A company is looking for a specialist/consultant in the field of system testing development for special machine construction. The System Test and Qualification group conducts system tests in development projects, including tests of individual components, machine modules and software releases. Responsibilities also include defining and executing acceptance tests. The goal of the project is to support detailed planning of test tasks, creation and optimization of test case specifications and execution of integration and functional tests. Activities take place exclusively on site in the lab on machine systems. - Detailed planning of test tasks - Creation and optimization of test case specifications - Execution of integration and functional tests - Running test cases (black box, use case, fail case tests) - Documenting and preparing test results in the test management tool and MS Office - Error analysis and communication with developers (directly in the lab and via MS Teams) - Coordination with project management and the test manager

- Collaboration in the software development process in the field of process automation, word processing - 3rd-level support - Participation in the analysis of software requirements in an agile development environment

Design and build a modern data platform in the Azure cloud for an e-commerce company. Implement scalable data pipelines and a lakehouse architecture. - **Typical responsibilities:** - Design and implement ETL/ELT processes with Azure Data Factory/Databricks. - Build and manage the data infrastructure (Data Lake, Synapse). - Develop data models and ensure data quality. - Automate deployments using IaC (Terraform). - Performance tuning and coordination with stakeholders. - **Relevant technologies, tools & methods:** - Azure Data Factory, Synapse, Databricks, Data Lake Storage. - Apache Spark, Delta Lake. - Python (PySpark), SQL. - Terraform, Azure DevOps. - **Typical KPIs & success metrics:** - Data latency, pipeline uptime (>99.9%), query performance, cost efficiency. - **Key challenges & risks:** - High data volumes, GDPR compliance, avoiding data silos. - **Deliverables:** - Production-ready data pipelines, structured data lake/warehouse, IaC scripts, technical documentation.

We are looking for a developer specialized in the middlelayer level to further develop a complex ServiceNow platform. The focus is on implementing business logic, integrations, and processing data between the frontend and backend systems. - **Typical tasks:** - Designing and developing server-side business logic in ServiceNow using Business Rules, Script Includes, and Workflows. - Designing, implementing, and maintaining REST- and SOAP-based integrations to third-party systems (e.g. SAP, Jira, HR systems) via IntegrationHub or custom scripts. - Developing and optimizing data flows and transformations within the platform. - Analyzing and optimizing performance of server-side scripts and database interactions. - Ensuring platform stability and security through robust, error-resistant coding. - **Relevant technologies, tools, or methods:** - ServiceNow platform: in-depth knowledge of the Glide API (GlideRecord, GlideSystem), server-side scripting (JavaScript ES5). - Integrations: IntegrationHub (Spokes), REST/SOAP API Explorer, JSON, XML. - Automation: Flow Designer, Workflow Editor. - Development tools: ServiceNow Studio, VS Code with ServiceNow plugins. - Methodology: Agile (Scrum), use of Update Sets and Application Scopes for deployment. - **Typical KPIs or success metrics:** - Transaction response times for critical middlelayer processes. - Error rate in API calls and integrations (< 1%). - Success rate of automated workflows. - Code complexity (e.g. measured via SonarQube integration). - Adoption rate of new features enabled by the middlelayer. - **Key challenges, risks, or specifics:** - Complexity of dependencies between different ServiceNow modules and external systems. - Ensuring scalability under high transaction volumes. - Debugging asynchronous processes and integrations. - Adhering to ServiceNow best practices to maintain the platform's upgradeability ("out-of-the-box" vs. customization). - **Concrete deliverables:** - Implemented and tested Script Includes and Business Rules. - Fully configured and documented integrations in IntegrationHub. - Technical documentation of the developed logic and data flows. - Completed Update Sets, ready for deployment to production. - **Lessons learned/best practices:** - Encapsulate reusable logic in Script Includes instead of duplicating it across multiple Business Rules. - Prefer asynchronous Business Rules for long-running operations to avoid blocking the user experience. - Use Flow Designer over the classic Workflow Editor for new automations.

