Computer-Aided Design Experts in Switzerland
matched in minutes from over 15,000 CVs with the power of AIHire experts who create precise 2D drawings, 3D product models and manufacturing-ready documentation across tools such as AutoCAD, SolidWorks and Autodesk Inventor. FRATCH matches you quickly with vetted, available freelancers whose skills fit your project.
Meet FRATCH Experts in Switzerland, who have recently used Computer-Aided Design
Martin M.
Last position:
Founder and Managing Director at Mitecs GmbH
- Engineering of process and control systems
- Programming of PLC controls (Step7, TIA V11–V20, S7-300/1200/1500 controllers)
- Visualizations including logging and data logging (WinCC / WinCC flexible)
- Project management of industrial, building services and machinery systems
- Control planning
- Electrical CAD (schematic drawing)
- Troubleshooting on site
- Remote maintenance
- System/control extensions, modifications and retrofits
- Various bus integrations (Profibus, Modbus TCP/RTU, Profinet/Ethernet, MP-Bus)
- Commissioning
- Training, training documentation and operating instructions
- Worldwide area of activity
Eugen P.
Last position:
Project Manager / Program Management at SMART-INTERIM Management GmbH
- Development, industrialization and production of helicopter seats (military)
- Responsible for an innovative seating system: weight < 15 kg, 100% crash safety according to EASA, side-facing, from concept to SOP
- Complete recovery of a project two years overdue: concept approval and prototype testing in 4 weeks, certification testing in 8 weeks, 100% EASA certification
- Management of global BCC development resources (> 60% share) and optimization of development cycles including FEM
- Streamlining the supply chain, on-time EASA and series approval, compliance with the NRE budget, timely delivery including FAI
Jürgen S.
Last position:
Manager Manufacturing Operations USP at Thermo Fisher Scientific
- Liquida, aseptic/sterile, fill & finish, solida in production & packaging
- CAPEX/Greenfield, 5kL SUT Owner, CVQ, runs/SCM/SCORE, SFM, KPI, CAD, CQV, MSAT, trainings, audits, EHS
- Organization, construction, sterile production, operations, packaging, PPQ, Op-readiness, RM, audits, documentation authoring
Hendrik B.
Last position:
Senior Mechanical Engineer Medical Devices at Roche Diagnostics AG
- Concept and optimization of medical devices
- Design of housing segments, coupling systems and complex mechanical systems
- Plastic and sheet metal design
- Supplier inquiries and technical evaluation
- Technical support for suppliers and production
- CAD modeling with CATIA V5 and SolidWorks
- Creating models, drawings according to ISO GPS and documentation
- Approvals in PLM and SAP
- Internal coordination with relevant stakeholders
Alexander S.
Last position:
IT Manager & Architectural Draftsman at Architektur Jürg Gasser
Design, operation, and further development of a stable IT environment to ensure smooth CAD and planning operations.
Implement structured backup and data protection concepts to reduce operational risks and safeguard business-critical data.
Optimize and secure the web and server infrastructure in a LAMP environment to increase stability, security, and availability.
Ensure reliable operation of Microsoft 365 and Exchange services for daily business operations.
Combine technical infrastructure expertise with domain experience in architecture and CAD.
David B.
Last position:
External Project Manager in the Supply Chain Network at DEUTZ AG
- Project management (SAP BN (Ariba) onboarding, support for SAP ECC and SAP TM for supplier topics)
- Standardization of global value creation processes
- Basic training as well as central contact person for suppliers and support for planners
Lucijano H.
Last position:
Project Manager PLM – Freelancer at VARTA AG Group
- Consulting and project management for the CIM DATABASE PLM upgrade to the latest release
- Coordinate internal IT/Engineering teams and external service providers
- Develop migration process model with timeline and resource planning
- Requirements engineering for new functionalities including SAP integration
Ioannis K.
Last position:
Algorithms Development Expert, Research & Development at Reishauer AG
- Mathematical specification and definition, analysis and software development of the skiving cutter tool motion planning within the skiving machine for simultaneous and sequential gear flank processing
- Twist-free topological manufacturing
- Workpiece flank line modifications
- Workpiece flank line and profile corrections
- Workpiece tooth thickness deviations
- Computer vision algorithms for automatic wear detection of the skiving cutter tool
- Software development for corrections of the machine kinematics for the profile grinding product series, including twist-free grinding
- Software development for corrections of the machine kinematics, quality measurement and evaluation for the slot grinding product series
- Performance analysis and continuous improvement of internal design tools (RTDesign)
- Tools used: C#, .NET, TeamCity, git, PostgreSQL, MySQL
Rudolf V.
