Hire API Designers in Mexico

+5 years of experience using solidworks and inventor. +5 years of experience in mechanical industry. (design. maintenance, manufacture) +5 years of experience using shop tools. (lathe, mill , c... Read more

+5 years of experience using solidworks and inventor. +5 years of experience in mechanical industry. (design. maintenance, manufacture) +5 years of experience using shop tools. (lathe, mill , cnc, plasma, waterjet) Knowledge of design codes. (API, CEMA, NEMA, ASME, AWS, ANSI, and others.) Areas of experience: Workshop. Mining. Concrete industry.

I am a Robotics Engineer, Systems Architect, and CTO of General de Maquinaria Tecnoindustrial, with over 15 years of experience in applied engineering, machinery development, and industrial automation... Read more

I am a Robotics Engineer, Systems Architect, and CTO of General de Maquinaria Tecnoindustrial, with over 15 years of experience in applied engineering, machinery development, and industrial automation. I hold the Certified SOLIDWORKS Professional (CSWP) certification in Mechanical Design. I also passed Workana’s Design Patterns skills assessment on September 18, 2026, with a score of 90%. I design and build functional systems that connect mechanical design, electronics, control, and software. My experience includes machinery developed from scratch and retrofits that modernize existing equipment with new controls, connectivity, and monitoring. I can help you with: • Mechanical design in SolidWorks: parts, mechanisms, assemblies, and custom machinery; structural analysis, material selection, fit tolerances, and technical drawings for manufacturing or 3D printing. • Product development: translating concepts, sketches, and functional requirements into CAD designs, considering ergonomics, assembly, manufacturing processes, and maintenance. • Industrial automation and CNC retrofits: PLCs, HMIs, control panels, motor drives, sensors, and modernization of obsolete equipment. • Embedded systems and software: firmware for ESP32, STM32, and Arduino; data acquisition, communications, telemetry, and interfaces for operation and diagnostics. My hands-on manufacturing and field experience informs every design decision, from component fit and fabrication methods to installation, troubleshooting, and serviceability. I work with Python, C++, and industrial communications, including Modbus RTU/TCP, Wi-Fi, and LoRa. Earlier field work included industrial electrical installations, power systems, substations, transformers, control panels, and maintenance, with participation in NAIM and AIFA infrastructure projects. At Universidad Autónoma Chapingo, I developed solutions for sensors, monitoring, data processing, predictive models, and agricultural process optimization. In an electrical-panel manufacturing line, I identified bottlenecks and improved the workflow, increasing output from approximately one to three completed panels per person per week without increasing headcount. I define requirements, scope, and deliverables before development and can contribute from initial diagnosis and concept design through detailed engineering, fabrication, programming, testing, and commissioning. Explore my portfolio to see machinery, mechanisms, and control systems I have designed and built, connecting engineering decisions with practical results.

Mechanical Engineer, specialist in the development of engineering and calculations for : *Equipment according to ASME Section VIII, Division 1 (Pressure Vessels, Reactors, Fermenters, Columns, Heat E... Read more

Mechanical Engineer, specialist in the development of engineering and calculations for : *Equipment according to ASME Section VIII, Division 1 (Pressure Vessels, Reactors, Fermenters, Columns, Heat Exchangers, etc.). Including Seismic & Wind calculations. *Storage Tanks according to API Standard 650. Including Seismic & Wind calculations. * Also thermal calculations of the Heat Exchangers Shell and Tube.

