A company is seeking an experienced Business Analyst to adopt the product perspective within a squad and advise the Squad Owner (Product Owner) to maximize value creation while continuously incorporating customer and market insights. The Business Analyst will keep track of market requirements, coordinate with customers and partners, maintain the squad backlog, and ensure the professional quality of deliverables. The position requires independent, cross-functional analysis and alignment of business requirements directly with business units, squad owners, technical teams, and product management. - Advising the Squad Owner on the squad’s (partial) products and services, including technical components. - Supporting business aspects from ideation and concept through market launch and maintenance according to the life-cycle process. - Aligning and validating ideas and requirements, as well as assisting in the creation of user stories and maintenance of the squad backlog. - Shaping a customer-centric squad vision, coordinated roadmap, and release plan in line with corporate objectives. - Conducting innovation work and product-specific market observation to ensure competitiveness. - Ensuring stable operations according to agreed service level agreements and regulatory requirements. - Creating requirements specifications, documents, and service descriptions as part of product definition. - Closely coordinating on architecture and refactoring topics with architecture roles. - Ensuring functional and non-functional quality of deliverables by creating and executing test cases.

- Collaborate in the software development process in the field of process automation and word processing - 3rd level support - Participate in the analysis of software requirements in an agile development environment

A company is seeking a Specialist/Consultant in system testing for special purpose machinery development. The System Test and Qualification group performs system tests in development projects, including testing individual components, machine modules and software releases. Responsibilities also include defining and conducting acceptance tests. The project’s objective is to support the detailed planning of test tasks, creation and optimization of test case specifications, as well as conducting integration and functional tests. All activities are performed on-site in the lab on machine systems. - Detailed planning of test tasks - Creation and optimization of test case specifications - Conducting integration and functional tests - Execution of test cases (Black Box, Use Case, Fail Case Tests) - Documentation and preparation of test results in the test management tool and MS Office - Fault analysis and communication with developers (directly in the lab and via MS Teams) - Coordination with project management and the test manager

Typical tasks: - Analyzing existing insurance processes and identifying digitalization potentials - Gathering and documenting business requirements together with the business units - Creating solution concepts for digital transformation (including process modeling and cost-benefit analyses) - Acting as liaison between business and IT: translating requirements into technical concepts and supporting implementation - Supporting project management in planning and deploying new digital solutions (agile methods such as 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: adherence to project milestones and budgets, reduction of process lead times, increase in customer satisfaction/user adoption, reduction of manual efforts through automation Challenges: coordinating multiple stakeholders in the insurance environment (business units, IT, regulatory), integrating new digital solutions into existing legacy systems, dealing with regulatory requirements and data protection, change management and user adoption Deliverables: comprehensive requirements documents and process models, developed business concepts and user stories for IT implementation, defined implementation roadmap, training materials for updated processes Lessons learned: early involvement of all stakeholders facilitates the implementation of digitalization projects; iterative, agile approaches enable flexible adjustments; in-depth industry knowledge (products, regulation) is crucial for designing viable digital solutions

Within the scope of a digitization initiative, software quality is to be ensured and improved through modern testing, analysis, and review procedures. The goal is to increase development quality and efficiency through strategic measures and coaching. - Definition, monitoring, and improvement of test coverage strategies for critical software components. - Organization and execution of code reviews in compliance with coding standards, architectural, and security requirements. - Setup, execution, and evaluation of SonarQube analyses, as well as coordination of the remediation of technical debt and security vulnerabilities. - Training and support of developers in Clean Code, TDD, and CI/CD practices. - Evaluation and continuous further development of QA processes, tools, and metrics.

The ProMi Squad (Process Mining) project aims to transparently map the end-to-end order process in the portals area. Relevant data sources from ordering to activation are consolidated for this purpose. The holistic view of the end-to-end process enables the identification of process deviations and optimization potentials. Key milestones of the project are the integration of the required data sources, the development of self-service reports, and the implementation of automated alerts for deviations in the process flow. The challenge lies in the technical and functional integration of heterogeneous systems and data streams to ensure consistent monitoring and control of the order process. ⸻ Service description - Analysis and documentation of requirements in the omnichannel area using requirements management tools and structured elicitation methods - Functional and technical analysis of existing data sources and ETL processes using database tools - Recording and evaluation of existing interfaces between source and target systems based on technical documentation - Consulting on the technical integration of defined data sources into the Celonis environment, taking into account the tools used (Celonis EMS, Data Pool, and Data Push API) - Creation of technical queries and representations for process visualization based on the provided platform functions (Celonis PQL, Studio) - Use of system functions for visualization and analysis of existing business processes (via the Celonis Process Explorer) - Functional consulting on technical interfaces, data provisioning, and system prerequisites