Last position:
Founder / Development, Design & Control Engineering in Special Machine Building & Automation at CONTEC von Niederhäusern
- Set up a small workshop for turning, milling and drilling (from 2001)
- Managed process control systems (from 2003)
- Introduced 3D CAD Swiss Precision Engineer (Cimalog) and later switched to Solid Edge (from 2007)
Kevin L.
Last position:
Interim E-Commerce SME Consultant – Special Accounts at LÖWENSTARK Online Marketing GmbH
- Support of strategic clients 7-8 digit revenue (FMCG, textile & household goods) for marketplaces such as Amazon, ebay, Otto Markets, Conrad, Kaufland
- Strategic consulting, expansion workshops & campaign management
- Management of interfaces & listing feed tools: Channable, Perpetua, Magnalister, Marketplace Connect, Mirakl
Jürgen B.
Last position:
Design Engineer at LidroTec GmbH
- development of wafer manufacturing with cleanroom technology
- Tools: Inventor
Martin A.
Last position:
Martin Aicher
Main areas of activity ⋅ Martin Aicher
Areas of expertise
Medical technology
Sensor technology
Technical optics
Mechatronics
Microsystems technology
Biocompatible materials
Implants and endoprosthetics
Project management
Quality management IPMA
Regulatory affairs
Education
Dr.-Ing. Medical Technology
M.Sc. Medical Technology
Dipl. Ing. (FH) Medical Technology
Surgical mechanic, precision mechanic
Methodical product development
26 years of research, development, verification and agile product development
5 years of hands-on manufacturing of micromechanical instruments and implants
Projects
Development and verification of technical optics
Microscopy
Endoscopy
Immersion optical systems
Optical sensors
Light guides
Device development — medical electronics, active medical devices
Electromagnetic therapy devices for microcirculation of blood vessels
Electric drives, precision mechanics motors
Embedded devices, Medicine 4.0 / Industry 4.0
Feasibility studies, prototype design, electromechanical, chemical and hydrodynamic characterization up to series maturity
Structural integration of motors for pump systems
Integration of motors for catheter drives
Implantable drive systems with motors
Bone saws with Maxon motors
Osteosynthesis implant (bone implant) with linear drive
Electromagnetic therapy devices for microcirculation of blood vessels
Gold and platinum substitution for electrodes
Electrochemical impedance spectroscopy (EIS)
Characterization and development of battery cells and Li-ion batteries
Biocompatible materials: stainless steel, titanium, nitinol, polymers, ceramics, composites
Vacuum device with pumps for wound healing
Braided tubes (reinforced hoses)
Shaft instruments and trocars
Surgical instruments, minimally invasive instruments (MIC)
Analytical instruments, sensors and fluid preparation
Monitoring systems
In vivo diagnostics (IVD)
Inline measurement systems for monitoring and analytical devices
Feasibility studies, prototype design, electrochemical and hydrodynamic characterization up to series maturity
Electrochemical deionization (EDI) as a monitor
Membrane technology
Measurement method and control of carbide saturation in cooling water
pH sensor
Optical sensors with laser diodes and LEDs
Dissolved O2 sensor
CO2 sensors
Ion-selective sensor (ISE)
Conductivity sensors
Turbidity sensor according to ISO 7027
Biosensors
Flow and pressure sensors
Gold and platinum substitution for electrodes
Electrochemical impedance spectroscopy (EIS)
Biocompatible materials: stainless steel, titanium, nitinol, polymers, ceramics, composites
Design of plastic injection-molded components and housings
Calculation and design of fluid channels
Design of metal die-cast components
Design of sheet metal parts
Implants and prostheses
Endoprosthetics: knee and hip endoprostheses
Bypass implants
Nitinol stents
Bone plates
Dental implants
Precision meshes
Instruments for medical technology
Angioplasty: PTCA percutaneous transluminal coronary angioplasty with balloon catheter
Catheter system as minimally invasive heart pump
EN ISO 10555-4: intravascular catheters
Braided tubes (reinforced hoses through precision meshes)
Thrombectomy with rotablation catheter
Trocars
Surgical instruments, minimally invasive instruments (MIC)
Endoscopes ISO 8600-1, EN 60601-2-18, EN 62471
Regulatory affairs for medical devices
CE for Europe (Class II and III), EU Medical Device Regulation 2017/745 (MDR)
EU Regulation 2017/746 for in vitro diagnostics (IVDR)
Ensuring complete documentation according to current regulatory requirements
FDA registration and approval 510(k), PMN, PMA, Class II, III
Design History Files (DHF), Device Master Record (DMR), Device History Record (DHR)
Internal and external audits
FDA and CE audits
Mock audits
Requirement engineering, user requirement specifications, functional requirement specifications