A First-Principles Systems Engineer who excels at building elegant solutions by deconstructing complex problems to their core physics and logic. I seamlessly bridge the digital and physical worlds, wi... Read more

A First-Principles Systems Engineer who excels at building elegant solutions by deconstructing complex problems to their core physics and logic. I seamlessly bridge the digital and physical worlds, with expertise spanning from low-level hardware and VESC motor control to mechanical design and front-end development. I thrive on driving products from a napkin sketch to a manufactured reality. With over a decade of hands-on experience, I specialize in architecting and prototyping full-stack systems for a diverse range of applications. My capabilities include: Full-Cycle Product Development: Proven ability to manage the entire product lifecycle, including rapid prototyping, developing custom battery and control systems, and utilizing in-house fabrication to accelerate development. Mechanical & Electrical Engineering: Designing complex mechanical assemblies in SolidWorks and developing high-performance motor control solutions. Manufacturing & Supply Chain Management: Acted as the crucial link between design and production, managing relationships with 50+ international manufacturers and overseeing the creation of over 20 custom molds for production. Specialized Projects: Architected a novel gyroscopic stabilization system from the ground up and designed a scalable, high-discharge modular battery architecture for performance applications. I am a self-managed, proactive problem-solver who takes ownership of projects, freeing up leadership to focus on their strategic business goals. I'm passionate about leveraging my skills to solve challenging problems and deliver high-quality results.

Adept Mechanical Engineer with a proven track record at Apis Cor, specializing in the development of innovative 3D printing technologies and systems. Expert in AutoCAD and SolidWorks 3D models, demons... Read more

Adept Mechanical Engineer with a proven track record at Apis Cor, specializing in the development of innovative 3D printing technologies and systems. Expert in AutoCAD and SolidWorks 3D models, demonstrating exceptional prototype building skills and a knack for optimizing production processes. Achieved significant advancements in pump equipment efficiency.

I will design in SolidWorks, create CNC toolpaths and simulate ABB robots Do you need mechanical CAD, CNC/CAM programming, or ABB robot simulation for your project? I can help you develop mechanical... Read more

I will design in SolidWorks, create CNC toolpaths and simulate ABB robots Do you need mechanical CAD, CNC/CAM programming, or ABB robot simulation for your project? I can help you develop mechanical and automation solutions using SolidWorks, CAM, and ABB RobotStudio, from 3D modeling and manufacturing preparation to CNC toolpaths and robotic simulation. SolidWorks & Mechanical CAD • 3D part modeling • Mechanical assemblies • Modifications to existing models • Design from dimensions, sketches, or technical drawings • Manufacturing drawings • Technical drawings with dimensions and annotations • STEP, STL, DXF and other common CAD formats • CAD preparation for CNC machining or 3D printing CAM & CNC • CAM programming • CNC toolpath generation • 2.5D and 3-axis machining strategies • Milling operations • Drilling and hole operations • Tool selection and basic cutting parameters • Setup and work coordinate definition • Stock definition and machining simulation • G-code generation • CNC manufacturing preparation G-code and post-processing can be adapted according to the machine and controller. Please provide the CNC machine, controller, tooling, material, and manufacturing requirements when applicable. ABB RobotStudio & Robotics • ABB RobotStudio simulations • RAPID programming • Pick & place applications • Palletizing simulations • Robot trajectories and motion programming • Tool and workobject configuration • Reachability and collision checks • Basic virtual I/O configuration • Robot cell setup • Integration of SolidWorks/CAD models into RobotStudio • Offline programming and simulation What I can deliver Depending on your project, I can provide: • SolidWorks part or assembly files • Manufacturing drawings • STEP/STL/DXF files • CAM files and machining strategies • G-code / NC files • RobotStudio station files • RAPID programs • Simulation videos • Screenshots and technical documentation Workflow 1. You provide the requirements, dimensions, drawings, CAD files, or manufacturing specifications. 2. I develop or modify the CAD model in SolidWorks. 3. If required, I prepare the model and drawings for manufacturing. 4. For CNC projects, I create the CAM operations, simulate the machining process, and generate the appropriate NC/G-code output. 5. For robotic projects, I import the required geometry into RobotStudio. 6. I configure the robot, tools, workobjects, targets, trajectories and RAPID routines. 7. I review the simulation for basic reachability, collisions and motion. 8. I deliver the agreed engineering files and documentation. Please contact me before ordering if your project involves a specific CNC machine/controller, postprocessor, ABB robot model, gripper, conveyor, external axis, or other specialized equipment so I can confirm the requirements and scope. I focus on practical engineering solutions, organized files, and clear communication throughout the project.