For an internationally active special machine manufacturer, an experienced PLC programmer is sought to implement demanding automation projects. The focus is on new programming and commissioning of controllers. - Typical tasks: development, testing and documentation of PLC software for new systems with Siemens SIMATIC S7 (TIA Portal) and/or CODESYS V3. Creation and customization of HMI visualizations (e.g. with WinCC Unified, TwinCAT HMI). On-site commissioning of machines and systems at the customer (incl. I/O checks, configuration of fieldbus systems such as Profinet/EtherCAT, functional tests). Systematic error analysis and optimization of existing systems. Technical support for customer service. - Relevant technologies/tools: Siemens TIA Portal, SIMATIC S7-1500, CODESYS V3, Beckhoff TwinCAT, WinCC, various fieldbus configurators, EPLAN P8 (reading electrical diagrams). - KPIs/success metrics: adherence to development and commissioning schedules, reduction of commissioning time through high software quality, machine cycle time and availability (OEE), customer satisfaction after commissioning. - Special challenges: integration of hardware and software components from different manufacturers. Working under time pressure during on-site commissioning. Ensuring functional machine safety (safety PLC) according to standards (e.g. ISO 13849-1). - Deliverables: fully functional, fully documented PLC programs, final HMI projects, signed commissioning and acceptance reports, creation or update of operating manuals. - Best practices: structured programming according to standards (e.g. IEC 61131-3), modular and reusable software blocks, consistent code versioning (e.g. in Git).

To support the ongoing development of an innovative low-code platform, we are looking for a highly qualified Senior Frontend Engineer. The platform lets customers build complex business applications with minimal coding effort, with seamless integration into existing SAP ecosystems being mission-critical. - Typical responsibilities: Designing, architecting, and implementing sophisticated, reusable frontend components and modules using React & TypeScript. Ensuring high code quality through code reviews, unit tests, and E2E tests. Optimizing the platform’s performance for a smooth user experience. Collaborating closely in an agile Scrum team with product owners, UX/UI designers, and backend developers to deliver the product roadmap. Connecting SAP backend systems via REST and OData APIs. - Relevant technologies/tools: React, TypeScript, React Hooks, state management (e.g. Redux Toolkit, Zustand), SAP Business Technology Platform (BTP), UI5 Web Components, Storybook, Jest, React Testing Library, Cypress, Git, Jira, CI/CD. - KPIs/Success metrics: Time-to-market for new platform features, Lighthouse performance score (>90), component reusability rate, 25% reduction in reported frontend bugs per quarter, user adoption rate. - Key challenges: Finding the right balance between abstraction (low-code) and flexibility (custom client requirements). Ensuring scalability and maintainability of the frontend architecture in a fast-growing product. Guaranteeing compatibility with various SAP system versions. - Deliverables: Implemented and tested features according to user stories, extended and documented component library (in Storybook), technical architecture documentation, sprint acceptance reports. - Best practices: Applying clean code principles and design patterns (e.g. Atomic Design), building a comprehensive testing strategy, proactive team communication.

A company is seeking a skilled Embedded Linux Engineer to support the rollout and commissioning of new hardware modules at a leading technology manufacturer. The role involves hardware-related software development, device driver programming, and direct troubleshooting with hardware teams on-site. Typical project responsibilities: - Develop and adapt Linux device drivers for custom hardware modules - Kernel customization, system integration and performance optimization of Embedded Linux systems - Conduct unit and integration tests on target hardware - Work closely with hardware development for debugging and failure analysis - Document software architectures and implementations for internal knowledge transfer - Support the deployment of the modules in production environments Key technologies/tools/methodologies: - Embedded Linux (Yocto/Buildroot), C/C++, shell scripting - Debugging tools: JTAG, gdb, logic analyzers - Version control (Git), CI/CD for embedded projects KPIs/Success Metrics: - On-time commissioning of modules, system uptime/MTBF, error rate in field use, stability under resource constraints Special challenges/risks: - Hardware/software integration under time pressure, managing resource limitations on embedded devices Deliverables: - Ready-to-use hardware modules with tested Linux firmware - Complete project and code documentation, transfer of know-how to client teams Lessons Learned/Best Practices: - Intensive cross-team collaboration, early integration testing, automated regression testing and code reviews

