John A. Torres Caicedo Email & Phone Number

Carnegie, Pa, Us

In my role, I deeply interpret geotechnical reports, project specs, and design ground improvement strategies to address critical criteria like settlement dynamics and bearing capacity. Using Plaxis, I model intricate soil-structure interactions, ensuring optimal designs and effective ground improvement approaches. I not only deliver comprehensive design packages but also engage in geostructural analysis, focusing primarily on concrete foundations. Additionally, mentoring and training upcoming engineers in ground improvement techniques forms a significant aspect of my responsibilities.

Ashburn, Virginia, Us

As a Geotechnical/Tunnel Engineer at Gall Zeidler Consultants, LLC, I contribute to the successful design and delivery of underground infrastructure projects. My role focuses on geotechnical engineering solutions for tunneling, utilizing advanced methods and technologies to address complex subsurface challenges.I specialize in:Tunnel Design and Analysis: Supporting the development of cut-and-cover, NATM/SEM, and TBM-driven tunnels for transportation, utility, and infrastructure projects.Geotechnical Investigations: Conducting site-specific investigations, including boring and in-situ testing, to evaluate ground conditions and provide recommendations for excavation support and lining systems.Ground Support Systems: Designing shotcrete, rock bolts, and other reinforcement systems to ensure stability and safety during construction.Geotechnical Modeling: Using state-of-the-art software to simulate ground-structure interactions and predict settlement behavior.At Gall Zeidler Consultants, I collaborate with a multidisciplinary team to deliver cost-effective, sustainable, and safe solutions that align with client goals. My work spans a range of tunneling projects, from urban metro systems to cross-country utility tunnels, where precision and innovation are critical.

Cedar Knolls, New Jersey, Us

Conducted geotechnical desk studies, subsurface investigations, and site characterization for various projects in New York and New Jersey.Performed observation of test borings and rock coring to assess soil and rock properties.Successfully installed groundwater wells and conducted tests pits for accurate site evaluation.Implemented construction monitoring, including in situ testing, nuclear density testing, and inspections of backfill, compaction, and subgrade.Demonstrated expertise in geotechnical engineering principles and standards to ensure project compliance.Collaborated with multidisciplinary teams to provide comprehensive geotechnical support and deliver high-quality solutions.Notable Accomplishments:Led geotechnical investigations for multiple projects, providing critical data for informed decision-making.Ensured adherence to safety protocols and industry regulations, promoting a safe working environment.Received commendation from clients for delivering accurate and reliable geotechnical assessments.Developed detailed reports and recommendations based on thorough analysis of field data.

Estimate costs, construction management, preparation of bids for municipal contracts such as MTA Metropolitan Transportation Authority, NYCT New York City Transit, Port Authority of New York & New Jersey, DASNY Dormitory Authority State Of New York, etc.; and development shop drawings and As-Built drawings.

Bogotá, Co

During six years of experience I have worked in the largest and most significant infrastructure projects in some South America countries. Projects include:Emgesa. - El Quimbo Hydroelectric Project (62.8 MW) (Colombia) – The project includes a 150-m high concrete face rockfill dam on its different stages of development, including evaluation and conceptual analysis (prefeasibility studies), feasibility studies, tender designs for bid, detail designs for construction and advisory during construction. Responsible to calculate capacities for the building materials excavation sites, designed the staging areas and the reinforced earth walls for the powerhouse’s groundwork, rock slope stability on spillway; etc.Isagen. - Sogamoso Hydroelectric Project (820 MW) (Colombia) – The project includes a 191-m high concrete face rockfill dam. Responsible to complete the geotechnical design of levees to create environmental ponds in the discarded building materials excavation sites include rock mass characterization and rock slope stability analysis.Burica S.A.- Basic Engineering Design P. H. Burica (62.8 MW) (Panama) – Responsible to produce the geotechnical designs for the surface works of the project such as: rock characterization, embankment design, soil and rock slope stability. Prepared the budget, design reports and bidding drawings.Emgesa. - Sumapaz Hydroelectric Project (Colombia) – The project includes prefeasibility studies and feasibility studies for a Hydroelectric Project, with a power of 150MW. Responsible to produce the geotechnical designs for the surface works of the project such as: rock characterization, embankment design, soil and rock slope stability. Prepared the budget, design reports and bidding drawings.C.P.H. - Constructora de Proyectos Hidroeléctricos S.A de C.V - La Yesca Hydroelectric Project, Jalisco-Nayarit (Mexico) - Produced Civil AutoCAD 3D models for the excavation of the plinth and fillings.

Design of aqueducts and sewer networks.

Master’S Degree, With Emphasis In Geotechnical/Geoenvironmental Engineering

Bachelor’S Degree

Autocad 2D - 40 Hours

Microsoft Project: Construction Scheduling. 40 Hours