OlimpIA

Develop and optimize computer vision models using convolutional neural networks (CNNs) and transfer learning techniques for applications in several sectors.

Implement optimization strategies to improve the performance of computer vision algorithms, achieving higher processing speeds and accuracy in object detection and classification.

Utilize tools like TensorFlow, PyTorch, and OpenCV for data processing and analysis, extracting relevant information for strategic decision-making.

Collaborate closely with multidisciplinary teams, including software engineers, domain experts, and data scientists, to ensure effective implementation and achievement of project goals.

Machine Learning Engineer

With a comprehensive background in mechanical engineering I have accumulated extensive experience as a Consultant in Mechanical Design and Engineering. My expertise spans a diverse range of projects, focusing on efficient solutions tailored to meet the specific needs of each client. My role involved end-to-end responsibilities, from initial concept development through to detailed engineering and final inspection. I have consistently delivered high-quality designs and ensured seamless integration of systems across various industrial applications.

Subsea Mechanical Element Design: Developed mechanical components for underwater applications, ensuring robust and reliable performance in challenging environments.

Storage Tanks Design: Engineered storage tanks focusing on optimal capacity, structural integrity, and compliance with industry standards.

Heat Exchangers Design: Designed efficient heat exchangers tailored to specific process requirements.

Pumping Systems: Calculated and designed pumping systems for various applications.

Bulk Material Handling Systems: Engineered systems for the effective transportation of bulk materials.

Pressure Vessels: Designed pressure vessels to withstand specified pressures and temperatures, ensuring safety and compliance with relevant codes.

Test Benches: Created test benches for various applications, providing reliable testing environments to validate mechanical designs.

Agitation Systems: Designed agitation systems to meet process requirements, optimizing mixing and homogenization.

Structural Design: Developed structural designs for various industrial applications.

These projects type were executed at both the basic and detailed engineering levels. Additionally, I conducted on-site inspections to ensure proper installation and functionality of designed systems.

Tools and Software:

Autodesk Inventor
AutoCAD
ANSYS
SimScale
OpenFOAM

Consultant in Mechanical Design and Engineering

Inchcape Digital

As LLM Engineer Senior, I leverage my expertise in natural language processing to develop advanced language understanding models. My role involves leading projects to enhance the capabilities of models, enabling them to comprehend and generate human-like text with higher accuracy and sophistication. I collaborate with cross-functional teams to identify opportunities for innovation and drive the development of cutting-edge algorithms and techniques.

LLM Engineer Senior 

Integral S.A. Ingenieros Consultores

I'm engaged in tasks that encompass fine-tuning Language Models (LLMs) and developing computer vision models. This involves optimizing and adapting pre-trained language models  (Fine Tuning and RAG) for specific tasks and creating algorithms and neural networks for computer vision challenges. Common tools in my work include frameworks like TensorFlow and PyTorch for model development, along with tools like Hugging Face Transformers for LLM fine-tuning. Additionally, I utilize image processing tools such as OpenCV and YOLO models for computer vision tasks.

Artificial Intelligence Engineer

As a Mechanical Engineer, I played a key role in the design, analysis, and implementation of various engineering projects, with a primary focus on hydropower. My responsibilities included the calculation and optimization of pumping and cooling systems, the design and development of equipment for water treatment plants, and the creation of specialized machinery for the mining industry.


Key Responsibilities:

Hydroelectric Projects: Conducted comprehensive calculations for pumping and cooling systems, ensuring efficient and reliable operation.
Water Treatment Plants: Designed and implemented systems for water treatment facilities, focusing on optimizing performance and sustainability.
Mining Equipment Design: Developed advanced equipment for the mining industry, adhering to stringent industry standards and requirements.
Simulation and Analysis: Utilized Ansys and Simscale for simulations, performing detailed analyses to validate designs and improve system performance.
CAE, CAD and AEC Software Proficiency: Made extensive use of Autodesk Inventor, Revit and AutoCAD for creating detailed 3D models, engineering drawings, and design documentation.

Technical Skills:

Proficient in the use of Autodesk Inventor, Revit, and AutoCAD for detailed engineering design.
Experienced in performing simulations and analysis using Ansys and Simscale.
Strong background in hydraulic calculations and thermal analysis for various industrial applications.
Comprehensive understanding of mechanical design principles and manufacturing processes.

