Projects Dashboard

Learn AutoCAD for architecture, survey and Civil Engineer purposes. Principes of architecture design Descriptive Geometric

Create Mechanical pieces, Architectural Plans, Survey & Topography, Structural Details, 3D Modeling

Formulation of a new Territorial Zoning Plan for the municipality of Pitalito – Department of Huila

Georeference the elements of the Territorial Zoning Plan (POT) in shapefiles and generate thematic maps

Comprehensive Supervision, including but not limited to technical, legal, financial, administrative, social management, land management, and environmental oversight for the improvement of the TRANSVERSAL DEL PACÍFICO CORRIDOR PROJECT – PHASE II, under the Priority Corridors for Prosperity program. (Corridor length: 57.3 km)

Prepare the monthly supervision reports (pre-acts). Review the geometric elements of the road with the surveyors, once the compaction of the granular layers was approved. Review and monitor laboratory tests on granular materials and the project's concrete.

Road and Transportation Specialist

Completed an advanced program focused on transportation systems, highway design, and pavement engineering. Gained expertise in traffic analysis, geometric design, pavement evaluation, and construction supervision. Proficient in specialized tools such as Civil 3D, TransCAD, Slide, and ArcGIS.

Consultancy for conducting a geotechnical study at a point of the Nuevo Libaré Canal, including the design of works and construction technical specifications, as well as the design and fabrication of an emergency structure for the temporary restoration of the Nuevo Libaré Canal in the city of Pereira

Coordinated the drilling team and soil laboratory technicians, performed slope stability analysis and erosion control studies, and designed the necessary structures for the remediation of the Nuevo Libaré channel.

To carry out interdisciplinary technical visits for site reconnaissance and exploration. To collect and analyze the available secondary information. To plan and execute a direct geotechnical exploration program, including four (4) boreholes distributed in the exterior study area and the collection of two (2) samples inside the tunnel, consisting of volcanic flow at the base and overlying volcanic ash. To identify the subsurface materials through direct methods in order to determine the physical–mechanical properties of the soils composing the stratigraphic profile of the sector. To identify the local geology. To calculate the factor of safety of the slope that directly affects the tunnel and the area where the temporary adduction canal for the tunnel rehabilitation would be located. To design the stabilization works required to ensure a safety factor in compliance with NSR-10 standards. To design the foundation of the adduction canal. To recommend the works necessary for the rehabilitation and management of the tunnel expansion.

Analyzed the failed slope and designed stabilization structures, including calculation reports and detailed construction drawings.

Deliver specialized instruction on the principles of geotechnical engineering, focusing on the analysis, design, and safety evaluation of shallow and deep foundations, as well as slope stability under various soil conditions.

Designed and delivered lectures on foundation types, bearing capacity, settlement analysis, and slope stability methods. Conducted practical sessions using geotechnical software and manual calculation techniques. Developed and graded assignments, quizzes, and case studies to reinforce theoretical concepts. Guided students in interpreting soil investigation reports, geotechnical parameters, and laboratory results. Taught slope stability analysis techniques, including limit equilibrium methods, factor of safety calculations, and failure mechanism identification. Provided mentorship and technical support for student projects related to geotechnical engineering.

Interdisciplinary technical site visits for reconnaissance and exploration. Collection and analysis of available secondary information. Planning and execution of a direct geotechnical exploration program, including five (5) boreholes distributed across the study area. Identification of the materials forming the soil profile through direct methods, in order to obtain the physical and mechanical properties of the soils. Identification of local geology. Hydraulic modeling of the San Roque Creek.

Coordinate the soil study, analyze the samples and laboratory results, model the slope and its critical failure surface, and design the slope stabilization works.

Geotechnical Analysis of Country House No. 49 Located in the Campiñas de Combia Condominium – Pereira, Risaralda

Analyzed the failed slope and designed stabilization structures, including calculation reports and detailed construction drawings.

To perform geotechnical analysis and design at La Dulcera Creek. To include scour and erosion analysis, as well as slope stability analysis. To design stabilization works, including gabions, micro-hexapods, and passive anchors on the slopes

Coordinated the drilling team and soil laboratory technicians, performed slope stability analysis and erosion control studies, and designed the necessary structures to ensure the proper functioning of the water body.

Geotechnical Studies, Assessments, and Design for the Ciudadela Villa de Leyva 2 Gated Community – Phase II To conduct interdisciplinary technical site visits for reconnaissance and exploration. To collect and analyze the available secondary information. To plan and execute a direct geotechnical exploration program through ten (10) boreholes distributed within the study area. To identify the subsurface materials through direct methods, in order to obtain the physical and mechanical properties of the soils that make up the stratigraphic profile of the site. To describe the local geology. To design the necessary works to ensure slope stability. To design the works required to mitigate ground deformations and settlements.

