Juan Pablo (Ralo) Ramirez
Industrial Designer & Design Engineer · DFM · ISO 9001 · R&D
New to Contra
Juan Pablo (Ralo) is ready for their next project!
CFO_Portable — Medical Device Design & R&D | Center for Research in Optics (CIO)
Concept development and physical design of a portable non-mydriatic fundus camera aimed at general practitioners for the diagnosis and early detection of diabetic retinopathy. Developed within a formal multidisciplinary R&D environment at the Center for Research in Optics A.C. (CIO) alongside Dr. Daniel Malacara's product development committee.
The design process required simultaneous resolution of optical system constraints, clinical usability requirements, ergonomic performance, portability, and structural considerations — translating complex technical requirements into a coherent physical design system developed to support prototype validation.
The project resulted in a granted Mexican Patent (No. 432599, IMPI, February 2026), recognizing the design contribution within the broader R&D development.
Lead Industrial Designer — CAD development, product architecture, anthropometric analysis, and design representation at the CIO Product Development Committee.
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Optometría CIO — Clinical Instrument Concept | Technology-Based Design · BID Madrid 2021
Concept development of a compact and portable clinical hardware system designed to house and protect optical diagnostic components developed by the Center for Research in Optics A.C. (CIO)—oriented toward accessible telemedicine applications and remote diagnostic workflows for underserved communities.
The design process integrated human-centered design principles, material perception strategy, ergonomic handling requirements, and clinical usability considerations—developing a system where high-quality material selection, intuitive interaction, and structural protection coexist with portability and battery autonomy to support field deployment and telemedicine implementation.
Recognition
· Awarded-Selected — "50 Talents, Ideas for a Better World" — Bienal Iberoamericana de Diseño (BID), Madrid 2021
· Finalist — Premio Nacional de Diseño DiseñaMéxico 2021
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Daytona_CICEG — Motorsport-Inspired Footwear Concept | Consumer Product Design
Concept development and industrial design of a motorsport-inspired performance footwear piece — developed in conjunction with Tecnológico de Monterrey and the Guanajuato State Chamber of the Footwear Industry (CICEG/Shoemaster).
The design process explored the translation of motorsport visual language and performance engineering principles into a consumer footwear system — integrating material selection, construction logic, ergonomic fit considerations, and brand identity development within the context of the regional footwear manufacturing industry.
The project bridged academic design methodology with real industry requirements, developing a concept system oriented toward the manufacturing capabilities and market positioning of the Guanajuato footwear sector.
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"Tour de France" — Competition & Aerodynamic Bicycle Concept | Transportation Design
Concept development and industrial design of a competition-grade track bicycle oriented toward aerodynamic performance and structural efficiency.
The design process integrated aerodynamic form development, structural geometry optimization, material selection rationale, and advanced surface modeling — developing a concept system that balances functional performance requirements with a distinctive visual identity appropriate for high-performance competitive environments.
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Project Peak — Sport & Modular Intelligent Helmet | Concept Development
Concept development and industrial design of a sport modular intelligent helmet — exploring the intersection of protective equipment engineering, human factors, ergonomics, and advanced form development within the transportation and personal safety equipment sector.
The design process integrated anthropometric analysis, structural form development, modular assembly logic, and human-centered design principles to develop a concept system oriented toward wearable protective hardware for high-performance environments.
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Torre Herana — Large-Scale Architectural Installation | CAD Materialization & Technical Production
Technical CAD materialization and modular development for a monumental architectural sculptural installation designed by M. Ernesto Hume — integrated into the facade of the Edificio Herana by constructora ARON, León, Guanajuato, México.
The project involved advanced 3D CAD modeling of the hexagonal modular system, structural geometry development, solar analysis integration, and fabrication documentation — coordinating cross-functional collaboration between design, engineering, and fabrication teams throughout the development process.
Geometry optimization and production planning contributed to an 18.25% reduction in material costs relative to initial estimates, supporting the project's delivery to the ARON Group Council.
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