Juan Pablo Ané

Mechanical Engineer with experience in the design, development, validation, and industrialization of complex electromechanical systems across medical robotics, electric mobility, and industrial applications. Skilled in mechanical system design, FEA-driven optimization, DFM/DFA methodologies, component selection, prototype development, and product lifecycle management. Proven ability to lead projects from concept through validation while collaborating across multidisciplinary teams and ensuring compliance with demanding regulatory and performance requirements.

PROJECT ENGINEER - Blincer S.R.L.

(2026-01)

• Lead the development and release of electromechanical products compliant with international UL standards.
• Design and optimize mechanical systems throughout the product lifecycle, from concept development to production release.
• Drive DFM/DFA initiatives to improve manufacturability, assembly efficiency, reliability, and cost performance.
• Participate in technical design reviews and cross-functional engineering evaluations.
• Perform component selection, validation, and integration for industrial electromechanical assemblies.
• Develop engineering documentation, technical drawings, and production-ready design packages using SolidWorks.

MECHANICAL DESIGN ENGINEER - Crinsurance S.A.S

(2024-01 - 2025-12)

• Led the mechanical design and development of FDA-regulated robotic systems for IVF applications operating in cryogenic environments.
• Designed precision mechanical assemblies, housings, structural components, and electromechanical subsystems using SolidWorks.
• Performed structural and thermal assessments using Finite Element Analysis (FEA) to validate design performance and reduce technical risk.
• Reduced manufacturing costs and lead times by up to 20% through implementation of DFM/DFA methodologies.
• Conducted component selection, design verification, system integration, and engineering validation testing.
• Managed design reviews, engineering changes, and compliance-driven redesigns to meet regulatory requirements.
• Led full-system performance validation achieving 99.9% success rates in biological sample handling operations.

ELECTROMECHANICAL DESIGNER - Aerospace Technology Centre (C.T.A.)

(2021-01 - 2023-12)

• Contributed to the successful conversion of three public transportation vehicles to fully electric propulsion systems.
• Designed and integrated mechanical and electrical subsystems including battery packs, motor assemblies, controllers, protection systems, and supporting structures.
• Developed metallic and polymer battery enclosures meeting structural, thermal, and safety requirements.
• Produced manufacturing documentation, engineering drawings, and prototype assemblies.
• Executed system testing, calibration, and performance validation under real operating conditions.
• Supported multidisciplinary integration activities involving mechanical, electrical, and control systems.

Mechanical Engineer - Mechanical Engineering - National University of La Plata

Diploma in Solidworks 3D mechanical design - Mechanical Design - National Technological University of Resistencia

Certificate in Mechanical Design & 3D Simulation with SolidWorks - Mechanical Design & 3D Simulation - National Technological University of Resistencia

High School Diploma - Patris trilingual school