Analyzed the failed slope and designed stabilization structures, including calculation reports and detailed construction drawings.

Study of traffic projection for the calculation of capacity and level of service along the section between Km 30+629.527 and Km 31+520.097 of National Route 29RSC, at a Phase III level of detail, including the corresponding analysis from a road safety perspective. Definition of the criteria, parameters, and values governing geometric design elements, road signage, and road safety diagnosis (Phase III), which constitute the roadway studies and designs required for the construction and operation of the corridor. Execution of the studies and designs for the improvement of the existing roadway and the design of its expansion to a dual carriageway from Km 30+630 to the intersection connecting with the Chinchiná – Manizales road of Route 29RSC.

Design reviewer, Project monitoring and control in quality, schedule, and budget

PEDESTRIAN TRAFFIC STUDY AS PART OF THE ROAD DEVELOPMENT OF THE ARMENIA – PEREIRA – MANIZALES CORRIDOR. Present the findings and report on aspects of the pedestrian bridge project to be built on the Armenia–Pereira road, in the Guacarí rural area of the city of Pereira, which involve risks to the safety of road users.

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

The scope consisted of conducting the following studies: traffic, alignment and geometric design, soils and pavements, land acquisition, and socio-economic analysis. In addition, the scope included the architectural, urban planning, landscaping, and structural design of the Avenida del Ferrocarril section, located in the municipality of Dosquebradas, Risaralda.

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

TRAFFIC, CAPACITY, AND LEVEL OF SERVICE STUDY. Different alternatives were proposed to address the conflict at the intersection, which considered the development of a grade-separated intersection. The geometric design of the Filandia intersection was defined according to the needs of the users.

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

TRAFFIC STUDY, CAPACITY, AND LEVEL OF SERVICE

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

Study of traffic projection for the calculation of capacity and level of service along the section between Km 30+629.527 and Km 31+520.097 of National Route 29RSC, at a Phase III level of detail, including the corresponding analysis from a road safety perspective. Definition of the criteria, parameters, and values governing geometric design elements, road signage, and road safety diagnosis (Phase III), which constitute the roadway studies and designs required for the construction and operation of the corridor. Execution of the studies and designs for the improvement of the existing roadway and the design of its expansion to a dual carriageway from Km 30+630 to the intersection connecting with the Chinchiná – Manizales road of Route 29RSC.

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

Phase III Studies and Design Modification Consultancy. To analyze the quantitative and qualitative characteristics of the prevailing current traffic in the road corridors of the intersection, through the collection of primary information. To perform statistical analysis of the traffic estimates and projections presented in the project, over the determined analysis periods. To verify the expected traffic for the purpose of designing pavement structures, either in equivalent axes or load spectra. To estimate the capacity and level of service for the intersection during different periods, considering a 20-year horizon.

Coordinated and reviewed the geometric, traffic, geotechnical, and pavement design.

As the Founder and CEO of Kronos GMT, I lead the strategic direction, business development, and operational efficiency of the company. My role focuses on driving innovation in CAD drafting, 3D visualization, GIS solutions, construction takeoffs and schedules, and workflow automation. I work closely with engineering, architecture, and construction firms to optimize their production pipelines, ensuring that deliverables are precise, efficient, and aligned with client objectives.

Strategic Leadership & Vision: Define the company’s mission, vision, and long-term growth strategy. Build partnerships with engineering, architecture, and construction firms to expand market reach. Identify emerging technologies and implement innovative solutions to enhance design quality and workflow efficiency. Technical & Operational Oversight: Supervise and optimize the production of CAD drawings, 3D renders, construction takeoffs, and GIS deliverables. Lead automation initiatives using Python to streamline repetitive processes and reduce design bottlenecks. Establish quality control standards to ensure accuracy, speed, and consistency in all project deliverables. Client Relations & Business Development: Act as the primary point of contact for key clients, fostering long-term relationships based on trust and transparency. Analyze client needs to provide customized technical solutions that improve project outcomes. Collaborate with multidisciplinary teams to scale production capacity during high-demand phases. Team Management & Innovation: Build, mentor, and manage a high-performing team of designers, engineers, and developers. Promote a culture of collaboration, innovation, and continuous improvement. Implement agile project management practices to meet tight deadlines without compromising quality.