• Desarrollar y actualizar modelos CAD y planos detallados para sistemas y componentes de chasis. • Soportar el análisis y la integración de piezas en el conjunto del vehículo. • Aplicar estándares de diseño y mejores prácticas en desarrollo mecánico. • Colaborar con equipos de ingeniería eléctrica, electrónica y software para la integración interdisciplinaria. • Participar en revisiones de diseño, análisis de tolerancias y aseguramiento de la calidad. • Preparar documentación técnica y soportar pruebas de validación.

• Review of field surveys, analysis of the information, communication with surveyors, acceptance or rejection. • Elaboration of Civil Work documents, including wireless sites main characteristics and providing civil work solutions for the required upgrades, case by case. • Communication with subcontractors, client or Front office.

• Own the full design system: component library, React codebase, interaction patterns, tokens, and documentation • Write, ship, and maintain production React code with strong code hygiene, testing practices, and clear architecture • Define the interaction and visual design language for Cherry's component library: the standard every surface is held to • Encode quality standards into the system itself: components, tokens, and rules that make the right choice the easy choice • Work with AI tooling (Claude, Cursor, Codex) to embed design rules into development workflows, so quality guidance is available at the moment decisions are made • Partner with Cherry's AI Enablement team to build internal tools that extend the design system's reach • Partner closely with our front-end engineering team in Turkey on component architecture, implementation, and code review • Serve the product design team as their primary design system partner, guiding usage and enabling confident contribution • Work with the broader engineering org to ensure components are easy to adopt, well-documented, and production-ready • Own the strategy for how Cherry's design system evolves as AI becomes part of every designer's and engineer's workflow • Define the roadmap for components, pattern evolution, and process, with an eye toward what design systems look like in 2-3 years • Advocate for the long-term health of the system, balancing team requests with architectural integrity

• The Tooling Designer is responsible for designing, modifying, and maintaining manufacturing tooling solutions based on engineering and production requirements. • This role supports production efficiency, quality, and safety by delivering reliable and innovative tooling designs while collaborating closely with cross-functional teams throughout the design, fabrication, and validation process. • Design, develop, modify, and update tooling drawings and 3D models based on manufacturing and engineering requirements. • Create manufacturing and assembly tooling, fixtures, jigs and support equipment used in production environments. • Design and support tooling used in a CNC 5-axis machining environment, specializing in the manufacturing of complex machined components. • Participate in tooling validation and try-out activities in collaboration with manufacturing, quality, and engineering teams. • Collaborate effectively with internal stakeholders, suppliers, and customers to ensure project requirements are met. • Analyze and resolve technical issues related to tooling design, fabrication, and implementation. • Conduct design reviews, tolerance analyses, and risk assessments to ensure tooling performance and reliability. • Support tooling manufacturing, validation, implementation, and continuous improvement initiatives. • Maintain tooling documentation, configuration control, and revision management. • Contribute to cost reduction efforts and improvements in manufacturing efficiency and product quality. • Ensure compliance with industry standards, safety requirements, and best design practices.