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Alberto B.

Mechanical engineering professional with 5 years Inventor experience

Sincelejo, Colombia

Global rank:

186,894 / 130,879

Skill pts: 0

3D Modeling and Animation Autodesk Inventor CAD Design Machine Design Mechatronics

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About

I am a professional Colombian mechanical engineer, expert in Autodesk Inventor. Through my networks, I create dynamic virtual assemblies in the mentioned program and handle everything related to machine design, metal mechanics, drawing plans, digitizing parts, CAD, dynamic simulations, mechatronics, robotics, and perform finite element analysis in Inventor, fusion360 and ANSYS.

Experience

Mechanical engineer ACTUM SAS · Full-time Jun 2024 – Dec 2024 6 mos Rionegro, Antioquia, Colombia At Actum Innovations, I worked as a mechanical design engineer and mechanical draftsman. My main tasks involved drafting technical drawings and breaking down systems related to biotechnology and environmental condition control for biomass production. Among these, I worked on the drafting and design of equipment such as mills, mixers, orbital shakers, autoclaves, and more.
Mechanical Designer SIASOFT · Part-time Mar 2023 – Dec 2023 9 mos Medellín, Antioquia, Colombia In the Colombian company SIA SOFT, my work involved the development and design of various systems as a project engineer, located in Bogotá. Using Autodesk's Inventor program, designs were generated to create their respective graphics, images, and videos.
Projects Engineer DMA Engineering · Full-time Sep 2022 – Dec 2022 3 mos Medellín, Antioquia, Colombia In the Colombian company DMA INGENIERÍA, my work involved the development and design of various systems as a project engineer, located in the Metropolitan Area of Medellín. Using Autodesk's Inventor program, designs were generated and existing ones were modified to create the respective drawings of the parts intended for fabrication.
Mechanical Draftsman imrecol S.A.S · Full-time Apr 2021 – Dec 2021 8 mos Antioquia, Colombia En IMRECOL SAS, I worked as an engineering draftsman, with my main responsibility being the drawing of plans for metal-mechanical parts. It was my duty to measure the parts, digitize them, taking into account the necessary properties, characteristics, and specifications for their manufacturing. I contributed to the creation of digital assemblies of machinery, transmissions, and various sets of metal-mechanical parts.

I served as a supervisor in the area of repair and evaluation of gear reducer gearboxes, where my responsibilities included characterizing systems, verifying which parts and spare parts were faulty in order to repair and redesign them, and quoting standard parts.

I also worked as an assistant in the commercial area, where I contributed to improving the company's advertising, creating advertising newsletters for sending to clients, and using computer tools to create quotes and formulate projects.

Education

Universidad de Antioquia Mechanical Engineer, Mechanical Design and Mechatronics 2011 – 2021 Activities and Societies: Automation and Mechatronics Advisor, Artistic Gymnastics university club

Other experience

Mechanical Drawing Consultant Preferably conducted through Google Meet, focusing on both basic and advanced aspects of computer-aided design (CAD) for students in mechanical design, mechanical drafting, and related engineering fields.

Each class includes progressive-level exercises with detailed explanations of the main tools used in CAD software, such as:

Design handbooks for gears, belt drives, and chain transmissions
Sheet metal generation
Fasteners
Virtual mobile assemblies
Modeling
Sketch creation
Springs, shafts, bearings
Renderings
Operation patterns and many more functions
Optionally, the basics for finite element analysis (FEA), including simulation of parts under load, can also be covered.
Fluid Mechanics Consultor Preferably conducted through Google Meet, covering both basic and advanced aspects of fluid mechanics, tailored for mechanical engineering students and related fields.

Each class includes progressive-level exercises, with detailed explanations of the main tools required for study.

Learning is focused on programming systems using software such as Excel, Engineering Equation Solver (EES), and MATLAB.

The general syllabus covering the key concepts includes:

Pressure, fluid statics, and kinematics
Mass and energy conservation
Pipe flow and losses
Differential analysis and Navier-Stokes equations
Turbomachinery and pumping systems