Mechanical Industrialization Engineer

pSerial Production | Manufacturing Methods | Product Industrialization /ppstrongThe Role /strong /ppVoltiris is seeking a Mechanical Industrialization Engineer to translate mechanical designs into robust, repeatable, and scalable production solutions. /ppYou will own the industrialization of mechanical components and assemblies from design review through prototype builds, first production batches, and serial ramp-up. Working closely with Engineering, Supply Chain, suppliers, Production, and Installation, you will ensure that products are practical to manufacture, assemble, transport, install, and scale. /ppYou will challenge designs, define manufacturing and assembly methods, develop tooling, support suppliers, and ensure that production feedback leads to lasting product and process improvements. /ppYour success will be measured by improvements in manufacturability, assembly time, production consistency, cost, and readiness for scale. /ppstrongWhat We're Offering /strong /pullipDirect ownership of the industrialization of mechanical components and assemblies /p /li /ulullipA central role between Engineering, Supply Chain, suppliers, Production, and Installation /p /li /ulullipThe authority to challenge designs that are difficult, costly, or slow to manufacture and assemble /p /li /ulullipResponsibility for manufacturing methods, tooling, assembly processes, and production readiness /p /li /ulullipDirect involvement in prototype builds, first production batches, and supplier ramp-up /p /li /ulullipA hands-on position combining CAD, manufacturing engineering, tooling, supplier coordination, and field feedback /p /li /ulullipThe opportunity to establish scalable industrialization methods within a growing climate-tech company /p /li /ulpstrongYour Missions /strong /pullipIndustrialize mechanical components and assemblies for serial production /p /li /ulullipReview designs for manufacturability, assembly efficiency, reliability, cost, and scalability /p /li /ulullipTranslate engineering concepts into practical manufacturing and assembly processes /p /li /ulullipDefine production methods, assembly sequences, tooling, fixtures, and required equipment /p /li /ulullipPrepare and maintain production drawings, bills of materials, specifications, and work instructions /p /li /ulullipDefine critical dimensions, tolerances, interfaces, and assembly requirements /p /li /ulullipCollaborate with suppliers on manufacturing feasibility, process selection, and design improvements /p /li /ulullipPrepare and support prototype builds, first production batches, and production ramp-up /p /li /ulullipFollow production trials and resolve process weaknesses, bottlenecks, and recurring assembly difficulties /p /li /ulullipDevelop production, assembly, inspection, and installation tools using CAD and rapid prototyping /p /li /ulullipEnsure that design changes are transferred clearly and consistently into production /p /li /ulullipTurn supplier, production, and installation feedback into lasting product and process improvements /p /li /ulpstrongHard Skills We Need /strong /ppstrongIndustrialization and Manufacturing /strong /pullipDegree in Mechanical Engineering, Industrial Engineering, Production Engineering, or a related field /p /li /ulullipAt least six months to one year of professional experience in a serial-production environment /p /li /ulullipPractical experience in industrialization, manufacturing engineering, production methods, or product transfer /p /li /ulullipUnderstanding of manufacturing processes such as machining, sheet-metal forming, welding, mechanical assembly, surface treatments, plastic injection and profile-based components /p /li /ulullipAbility to translate a mechanical design into a repeatable manufacturing and assembly process /p /li /ulullipExperience supporting prototype builds, first production batches, or production ramp-up /p /li /ulullipExperience working with external suppliers or contract manufacturers is a strong advantage /p /li /ulpstrongCAD, Tooling, and Production Documentation /strong /pullipStrong understanding of technical drawings, dimensions, tolerances, fits, and mechanical interfaces /p /li /ulullipAbility to review CAD models and drawings for manufacturability and assembly /p /li /ulullipExperience with CAD software such as Fusion 360, SolidWorks, CATIA, Inventor, Creo, or similar /p /li /ulullipAbility to design tooling, fixtures, assembly aids, and prototypes /p /li /ulullipFamiliarity with PLM, ERP, bills of materials, or configuration-management systems /p /li /ulullipAbility to create clear production, assembly, and installation instructions /p /li /ulpFusion 360 is used internally at Voltiris. /ppstrongProduction Readiness and Problem Solving /strong /pullipAbility to identify whether an issue originates from the design, supplier, manufacturing process, assembly method, or installation process /p /li /ulullipAbility to use measurements, production observations, and practical evidence to support technical decisions /p /li /ulullipFamiliarity with structured problem-solving methods such as 5 Why, Ishikawa, or 8D is an advantage /p /li /ulullipBasic experience with first-article inspection, production controls, or non-conformities is an advantage /p /li /ulpstrongHow You Work /strong /pullipPrecise and quality-conscious, catching errors before they become problems /p /li /ulullipEvaluates information critically, questioning assumptions before drawing conclusions /p /li /ulullipSkilled at shaping disparate inputs into one coherent, workable process /p /li /ulullipDecisive and independent, quick to set improvements in motion /p /li /ulullipNot afraid to challenge established methods when a better way is evident /p /li /ulullipFluent in English; French is an asset /p /li /ulullipWilling to travel regularly to suppliers and project sites /p /li /ulpstrongWhat Success Looks Like After 12 Months /strong /pullipNew mechanical products follow a clear industrialization and production-readiness process /p /li /ulullipDesigns are reviewed systematically for manufacturability and assembly before release /p /li /ulullipManufacturing methods, tooling, and production documentation are defined before serial deployment /p /li /ulullipFirst production batches and design changes are introduced through a structured ramp-up process /p /li /ulullipSuppliers receive clear technical requirements and produce components consistently /p /li /ulullipAssembly time, production consistency, and manufacturability have measurably improved /p /li /ulullipYou are the first point of contact when a mechanical design needs to become a scalable production solution /p /li /ulpstrongOur Offer /strong /pullipA central role in the transition from product development to serial production /p /li /ulullipReal ownership of mechanical industrialization, production methods, and manufacturing readiness /p /li /ulullipDirect access to founders and close collaboration with Engineering and Supply Chain /p /li /ulullipA varied role combining CAD, manufacturing, tooling, supplier management, prototyping, and field engagement /p /li /ulullipEquity; if Voltiris wins, you win with it /p /li /ulullipA front-row seat to one of Switzerland's most promising climate-tech companies /p /li /ulpstrongLocation: /strongLausanne - Epalinges, with the possibility of hybrid working and regular travel to suppliers and installation sites. /p pemIf you have taken a mechanical product from design through production launch and helped make it manufacturable, repeatable, and ready to scale, that is exactly what we want to hear about. /em /p Please click on the application link to apply for this position.