Engineer

• Own technical delivery across multiple deployments from first prototype to stable production
• Build full-stack systems that deliver customer value and sharpen how we learn
• Embed closely with customer teams, understand their needs, and guide adoption of what you build
• Scope work, sequence delivery, and remove blockers early
• Make trade-offs between scope, speed, and quality; adjust plans to protect delivery
• Contribute directly in the code when progress or clarity depends on it
• Codify working patterns into tools, playbooks, or building blocks that others can use
• Share field feedback that helps Research and Product understand where the models succeed and where they can improve
• Keep teams moving through clarity and follow-through

Forward Deployed Engineer

• Analyze and capture business requirements and translate them into technical specifications
• Develop solution concepts and optimize existing business processes
• Create and prioritize features, user stories and prototypes
• Plan and conduct workshops with internal and external stakeholders
• Work closely with IT, business units and external partners
• Develop test concepts and support functional and system testing
• Support operation of the PETRA platform and analyze incidents and bugs
• Contribute to new reporting requirements and the continuous improvement of our systems

Business Engineer

• Embed with customers to map complex data environments and identify high-friction business workflows.
• Build proof-of-concept AI Agents and integrations using public APIs, webhooks, and LLMs.
• Architect the middleware and custom connectors required to bridge LumApps AI with systems like SAP, Workday, or ServiceNow.
• Identify systemic integration patterns in the field and contribute code (PRs) to harden and evolve our core platform.
• Create 'plug-and-play' integration templates, code snippets, and technical articles.

Forward Deployed Engineer, Zurich

• **What You´ll Do**
• - Lead the structural sizing and stress analysis of rocket motor pressure structures, including metallic and composite motor cases and pressure-loaded components.
• - Perform analytical and numerical stress analyses (linear, nonlinear, buckling, fatigue, fracture, and damage tolerance) for high-pressure, high-temperature environments.
• - Define and manage load cases and environments relevant to rocket motor operation, including internal pressure, thermal gradients, mechanical loads, ignition transients, and dynamic effects.
• - Develop and apply analysis methodologies for composite motor structures, including laminate theory, failure criteria, and appropriate knockdown factors.
• - Support material selection and structural concepts with focus on mass efficiency, strength, thermal compatibility, and manufacturability.
• - Ensure designs meet required safety factors, margins, and internal or applicable aerospace standards for pressure-loaded rocket hardware.
• - Support and interpret structural testing (e.g. proof, burst, cyclic or hot-fire–related testing) and correlate analytical predictions with test data.
• - Participate in and lead stress reviews, providing clear justification of assumptions, margins, and trade-offs.
• - Collaborate closely with propulsion, materials, manufacturing, and systems teams to ensure structurally sound and producible rocket motor designs.
• - Author and review stress reports, analysis documentation, and verification evidence.
• - Mentor junior engineers and contribute to the continuous improvement of structural analysis methods and tools.

Stress Engineer – Pressure Vessels

• Be part of a multi-disciplinary team that designs, develops, assembles, tests and commissions novel process equipment for microencapsulation processes.
• Lead or support process validation activities, including protocol development, execution, and documentation, in accordance with regulatory requirements.
• Develop and maintain standard operating procedures (SOPs), work instructions, and process documentation to ensure compliance with regulatory standards and industry best practices.
• Collaborate with cross functional teams including both internal and external experts to achieve project objectives.
• Perform testing, validation and troubleshooting to identify and resolve issues and challenges.
• Stay current with industry trends, technologies, and best practices to continuously improve design processes and outcomes.

Process Engineer

• Lead design/manufacturing transfers, internal manufacturing projects, and manufacturing changes at Smith & Nephew Manufacturing AG within defined time, quality and cost boundaries
• Plan and control project execution, including scheduling, budgeting, progress tracking, and reporting to governance bodies
• Act as subject matter expert for manufacturing processes, including developing, characterising and implementing robust and compliant manufacturing solutions for advanced medical devices
• Perform and lead process risk assessments and process characterization or capability studies
• Provide technical support and consulting for changes and quality issues related to manufacturing, quality and suppliers
• Create and maintain compliant technical documentation related to the manufacturing processes (e.g. Design Dossier and DHF), as well as process specifications (DMR and MBOMs in Windchill PLM)

Junior Manufacturing Engineer

• Design and deploy large-scale georeferenced mapping systems for autonomous heavy machinery operating in continuously evolving construction environments.
• Develop global dynamic mapping pipelines that maintain accurate, up-to-date site representations across evolving terrain, active construction operations, and machine activity.
• Define performance metrics, validation methodologies, and benchmarking frameworks for map quality, localization accuracy, robustness, and runtime performance.
• Develop scalable multi-sensor fusion and SLAM algorithms that enable robust mapping, localization, state estimation, and calibration in challenging outdoor environments with degraded or intermittent GNSS.
• Collaborate closely with multidisciplinary experts to improve the reliability, scalability, and field performance of the overall system.
• Ensure production-quality implementation, documentation, and timely execution in a fast-paced, deployment-driven environment