Quality management and relevant standards for medical technology
EN ISO 9001:2015
EN ISO 13485:2021
USA FDA 21 CFR 820 Quality Management System
FDA 21 CFR §§ 803, 806, 807, 830
In vitro diagnostics (IVD, IVDR) FDA 21 CFR §§ 600, 610, 660
USA FDA risk management for medical devices DIN EN ISO 14971:2019
P-FMEA for production
Usability of medical devices EN 62366-1:2021
CAPA (Corrective and preventive action) and GMP
Medical electrical equipment EN 60601-1:2013
EMC for medical devices DIN EN 60601-1-2:2022
Medical device software EN 62304:2018
Cell culture in cleanroom with different cell lines for biocompatibility testing of polymers and alloys
Biological evaluation of medical devices EN ISO 10993
Clinical investigation of medical devices ISO 14155
Manufacturing technology and processes
Process qualification and validation
Injection molding technology
CNC micromechanical manufacturing
Microsystems technology, printed circuit boards (PCB)
Joining technologies: laser welding of titanium, stainless steel, plastics as well as gluing and ultrasonic welding
Evaluation, setup and qualification of equipment
Thin film and surface technology
Coating of implants and tribological surfaces with chemical vapor deposition (CVD) and physical vapor deposition (PVD), sputtering of precious metals, stainless steels, nitinol, titanium alloys, polymers and ceramics
Plasma technology for functional coatings: hydrophilic and hydrophobic surfaces
Nanotechnology: surface functionalization: self-assembled monolayers (SAM)
Product Life Cycle Management
Finite element method
ANSYS FEM
Structural mechanics, statics
Fluid mechanics, flow simulations
Electrical engineering, electromagnetic fields
Characterization and testing of microelectronics
PCB (printed circuit board)
Sensor technology
Microcontrollers
CAN bus: ISO 11898, SAE
Control and data management with LabVIEW and Matlab
Programming language
Python 3.14
CAD
Autodesk Inventor
Pro/ENGINEER, PTC Creo Parametric
SolidWorks
Siemens NX
Solid Edge
Standards-compliant technical drawings
Endurance tests, mechanical, fluid mechanical, electrical and chemical characterization
Verification, V-Model, End of Line (EOL) testing
Writing work instructions for production, English regulatory documents and scientific articles
Support of clinical studies
Data processing, digital data management and statistics
Professional handling of Microsoft Office applications: PowerPoint, Word and macro programming for Excel
© 2026 M. Aicher
Discover over 15,000 top freelancers
Statistics of experts using Computer-Aided Design
Aggregated from the professional profiles of matched freelancers.
Experience
26 years
Position duration
3 years
Positions per freelancer
14
Top business areas
Product Development, Operations, Production
Top industries
Manufacturing, Automotive, Construction
Certification focus areas
Information Technology, Business Intelligence, Human Resources
Bachelor's degree or higher
80%
Master's degree or higher
50%
Doctorate
20%
Certifications per freelancer
3
Most common languages
German, English, French
Speak two or more languages
92%
Based on our profile pool as of 29 Oct 2026.
Daily rate distribution
The chart shows how the daily rates of experts in this technology in Switzerland are distributed, based on recent contracts on our platform. Each bar covers a rate range — its height shows the share of experts charging within that range.
Average rates of experts in Switzerland using Computer-Aided Design
Rates are based on recent contracts and do not include FRATCH margin.
The average daily rate is the mean of all daily rates from recent contracts of comparable freelancers on our platform.
The median daily rate is the middle value of all daily rates — half of comparable freelancers charge less, half charge more. Unlike the average, it is barely affected by outliers.
Calculated based on our freelancers’ daily rates as of 29 Oct 2026. Actual rates may vary depending on seniority level, experience, skill specialization, project complexity, and engagement length.
Computer-Aided Design experts industry focus
See which industries our matched freelancers work in most often — every figure is calculated live from the freelancers on FRATCH.
- Manufacturing (92%)
- Automotive (42%)
- Construction (42%)
- Healthcare (42%)
- Aerospace and Defense (33%)
- Education (33%)
- Information Technology (33%)
- Chemical (25%)
Please note that freelancers can work across multiple industries, so percentages overlap.
About the technology
What CAD covers
Computer-Aided Design, commonly called CAD, uses digital tools to create, modify and document precise drawings and three-dimensional models. It supports product development, mechanical parts, buildings, plant layouts, electrical systems and technical documentation. The right workflow connects design intent with review, simulation and production.