Typical tasks: - Analyze existing insurance processes and identify digitization potential - Gather and document business requirements together with the business departments - Create solution concepts for digital transformation (including process modeling and cost-benefit analyses) - Act as a liaison between business and IT: translate requirements into technical designs and support implementation - Support project management in planning and rolling out new digital solutions (agile methods like Scrum/Kanban) Relevant tools & technologies: BPMN modeling tools (e.g. Visio, Signavio), requirements management (Jira, Confluence), knowledge of common insurance IT systems, MS Office KPIs & metrics: meeting project milestones and budgets, reducing process cycle times, improving customer satisfaction/user acceptance, cutting manual efforts through automation Challenges: coordinating diverse stakeholders in the insurance environment (business units, IT, regulators), integrating new digital solutions into legacy systems, handling regulatory requirements and data protection, change management and user adoption Deliverables: comprehensive requirements documents and process models, detailed business concepts and user stories for IT implementation, defined implementation roadmap, training materials for updated processes Lessons learned: early involvement of all stakeholders makes it easier to carry out digitization projects; iterative, agile approaches allow flexible adjustments; deep industry knowledge (products, regulations) is crucial to design effective digital solutions

A company is looking for a Siemens PLC Programmer to support a hybrid setup in Siegen. The project focuses on programming and optimizing Siemens PLC systems, particularly within the steel industry. The role requires expertise in S120 and G120 servo drives. The ideal candidate should live close to Siegen to facilitate on-site work when required. Key responsibilities: - Programming and optimizing Siemens PLC systems. - Working with S120 and G120 servo drives. - Collaborating with the team to ensure smooth operations in a hybrid setup. - Troubleshooting and resolving technical issues. - Ensuring compliance with industry standards and safety regulations.

A company is looking for an experienced Technical Writer responsible for creating and managing datasheets, product brochures and catalogs. These documents are crucial for sales, legally binding and part of internal quality assurance. The product brochures present key product features and customer benefits, while the datasheets contain detailed specifications. The role involves independently managing and overseeing all correction and review processes through to final approval, as well as ensuring the defined quality and release processes according to company guidelines. In addition, the final data must be archived in the relevant systems such as the Promo Office database, PDM and internet CMS. - Creation of datasheets, product brochures and catalogs according to specifications. - Preparation of data for print production and ISO-compliant archiving in the product management system. - Management of versioned documents for print production and online publication. - Ensuring the defined quality and release processes. - Archiving final data in the relevant systems.

A leading automotive supplier is looking for an experienced quality expert for inspecting weld seams on safety-critical body components. The project includes ensuring the highest quality standards through non-destructive testing methods. - Typical tasks: Independent planning, execution, and evaluation of non-destructive tests (NDT), especially visual testing (VT) and ultrasonic testing (UT). Creation and management of test plans and work instructions. Detailed documentation of test results in CAQ systems. Analysis of defect patterns and initiation of corrective actions in close coordination with the welding shop and production planning. Calibration and maintenance of testing equipment. - Relevant technologies/tools: Ultrasonic testing devices, endoscopes, videoscopes, CAQ software (e.g., Babtec, QSYS), knowledge of standards DIN EN ISO 9712, ISO 5817, and relevant VDA volumes. - KPIs/success metrics: First Pass Yield (FPY) > 98%, reduction of internal defect rate (PPM), zero-defect tolerance for safety-critical seams (escape rate = 0), timely completion of test orders. - Special challenges: Assessing complex seam geometries under time pressure. Clear interpretation of test results and distinguishing acceptable irregularities from critical defects. Enforcing quality standards with production. - Deliverables: Completed test reports, detailed defect analyses and reports, updated work and test instructions, contributions to FMEAs (failure modes and effects analysis). - Best practices: Regular team alignment (shopfloor management), continuous improvement of testing processes (CIP), raising awareness and training of production staff.

A company is seeking an experienced Electrical Commissioning Engineer to support an industrial/utility project in Narva, Estonia. The role involves acting as the first point of contact on-site for electrical commissioning issues, reviewing complex documentation, and resolving design and installation challenges, particularly from third-party packages. The engineer will evaluate faults, propose solutions, and defend the client's position when necessary. Clear communication with stakeholders and independent client-side representation are key aspects of this role. - Act as the first point of contact on-site for electrical commissioning issues. - Review and navigate complex documentation related to electrical systems. - Identify and resolve design and installation issues, especially from third-party packages. - Handle MCCs, generic point lists, and interface mismatches. - Evaluate responsibility for faults: If blame is justified → propose and implement a solution. If blame is unjustified → defend the client's position. - Represent and communicate problems clearly to relevant stakeholders.

