Mechanical Engineer

• Delivering hands-on training in 3D scanning fundamentals, with a focus on mechanical engineering
• Covering the entire Scan-to-CAD process, from 3D scanning through point clouds, meshes, and reverse engineering to CAD models, technical drawings, and manufacturing
• Supervising project work based on real-world components
• Incorporating current technologies and industrial use cases into lessons
• Supporting participants in confidently applying their knowledge in practice, including in the virtual classroom

Trainer, 3D Scanning with a Focus on Mechanical Engineering & Scan-to-CAD

• Deliver hands-on training on 3D scanning fundamentals, with a focus on mechanical engineering
• Teach the complete scan-to-CAD process: 3D scanning, point clouds, meshes, reverse engineering, CAD models, technical drawings, and manufacturing
• Supervise project work based on real-world components
• Incorporate current technologies and industrial use cases into the training
• Support participants in confidently applying their knowledge in practice, including in the virtual classroom
• Guide people on their journey into digital product development

• Define project objectives and requirements
• Create the project structure plan
• Plan schedules, costs, and resources
• Define milestones and deadlines
• Plan risk management and support FMEA activities
• Assemble project teams, assign tasks, and coordinate activities
• Motivate and lead teams
• Manage interfaces between departments
• Manage suppliers
• Conduct regular internal and external project meetings
• Act as the point of contact for stakeholders and clients
• Report project status through status reports or presentations
• Collaborate with Procurement, specialist departments, management, and Quality
• Monitor project progress with regard to schedule, costs, and quality
• Identify deviations and initiate corrective measures
• Manage changes and change requests
• Support quality assurance
• Participate in the Steering Board
• Coordinate project deliverable acceptance
• Prepare project documentation and lessons learned
• Conduct team disbandment and project follow-up activities
• Present to C-level management
• Perform project control activities on-site at the project location

Project Manager, Mechatronic Systems – Mechanical Engineering, Electronics, Software

• Own end-to-end design and UX strategy across web, iOS, and Android for homepage, search and browse, product pages, basket, slot selection, checkout, and order tracking
• Own component architecture, design tokens, patterns, and documentation for the Maia design system
• Provide structured design guidance for AI coding agents to generate accurate, on-brand interfaces
• Define interaction patterns for Maia, Rohlik Group’s AI shopping assistant
• Govern when Maia intervenes, how it presents information, and how it hands over to human support
• Drive hypotheses and rapidly prototype product concepts
• Evaluate A/B test results, scale successful experiments, and sunset underperforming features
• Conduct qualitative interviews, usability tests, and field research directly with customers
• Collaborate with the Product Owner, Engineering Manager, Tech Lead, and peer Product Designer
• Provide design input to Commercial, Marketing, and Operations

Senior Product Design Engineer

• Delivering hands-on training in 3D scanning fundamentals with a focus on mechanical engineering
• Teaching the complete scan-to-CAD process, from 3D scanning through point clouds, mesh data, and reverse engineering to CAD models, technical drawings, and manufacturing
• Supervising project work based on real-world components
• Incorporating current technologies and industrial use cases into training
• Supporting participants in applying their knowledge in practice, including in the virtual classroom

Trainer, 3D Scanning – Mechanical Engineering & Scan-to-CAD

• Deliver hands-on training in 3D scanning fundamentals, with a focus on mechanical engineering
• Teach the complete scan-to-CAD process: 3D scan → point cloud → mesh → reverse engineering → CAD model → technical drawing → manufacturing
• Supervise project work based on real components
• Incorporate current technologies and industrial use cases into training
• Support participants in confidently applying their knowledge in practice, including in the virtual classroom

Trainer, Mechanical Engineering & Scan-to-CAD Focus

• Design processor architecture in focus areas including Cache, Memory Management Unit (MMU), Multi-Core & Bus Coherence, Branch Prediction, and Debug & Test Structures
• Apply strong Verilog/SystemVerilog skills to processor design
• Work on real implementations of AI and signal processing
• Collaborate with computer architects, hardware engineers, and other engineers
• Contribute ideas and shape technical areas and implementations

Processor Design Engineer

• Build, lead, and scale a high-performing team of thermo-mechanical engineers across Europe
• Set technical direction, hire and mentor team members, and drive field execution
• Collaborate with sales to lead technical discussions, scope proof-of-concept evaluations, and deliver product demonstrations
• Guide customer engineering teams through evaluations by overseeing simulation setup, running complex test cases, and interpreting results
• Own customer enablement through onboarding, deployment pipeline, account expansion, training, and troubleshooting
• Identify customer pain points and workflow bottlenecks
• Partner with product and engineering teams to turn field feedback into product features
• Represent Vinci at industry conferences and semiconductor events through presentations and platform demonstrations
• Track competitive technologies, industry trends, and market positioning

Principal Thermal-Mechanical Engineer

• Conceptualization and detailed mechanical design of robotic structures
• Development of robust and efficient designs using CAD software
• Mechanical design of production-series robots
• Design and selection of manufacturing processes for sheet metal and plastic components
• Specification of standards and tolerances
• Support in verifying manufactured components against functional and safety requirements
• Inspection of components internally and through external suppliers
• Preparation of documentation for production, service, and maintenance
• Creation of engineering drawings, assembly instructions, and bills of materials
• Active contribution to innovative solutions within the hardware development team