Global Mapping Engineer – SLAM

• Facilitate an interview through Karat's platform
• Evaluate candidate's performance, coding style, communication skills
• Collaborate with Karat to test content, processes, and products

Interview Engineer

• Participate to the qualification-validation strategy for the processes and activities for which you are responsible (internally and externally)
• Work in close collaboration with R&D, Operations and RA departments and with sub-contractors to qualify their processes
• Managing and monitoring Additive Manufacturing qualification activities, including environmental monitoring and requalification
• Coordinating/executing validation activities (IQ/OQ/PQ) for equipment, utilities, and cleanroom systems
• Leading investigations, root cause analysis, CAPA, and non-conformity resolution linked with clean room environment
• Ensuring compliance with ISO 13485, ISO 14971, 21 CFR Part 820, EU MDR 2017/745, and internal quality systems
• Analysing quality metrics and identifying opportunities for continuous improvement
• Creating, Reviewing and approving quality documentation, SOPs, protocols, and reports
• Interacting with auditors
• Collaborating with Production, Engineering, Regulatory Affairs, and suppliers
• Participating to DHF completeness
• Defining, Planning, executing and reviewing all validation/verification activities
• Managing all changes including impact assessment

Process Validation Engineer – Additive Manufacturing

• Source and qualify high purity crystal substrates for precision sensor manufacturing.
• Develop and optimize chemical cleaning, polishing, and surface preparation processes to achieve exceptional surface quality.
• Design and execute vacuum packaging processes, including wafer bonding and integration of micro scale getters to ensure long term vacuum stability.
• Perform precision post processing and micro tuning by removing microscopic amounts of material to correct geometric and mass imbalances.
• Coordinate cleanroom activities, including scheduling and overseeing deep reactive ion etching (DRIE) processes with internal and external facilities.
• Work closely with physicists and multidisciplinary engineering teams to translate theoretical sensor designs into manufacturable hardware.
• Define, document, and continuously improve fabrication and packaging processes to maximize repeatability, yield, and performance.
• Support prototype development, process validation, and the transition toward scalable manufacturing.

Materials and Process Engineer

• Design, develop and integrate innovative automation solutions directly on site
• Conduct automation studies and prepare functional specifications
• Program automation algorithms and HMI interfaces on Foxboro DCS and Siemens PLCs
• Program safety functions on APS/Triconex systems
• Prepare and execute FAT and SAT
• Participate in on-site commissioning activities
• Update technical documentation and contribute to the continuous improvement of automation libraries and templates
• Ensure compliance with project and HSEQ requirements

Automation Project Engineer

• Ensure the design, management and integration of EIA solutions for industrial installations
• Provide technical management of EIA projects within multidisciplinary programs
• Define requirements, develop specifications and validate technical decisions
• Ensure detailed planning, coordination of stakeholders and compliance with HSEQ (Health, Safety, Environment, Quality) standards
• Perform or supervise design studies, technical documentation and risk analyses
• Monitor schedules, costs, project progress and identify deviations
• Participate in FAT/SAT (Factory/Site Acceptance Tests), commissioning and handover phases

EIA Project Engineer

• Concevoir, développer et intégrer des solutions d’automatisation innovantes directement sur site
• Réaliser des études d’automatisation et rédiger des spécifications fonctionnelles
• Programmer les algorithmes d’ automatisation et les interfaces HMI sur le DCS Foxboro et automates Siemens
• Programmer les fonctions de sécurité sur les systèmes APS / Triconex
• Préparer et exécuter les tests FAT et SAT
• Participer aux activités de mise en service sur site
• Mettre à jour la documentation technique et contribuer à l’amélioration continue des bibliothèques et templates d’automation
• Garantir le respect des exigences projets et des exigences HSEQ

Ingénieur projets en automatisation

• Design, develop and integrate innovative automation solutions directly on site
• Conduct automation studies and write functional specifications
• Program automation algorithms and HMI interfaces on Foxboro DCS and Siemens PLCs
• Program safety functions on APS / Triconex systems
• Prepare and execute FAT and SAT tests (Factory Acceptance Tests and Site Acceptance Tests)
• Participate in on-site commissioning activities
• Update technical documentation and contribute to the continuous improvement of automation libraries and templates
• Ensure compliance with project requirements and HSEQ standards

