Baden, Aargau, Switzerland
I’m a mechanical engineer with 15+ years of hands-on experience in piping and plant engineering — covering everything from steam/gas turbines to advanced Direct Air Capture (DAC) and decarbonization technologies. My strength lies in combining deep technical knowledge with practical project execution across the entire plant lifecycle: concept design, layout, stress analysis, supplier coordination, and site erection. I’ve contributed to major power and process plant projects at GE, Siemens, Alstom, Ansaldo Energia, Climeworks, and now Kanadevia Inova AG — where I continue to apply my expertise to cutting-edge energy infrastructure. Specialties include: Piping design & flexibility analysis (Rohr2) Engineering code compliance (ASME B31.1 / B31.3, EN 13480) 3D design & modeling tools (Smart 3D, AutoCAD Plant 3D, E3D) Multidisciplinary coordination & supplier interface Sustainable and technically robust plant layout solutions I thrive in challenging, high-stakes environments where logic, clarity, and quality engineering matter — and I believe in building teams that share knowledge and solve complex problems together.
Specialized in piping material engineering, pipe support systems, and technical supplier management for waste-to-energy projects. Key responsibilities: Responsible for work packages related to piping materials and pipe support systems Prepare and maintain pipe classes based on process and mechanical requirements Perform piping strength calculations and define support criteria Develop technical specifications for piping materials and supports Conduct quality reviews of supplier documentation and track document progress Support construction and commissioning teams with material selection and weight estimates Provide technical input for piping detail engineering and supplier coordination Ensure compliance with ASME B31.1 and EN 13480 standards throughout all phases Tools & Standards: COMOS · ASME B31.1 · EN 13480 Focus areas: Piping material engineering · Pipe supports · Supplier interface · QA/QC · Erection support
Contributed to the development of Direct Air Capture (DAC) facilities as part of the Plant Design team, with responsibility for piping layout, design documentation, and technical coordination. Key responsibilities: Created comprehensive piping design instructions to support project execution and ensure engineering standard compliance Developed technical specifications for piping systems and plant layouts aligned with project-specific requirements Designed conceptual and detailed 3D piping layouts using AutoCAD Plant 3D for DAC process plants, supporting efficient design and integration Performed pipe stress analyses using Rohr2 in accordance with ASME B31.3 and EN 13480 Provided technical support during installation and operation phases, focusing on pipe routing and stress-related inquiries Coordinated with external engineering service providers; reviewed and commented on submitted documentation to ensure quality and code compliance Participated in interdisciplinary design reviews and contributed to optimizing plant layouts for constructability, maintainability, and operational efficiency Collaborated closely with internal process and test engineering teams to ensure integrated project development.
Responsible for piping and arrangement engineering of GT26 / GT36 gas turbine plants, covering the full lifecycle from conceptual to detailed design. Key responsibilities: Developed piping and general arrangement layouts for utility-scale gas turbine systems (GT26 / GT36) Managed pipe routing, including the integration of hangers and supports, considering loads and layout constraints Performed pipe stress and support calculations; prepared reports in line with industry codes and standards Designed steel structures related to piping and equipment support Coordinated with equipment suppliers during procurement to ensure specification compliance Led external engineering partners in 3D design input, load balancing, and deliverable review Supervised technical teams of 3–8 engineers depending on project phase Supported on-site installation activities and maintained strong relationships with suppliers, manufacturers, and clients Conducted factory inspections and prepared PED documentation for GT components, including interface with notified body for approval Focus areas: Piping & Layout · Gas Turbines · Pipe Stress · Steel Structures · Supplier Management · PED Compliance
Led multidisciplinary component development projects in the Steam Power NPI (New Product Introduction) division, with full responsibility for planning, team coordination, and delivery of mechanical solutions. Key responsibilities: Defined project specifications, planned resource needs, secured team allocations, and created project schedules Finalized cost forecasts and approved budgets, including formal change management where needed Led a cross-functional project team consisting of designers, structural analysts, and aerodynamic engineers Ensured compliance with all product requirements, including functionality, manufacturability, and mechanical integrity Oversaw and supported risk review processes to meet quality standards in product development Tracked progress of the defined product development process from start to finish Ensured timely, budget-compliant, and high-quality project execution Defined and validated product validation strategies Delivered complete product documentation, including technical reports and specifications for proposal and execution phases Interfaced with Product Line, materials engineering, suppliers, factories, and execution teams Contributed to building a company-wide know-how and "know-why" culture Focus areas: Mechanical Engineering · Product Development · Team Leadership · Risk Reviews · Validation Strategy · Technical Documentati
Worked in the Arrangement & Auxiliaries team within Steam Turbines R&D Execution, supporting the design, analysis, and coordination of internal piping and auxiliary systems. Key responsibilities: Developed detailed designs for steam turbine internal piping, including isometric drawings and stress calculations Conducted factory acceptance of prefabricated piping systems and provided supplier support during fabrication Supported construction and erection activities on-site during installation phases Created layout plans for auxiliary systems and turbine/generator foundations Participated in drawing review processes and layout planning steering committees Wrote and updated engineering procedures and work instructions Supported external R&D engineers in pursuing cost-optimization ideas Served as Alstom’s representative for implementing a new database application in the steam turbine engineering department Led technical negotiations to adapt the database to turbine-specific design requirements Defined pipe classes and specifications for stress analysis; coordinated third-party input for pipe class creation Used and maintained tools including PDMS, Rohr2, FERO, and COMOS Tools & Focus Areas: PDMS · Rohr2 · FERO · COMOS · Internal Piping · Foundation Layout · Database Engineering · Cost Optimization