- IT project manager activities - Interface/bridge function between business and technology, and thus also the required specialized domain knowledge.

Project description As part of the implementation and optimization of the **Multi Domain Orchestration and Inventory (MDOI)** tool in the mobile transport domain (B2X), the focus is on planning, setup, commissioning, management, and optimization of several thousand fixed and mobile network devices. The application allows the selection and configuration of suitable devices and technologies for their efficient use to achieve maximum network coverage and customer satisfaction. Efficiently managing these projects and processes while increasing automation requires the use of the MDOI software solution. Description of services without personal reference - **IT Project Management**: Creating software rollout and migration plans for the application's two-month releases of MDOI, based on Blueplanet, considering all relevant dependencies using JIRA and stakeholder management - **Design Management**: Planning and creating all relevant designs, as well as reviewing them in the Multi Domain Orchestration and Inventory (MDOI) tool for the transport networks area, as an implementation description of the requirements using JIRA and Confluence - **Stakeholder Management**: Developing and executing communication measures for software changes based on the created designs, checking whether the requirements are fully covered by the designs, including preparing documentation for management using Microsoft Outlook, Microsoft Teams, and JIRA

To support projects in energy infrastructure, we are looking for a freelance electrical engineer specializing in high and extra-high voltage as a primary planner (m/f/d). The projects include grid connection of generation plants (especially wind and solar parks) as well as new construction and conversion of substations. - Typical tasks in this role:** - Developing primary-technical concepts and layouts for air- and gas-insulated high and extra-high voltage switchgear (AIS/GIS) from 110 kV to 380 kV. - Designing and sizing primary equipment (circuit breakers, disconnectors, instrument transformers, transformers, etc.). - Creating single-line diagrams, one-line overview and arrangement drawings. - Performing short-circuit and load flow calculations as well as sizing grounding systems and lightning protection. - Technical clarification and coordination with clients, grid operators, authorities, and suppliers. - Preparing technical specifications and tender documents for primary equipment. - Coordinating with other trades such as secondary equipment, civil engineering, and control systems. - Supporting commissioning and handover of the installations. - Relevant technologies, tools or methods:** - Planning software: AutoCAD, Primtech, REVIT, EPLAN. - Calculation tools: PowerFactory (DIgSILENT), NEPLAN, or vendor-specific tools. - Standards & regulations: VDE-AR-N 4120 (TAR High Voltage), IEC standards, EN standards. - Project management tools: MS Project, Jira. - BIM (Building Information Modeling) in plant engineering. - Typical KPIs or success metrics:** - Planning quality: Number of plan revisions after approval < 5%. - On-time delivery: Meeting planning milestones according to the overall project schedule. - Cost efficiency: Adhering to budget targets for planned primary equipment. - Technical compliance: Successful acceptance of the installation by the grid operator without primary-technical objections. - Interface management: Smooth coordination, measured by the number of delays in other trades caused by planning errors. - Key challenges, risks or specifics:** - High complexity and safety requirements in the high and extra-high voltage range. - Need for precise compliance with grid connection guidelines (TAR) of the respective grid operators. - Long delivery times and price fluctuations for large primary-technical components. - Coordination in tight spaces, especially during conversions on existing sites. - Increasing requirements from renewable energy integration (e.g. reactive power management, FRT behavior). - Ensuring physical safety and occupational health and safety in planning. - Concrete deliverables:** - Approval-ready primary-technical planning documents (layouts, views, sections). - Final single-line diagrams and overview schematics. - Technical calculation reports (e.g. short-circuit strength, grounding). - Prepared bills of quantities and technical specifications for procurement. - Minutes of technical coordination meetings. - Revision documents and as-built documentation.

