute to the development of winning proposals: deliver oral presentation to clients and progress opportunities to contract execution• Actively contribute to the overall revenue and profitability of the team through the pursuit of new and repeat business• Manage projects within budget and contain commercial risk• Maintain internal quality control and conduct peer reviews
EDUCATION
Ferdowsi University of Mashhad
Master of Science (MSc), Civil - Geotechnical Engineering
University of Guilan
Bachelor of Science (BSc), Civil Engineering
SKILLS
ABOUT AMIR ALIPOUR
Amir is a highly skilled and motivated engineer with a solid background in soil mechanics, and over 15 years of involvement in a variety of engineering projects. He has implemented his technical skills to provide geotechnical designs to a wide range of sectors including land development for residential, commercial, and industrial projects, mining, road, bridge, dam, petrochemical complex, power plant, and renewable energy projects.His engineering skill is defined by a commitment to avoiding unnecessary conservatism in designs as well as utilizing different tools to enhance the understanding of geotechnical behaviour of structures. This involves employing field observation and back analysis to reduce the uncertainties. He also incorporates 3D modelling in cases where traditional 2D methods fall short in accurately representing the actual behaviour of the structures. His approach includes optimizing designs through sensitivity studies and considering the construction budget and time in comparative analyses.He has proven expertise in project scoping and planning of the site investigations in different geological conditions, with a focus on earth-retaining wall, rock-fall protection, dam, tunnel, foundation, and landslide. Additionally experienced in deep urban excavations, piling and micro-piling, ground improvement, underpinning, instrumentation, and performance monitoring.Adept at implementing computational tools for problem-solving: GEO5, PLAXIS 2D & 3D, LPILE 2022, SLIDE3, SLIDE2, RS2, MACRO Studio [Maccaferri Software Suite], CSI SAFE, CSI Surfer®, GeoStudio (2D & 3D), AutoCAD, CloudCompare, CPet-IT, CLiq, SPAS 2019, LiqSVs [GeoLogismiki Software Suite], LiquefyPro, Wallap, SeismoSignal, SesimoSelect, SeismoMatch, Deepsoil, SLAMMER, ELPLA, QGIS, OpenQuake, Python Programming.Also interested in going camping, doing painting, and meditation.
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