Automation Projects Engineer

• Assurer la conception, le pilotage et l’intégration de solutions EIA pour les installations industrielles de nos clients
• Prendre en charge la partie technique des projets
• Garantir toutes les normes et directives applicables
• Contribuer activement à la performance des installations
• Gérer techniquement des projets EIA ou des volets EIA au sein de projets multidisciplinaires
• Définir les besoins, élaborer les spécifications et valider les choix techniques
• Assurer la planification détaillée, la coordination des intervenants et le respect des standards HSEQ
• Collaborer étroitement avec la production, la maintenance, l'ingénierie des procédés, l'ingénierie et les fournisseurs
• Réaliser ou superviser les études de conception, documents techniques et analyses de risques
• Suivre les délais, les coûts, l'état d'avancement et identification et correction à temps des écarts
• Participer aux FAT/SAT, aux mises en service et aux phases de réception

Ingénieur·e Projet EIA

• Hardware Design & Development - Design, develop, and test flight computer hardware, including schematic capture, PCB layout, and manufacturing files preparation.
• Requirement & Lifecycle Ownership - Own the full hardware development process - from gathering and tracking technical requirements with key stakeholders to early prototyping, hardware bring-up, and validation.
• Test Bench Software - Develop, maintain, and execute software scripts for automated hardware test benches running in a Linux environment to validate avionics devices functionality.
• Multidisciplinary Communication - Act as the primary technical point of contact for the hardware modules you own, communicating effectively with mechanical, GNC, and system teams to ensure seamless integration.
• System Integration & Diagnostics - Perform rigorous system integration, functional testing, fault handling, and diagnostics on both lab and field hardware.
• Process & Organization - Apply a highly structured and organized mindset to hardware design reviews, documentation, and continuous reliability improvements.
• Flight Operations - Support flight testing preparation, setup, telemetry monitoring, and field operations.

Avionics Engineer

• Developing machine concepts and preparing necessary documentation such as concept sketches, machine layouts, and cost estimates
• Creating project-specific requirement specifications for process modules, as well as for upstream and downstream equipment related to our machines
• Preparing cost calculations while taking customer needs into account
• Supporting Sales Managers in negotiations by providing expert knowledge and conceptual advice
• Maintaining curated and classified information (market, suppliers, technologies, trends) in the central database

Concept Engineer

• Drive product through the qualification process
• Develop and maintain the Qualification Data Pack core documents — qualification plans, test plans and procedures, requirements verification matrices, and qualification reports.
• Manage the four-stage qualification chain: Type Qualification (TQ), First Article Inspection (FAI), Lot Acceptance, and In-Service Surveillance, ensuring each stage produces its required artefact and signing authority.
• Define test campaigns and acceptance criteria, and coordinate environmental, mechanical, safety, and performance test programs to NATO AECTP, STANAG, and AOP standards.
• Build and maintain requirements traceability and verification cross-references, ensuring every requirement is verified
• Prepare gate-review entry packages, checklists, and RACI assignments, and act as the engineering focal point in formal reviews with Chief Engineers, Quality, Safety, and customer technical authorities.
• Manage re-qualification: assess change and failure triggers, classify them, and scope the re-qualification activity in line with the framework’s re-qualification rules.
• Support hazard and safety assessments at system level and ensure the qualification evidence underpins the system safety case and Statement of Qualification.
• Drive anomaly and non-conformance investigations through root-cause analysis and corrective action, feeding results back into the qualification record.
• Maintain configuration baselines and document control across the qualification lifecycle and support FAI and Production Readiness activities to transition a qualified design into production.
• Collaborate with energetics, propulsion, mechanical, electronics, and software discipline leads to integrate their qualification overlays into a coherent system-level program.

Systems Qualification Engineer

• Lead the design, training, and deployment of reinforcement learning policies for robot motion
• Provide senior technical guidance on RL and learning-based control across the team
• Own and evolve the RL training infrastructure and sim-to-real pipeline
• Shape the technical vision for internal ML tooling and experiment management
• Collaborate closely with cross-functional stakeholders to identify how to expand the robot's autonomous operational envelope
• Triage field issues related to locomotion
• Write, deploy, and maintain efficient Python and C++ software for the learning and locomotion stack

Senior Reinforcement Learning Engineer

• Join a B2B Sales Data Aggregation programme built on Databricks
• Unify CRM data from Salesforce, Microsoft Dynamics 365, and Excel/SharePoint
• Design and build ETL pipelines and CDC/incremental connectors
• Implement Bronze → Silver transformations using Delta Lake
• Develop PySpark notebooks and apply Delta Lake optimisations
• Build automated data-quality checks and deliver KPI dashboards
• Set up monitoring, alerting, and job orchestration
• Document architecture and data lineage

Engineer jobs in Switzerland

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