A company is looking for an experienced Mendix Lowcode Developer to develop mobile and web applications using the Mendix low-code development platform. - Development of mobile and web applications with Mendix - Creation of user interfaces based on templates and components - Definition of data structures and program logic in Mendix - Collaboration with clients on requirements definition

For the further development of a complex ServiceNow platform, a developer specializing in the middle layer is sought. The focus is on implementing business logic, integrations, and processing data between the frontend and backend systems. - **Typical areas of activity:** - Design and development of server-side business logic in ServiceNow using Business Rules, Script Includes, and Workflows. - Designing, implementing, and maintaining REST- and SOAP-based integrations with third-party systems (e.g., SAP, Jira, HR systems) via IntegrationHub or custom scripts. - Developing and optimizing data flows and transformations within the platform. - Performance analysis and optimization of server-side scripts and database interactions. - Ensuring platform stability and security through robust and 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 middle-layer 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 functionalities enabled by the middle layer. - **Specific challenges, risks, or specifics:** - Complexity of dependencies between various ServiceNow modules and external systems. - Ensuring scalability with high transaction volumes. - Debugging asynchronous processes and integrations. - Adhering to ServiceNow best practices to avoid jeopardizing platform upgradability ("out-of-the-box" vs. customizing). - **Concrete deliverables:** - Implemented and tested Script Includes and Business Rules. - Fully configured and documented integrations in IntegrationHub. - Technical documentation of developed logic and data flows. - Completed Update Sets, ready for deployment to the production environment. - **Lessons learned/best practices:** - Encapsulate reusable logic in Script Includes instead of duplicating it in multiple Business Rules. - Prefer asynchronous Business Rules for long-running operations to avoid blocking the user experience. - The Flow Designer is preferred over the classic Workflow Editor for new automations.

- IT project manager activities - Interface / bridging function between business domain and technology, hence the required compelling subject matter expertise.

Setup and further development of a test automation suite for the core applications of a large insurance company to increase release speed and quality. - **Typical Tasks:** - Analysis of test processes and identification of automation potential. - Selection, configuration, and implementation of automation frameworks. - Development and maintenance of automated test scripts. - Integration of tests into CI/CD pipelines (Jenkins, GitLab). - Test data management and reporting. - **Relevant Technologies, Tools & Methods:** - Selenium, Cypress, Playwright, Tosca, Postman. - Java, Python, JavaScript. - TestNG, JUnit, Cucumber. - Jenkins, GitLab CI, Docker, Jira. - **Typical KPIs & Success Metrics:** - Automation rate (>70%), reduction of test execution time, defect detection rate. - **Key Challenges & Risks:** - Complex legacy UIs, stable test data management, maintainability of scripts. - **Deliverables:** - Documented test automation framework, automated test suite, CI/CD integration, test reports.

A company is seeking an experienced subsea cable tester with an electrical engineering or physics background. The project’s goal is to advise and support the cable tendering process, cable qualification, and the definition and execution of tests during the project phase. The role involves collaborating with bidders, defining requirements, and advising on test procedures to ensure the cables’ quality and functionality. - Advising on cable tendering and cable qualification for the project phase - Defining requirements for manufacturing, interim storage, installation, completion, and inspection - Conducting contract negotiations with bidders - Defining test requirements for all tests from type tests to Site Acceptance Tests (SAT) - Advising on and defining test procedures: from production through FAT tests to type tests and Site Acceptance Tests - Customizing test systems and methods specifically for the project