A company is seeking support for carrying out the engineering of energy generation and consumption plants and their connection to the transmission and/or distribution grids of network operators in Germany and abroad. The project includes both existing plants and those under development, such as power plants, consumer installations, and hybrid systems like battery installations. The goal is to plan, coordinate, and implement grid connections efficiently. Main tasks: - Managing approval processes for grid connections at the respective voltage level - Preparing technical documents for grid connection requests - Creating grid connection applications, including technical documentation for network operators - Technical engineering for grid connection concepts - Designing extra-high, high, and medium-voltage switchgear and substations - Basic and detailed engineering, including tender documents and specifications - Developing technical standards to implement quality requirements - Control and coordination tasks within project execution - Consulting and coordination for quality assurance measures - Project management in line with technical regulations and project management strategies - Advice on contract management, e.g., grid connection contracts - Coordinating processes and carrying out on-site construction support measures - Developing retrofit concepts for conventional power plants, hydropower plants, and other installations

We are looking for an experienced consultant for a process and project initiative in Asset P&L (Profit and Loss) at a leading international financial services provider. - Typical responsibilities in this role:** - Analyze and document existing end-to-end P&L processes for various asset classes (e.g. equities, fixed income, derivatives). - Identify weaknesses, risks, and inefficiencies in data collection, processing, and reporting. - Design and plan optimized target processes for P&L calculation and attribution. - Prepare functional specs and business requirements for adapting or implementing IT systems (e.g. P&L engines, data warehouses). - Manage project implementation of new processes and tools, including milestone planning, stakeholder management, and test coordination. - Develop control mechanisms to ensure data quality and consistency. - Create training materials and lead workshops for business units (trading, controlling, risk). - Relevant technologies, tools, or methods:** - Advanced Analytics: MS Excel (Pivot, Power Query, VBA), SQL. - Business Intelligence: Tableau, Power BI, Qlik. - Project Management: Jira, Confluence, MS Project. - ERP/Finance Systems: SAP FI/CO, Oracle Financials, or industry-specific asset management platforms. - Methods: Business Process Model and Notation (BPMN 2.0), agile project management (Scrum/Kanban). - Typical KPIs or success metrics:** - P&L cycle time reduction: target >25% efficiency gain. - Reduction of manual correction entries: target >50% decrease through process automation. - Data quality index: increase first-time-right data acceptance rate to >99%. - Efficiency ratio (cost-to-income): demonstrate a positive impact on lowering the ratio. - User adoption rate: >80% acceptance of new processes/tools by business units after 3 months. - Key challenges, risks, or specifics:** - Heterogeneous system landscape and inconsistent data sources (data silos). - High complexity of financial products and valuation models. - Resistance to process changes within business units (change management). - Ensuring compliance with regulatory requirements (e.g. IFRS 9, BCBS 239). - Time- and budget-critical execution during ongoing operations. - Deliverables:** - Milestone 1: Completed current-state analysis and process documentation. - Deliverable 1: Detailed analysis report including risk and gap assessment. - Milestone 2: Finalized target concept and Business Requirements Document. - Deliverable 2: Implementation roadmap and project plan. - Milestone 3: Successful user acceptance test (UAT) of the new process/tool. - Deliverable 3: Acceptance minutes, training materials, and project closure report.

- Operational control and management of material requirement planning and provisioning, as well as maintenance of material master data for an efficient material flow - Ensuring and monitoring the operational material flow and proactively initiating measures in case of deviations, in close coordination with suppliers and internal stakeholders - Optimizing inventory levels in terms of tied-up capital costs, material coverage, and demand fulfillment - Contributing to the further development of processes and organization of the Material Management department

- Development and enhancement of data management in SQL Server for fixed network and all-IP products, and integration of existing and new data sources from SQL Server/Oracle from CRM systems and workflow management systems - Building a database in SQL that collects and consolidates data from different source systems (CRM and workflow systems) - Creating and extending database analyses in Tableau for daily reporting - Advising business units (e.g., Technology, Order Management) on data collection and customer data management - Continuous optimization and establishment of the data management process and data quality for future projects

We are looking for an experienced IT project manager to oversee and execute IT projects in the hospital environment. The goal is to implement various digitalization and infrastructure projects (e.g. KIS migration, medical technology integration, ISMS implementation, or TI components) on time, within budget, and with assured quality. In this role, the project manager takes full responsibility for planning, controlling, and delivering the projects and acts as the interface between IT, business units, and management. - Overall responsibility for planning, control, and execution of IT projects in a clinical setting - Coordination of internal and external stakeholders, including the IT department, medical staff, service providers, and manufacturers - Ensuring compliance with time, budget, and quality requirements - Preparing project plans, status reports, decision papers, and presentations - Risk management, resource planning, and escalation management - Managing acceptance and testing procedures, including documentation - Supporting preparation for KHZG or NIS2 relevant measures - Acting as an interface between IT, business units, and management