Achievements:

Successfully contributed to the completion of multiple hydroelectric projects, enhancing the efficiency and reliability of pumping and cooling systems.
Played a pivotal role in the design and implementation of state-of-the-art water treatment facilities.
Developed innovative solutions for the mining industry, improving operational efficiency and safety.

Mechanical Engineer

Altairlabs

As a Project Engineer in the industrial and aerospace sector, I provided consulting, manufacturing, and assembly services for mechanical equipment across pharmaceutical, chemical, manufacturing and aeronautical industries. My work involved designing specialized tools and facilities for MRO operations, as well as creating robust mechanical systems for various industrial processes.

Key Responsibilities:

Consulting and Design: Provided technical consulting for the design and optimization of mechanical systems.
Manufacturing and Assembly: Oversaw the fabrication and installation of mechanical equipment, ensuring adherence to industry standards and client specifications.
Aeronautical Sector: Developed specialized tools and facilities for MRO operations.
Simulation and Analysis: Performed detailed simulations and analyses using Ansys to validate designs and optimize performance.

Technical Skills:

Proficient in Autodesk Inventor, AutoCAD, and Ansys for design and simulation tasks.
Skilled in using Python for scripting and automation to streamline engineering processes.
Extensive experience in mechanical system design for pharmaceutical and chemical manufacturing industries.
Strong background in aeronautical tool design and the development of MRO facilities.

Achievements:

Successfully designed and implemented mechanical systems for pharmaceutical and chemical manufacturing processes, significantly improving efficiency and compliance with regulatory standards.
Managed the end-to-end fabrication and assembly of complex mechanical equipment, ensuring timely and cost-effective project completion.
Developed innovative tools and facilities for the aeronautical sector, enhancing MRO operations and reducing turnaround times.
Conducted thorough simulations and analyses to ensure the reliability and performance of designed systems, leading to improved client satisfaction and project outcomes.

Project Engineer

Hatch

As a Technical Draftsman, I played a crucial role in supporting engineering activities through the proficient use of CAD and CAE tools. My work was centered on creating detailed technical drawings and models for projects in the oil and gas, chemical, process, and manufacturing industries.

Key Responsibilities:

Technical Drafting: Developed precise technical drawings and 3D models for engineering projects, ensuring all designs met industry standards and specifications.
CAD and CAE Tools: Utilized Autodesk Inventor, AutoCAD, Revit, and Cadworx to create and refine engineering designs.
Project Support: Assisted engineers by providing accurate and detailed drawings, facilitating efficient project execution and decision-making.
Sector Focus: Worked on diverse projects within the oil and gas, chemical, process, and manufacturing sectors, delivering tailored solutions to meet specific project requirements.

Technical Skills:

Expertise in Autodesk Inventor, AutoCAD, Revit, and Cadworx for drafting and modeling.
Strong ability to interpret and translate engineering concepts into detailed technical drawings.
Experience in oil and gas, chemical, process, and manufacturing industry standards and requirements.
Proficient in collaborating with engineering teams to ensure designs are both practical and functional.

Achievements:

Produced high-quality technical drawings and models that significantly contributed to the successful completion of multiple projects.
Enhanced project efficiency by providing clear and precise drafting support, reducing the likelihood of errors and delays.
Supported the development of complex engineering designs, ensuring they were accurately represented and feasible for implementation.
Worked closely with engineers to adapt and refine designs, ensuring optimal performance and compliance with industry regulations.

Technical Draftsman

As Mechanical Engineer, I leverage the capabilities of Artificial Intelligence to optimize engineering processes. I apply cutting-edge AI techniques to solve complex engineering problems and create more efficient, effective systems. By merging the latest developments in AI with the principles of engineering, I am dedicated to pushing the boundaries of what's possible in the industry.

I have a specialization in Artificial Intelligence and a bachelor's degree in Mechanical Engineering from National University of Colombia, where I gained a solid foundation in both fields. I also have certifications in Applied Machine Learning, Artificial Intelligence and Computer Vision. I have experience in MLOps, Digital Twins and design tools, which enable me to design, deploy, and monitor AI solutions for various engineering projects. My objective is to close the engineering gaps through AI and drive innovation in the field.

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