Typical deliverables
CAD professionals turn requirements, sketches and measurements into structured files that teams can inspect, revise and manufacture. Common deliverables include:
- Parametric 3D parts, assemblies and product models
- 2D drawings with dimensions, tolerances and annotations
- Sheet-metal, surface and weldment designs
- Assembly layouts, bills of materials and revision packages
- Manufacturing-ready exports such as STEP, IGES and DXF
Tools and workflows
The ecosystem ranges from AutoCAD and Autodesk Inventor to SolidWorks, CATIA, Siemens NX, PTC Creo, Fusion 360 and Rhino. Strong specialists understand parametric constraints, geometric tolerancing, design history, assemblies and file interoperability. They also work with PLM, PDM, rendering, simulation and version-control processes where the project requires it.
When companies need support
Freelance CAD expertise helps when internal capacity is limited, a product must move from concept to prototype, or legacy drawings need to be rebuilt. In Switzerland, projects may span precision manufacturing, medical technology, construction, energy, transport and industrial equipment. Remote work suits model creation and documentation; site visits can matter for measurements, production reviews or plant layouts.
Signs the fit is right
A capable professional asks about materials, manufacturing methods, tolerances, standards, existing files and approval stages before modelling. Look for evidence of:
- Comparable parts, assemblies or built-environment systems
- Clean model structure and dependable drawing standards
- Practical knowledge of CNC, additive manufacturing or fabrication
- Clear revision control and collaboration across disciplines
- Communication in the languages needed by the Swiss project team
How to evaluate quality
Review sample deliverables, not only software names. Check whether models are editable, constraints are intentional, drawings contain production-critical information and exported geometry opens correctly in the receiving system. A short technical exercise can reveal attention to detail, while references can confirm reliability during review cycles and design changes.
Frequently asked questions
The facts hiring teams ask for most often when it comes to Computer-Aided Design.
Computer-Aided Design is used to create accurate 2D drawings and 3D models for products, machines, buildings, components and industrial systems. It supports concept development, engineering review, simulation preparation, fabrication and technical documentation.
CAD provides structured geometry, dimensions, constraints and revision control rather than only visual form. Compared with manual drafting, it improves repeatability and change management; compared with basic 3D modelling, parametric CAD usually offers stronger design intent and manufacturing documentation.
A strong Computer-Aided Design specialist may also understand geometric dimensioning and tolerancing, materials, manufacturing methods, rendering, simulation and product data management. Familiarity with PLM or PDM workflows is valuable when several teams share controlled design files.
The answer depends on the deliverable, tolerance requirements, industry standards and existing file quality. A simple drawing update may need focused support, while a new mechanical assembly, plant layout or regulated product requires a professional who has handled comparable reviews, revisions and handover requirements.
CAD work is often suitable for remote collaboration when measurements, source files and review processes are available digitally. On-site involvement can still be important for equipment surveys, production checks, construction coordination or workshops, and language expectations should be agreed with the Swiss project team.
A Computer-Aided Design professional should confirm the receiving system before choosing native and neutral formats. Native files preserve editing history, while STEP, IGES, DXF and PDF are commonly used for exchange, drawings or manufacturing; version compatibility and export validation should be documented.
Inspect whether CAD models are logically structured, fully constrained where appropriate and easy to revise. Check drawing clarity, tolerances, naming, revision history, export integrity and alignment with the intended manufacturing or construction process.
Before starting, a CAD freelancer should confirm the software version, required formats, design standards, units, materials, tolerances, approval steps and delivery milestones. They should also identify who owns source files, how revisions are tracked and whether access to physical products, sites or production teams is needed.
The average hourly rate of freelancers in Switzerland who have used Computer-Aided Design in their recent projects is 106 €, which corresponds to a daily rate of about 850 € based on an 8-hour working day.
Of the freelancers in Switzerland who have used Computer-Aided Design in their recent projects, 80% hold at least a Bachelor's degree, 50% hold at least a Master's degree, and 20% hold a doctorate.
On average, freelancers in Switzerland who have used Computer-Aided Design in their recent projects have 26 years of professional experience, with a single engagement typically lasting around 3 years.
The most common languages among freelancers in Switzerland who have used Computer-Aided Design in their recent projects are German (100%), English (92%), and French (25%).
The most common industries among freelancers in Switzerland who have used Computer-Aided Design in their recent projects are Manufacturing (92%), Automotive (42%), and Construction (42%).
The most common business areas among freelancers in Switzerland who have used Computer-Aided Design in their recent projects are Product Development (92%), Operations (67%), and Production (67%).
Main locations of FRATCH Experts, who have recently used Computer-Aided Design
Our freelancers and interim experts are at home across the DACH region — available on-site in the major business hubs or fully remote. Choose a location to discover matched specialists, local market insights and up-to-date availability.
Countries:
Zurich Geneva Basel Bern Request a free demo
Get in touch with the FRATCH team and we will get back to you within 4 hours.
Would you rather directly get in touch?
We always have the time for a call or email!
Philipp Thomaschewski
FRATCH CEO