We are seeking an experienced consultant for a process and project initiative in the area of Asset P&L (Profit and Loss) at a leading international financial services provider. - Typical areas of responsibility in this role:** - Analysis and documentation of existing end-to-end P&L processes for various asset classes (e.g., equities, fixed income, derivatives). - Identification of weaknesses, risks, and inefficiencies in data collection, processing, and reporting. - Design and conceptualization of optimized target processes for P&L calculation and attribution. - Development of functional specifications and business requirements for adapting or implementing IT systems (e.g., P&L engines, data warehouses). - Project management for the implementation of new processes and tools, including milestone planning, stakeholder management, and test coordination. - Development of control mechanisms to ensure data quality and consistency. - Creation of training materials and delivery of 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:** - Reduction of P&L generation time (cycle time): target >25% efficiency gain. - Decrease in manual corrective postings: target >50% reduction through process automation. - Data quality index: increase of the "first-time-right" rate in data acquisition to >99%. - Efficiency ratio (cost-to-income): demonstrable positive impact on lowering the ratio. - User adoption rate: acceptance of new processes/tools by the business >80% after 3 months. - Key challenges, risks or specifics:** - Heterogeneous system landscapes and inconsistent data sources (data silos). - High complexity of financial products and valuation models. - Resistance to process changes in business units (change management). - Ensuring compliance with regulatory requirements (e.g., IFRS 9, BCBS 239). - Time- and budget-critical implementation during ongoing operations. - Concrete deliverables (“Deliverables”):** - Milestone 1: Completed as-is analysis and process documentation. - Deliverable 1: Detailed analysis report including assessment of weaknesses. - 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 protocols, training materials, and project closure report.

Development and maintenance of backend services in a microservices architecture using Go (Golang) for a technology company. - Typical responsibilities: Designing and implementing RESTful APIs, connecting to databases (SQL/NoSQL), developing high-performance and scalable microservices, writing unit and integration tests, conducting code reviews, contributing to the architecture and design of the system landscape, deploying and operating services in a cloud environment. - Relevant technologies, tools or methods: Go (Golang), Docker, Kubernetes, AWS/GCP/Azure, PostgreSQL/MongoDB, gRPC, Git, CI/CD pipelines (e.g. with GitLab CI, Jenkins), Prometheus, Grafana. - Industry-specific KPIs or success metrics: API response times, system availability (uptime), error rate, scalability under load, code coverage by tests. - Key challenges, risks or specifics: Ensuring consistency in a distributed system, handling concurrency, performance optimization, managing dependencies between services. - Concrete examples of deliverables: Operational and documented microservices, API documentation (e.g. with Swagger/OpenAPI), established CI/CD pipelines, unit and integration tests, technical architecture diagram.

A company is looking for an expert in handling ECLASS for product classification. The goal of the project is to create a company-wide classification system for unambiguous description of products and services, similar to ECLASS. The expert will work closely with the specialist departments to capture company-specific requirements and terms. In addition, a central database structure for the classification system will be created, documented, and a training concept for company-wide application and integration will be developed. - Creation of a company-wide classification system for unambiguous description of products and services. - Coordination with specialist departments to capture company-specific requirements and terms. - Development of a central database structure for the classification system. - Documentation and creation of training concepts for company-wide application and integration.

To support the further development of an innovative low-code platform, a highly qualified Senior Frontend Engineer is sought. The platform enables customers to build complex business applications with minimal coding effort, while seamless integration into existing SAP system landscapes is mission-critical. - Typical responsibilities: Designing, architecting, and implementing sophisticated, reusable frontend components and modules with React & TypeScript. Ensuring high code quality through code reviews, unit tests, and end-to-end tests. Performance optimization of the platform for a smooth user experience. Close collaboration 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, reduction of reported frontend bugs by 25% per quarter, user adoption rate. - Key challenges: Finding the right balance between abstraction (low-code) and flexibility (specific customer 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 per user stories, expanded and documented component library (in Storybook), technical architecture documentation, sprint acceptance protocols. - Best practices: Applying clean code principles and design patterns (e.g. Atomic Design), establishing a comprehensive testing strategy, proactive communication within the team.

A company is seeking support for a project aimed at transparently mapping the overall ordering process in the Portals area. The goal is to combine relevant data sources from order to activation to enable a holistic view of the end-to-end process. This should facilitate the identification of process deviations and optimization potentials. Key project milestones include connecting the required data sources, building self-service reports, and implementing automated alerts for deviations in the process flow. The challenge lies in the technical and professional integration of heterogeneous systems and data flows to ensure consistent monitoring and control of the ordering process. - Analysis and documentation of requirements in the Omnichannel area using requirements management tools and structured collection methods - Professional and technical analysis of existing data sources and ETL processes using database tools - Recording and evaluation of existing interfaces between source and target systems based on technical documentation - Consulting on technical integration of defined data sources into the Celonis environment considering the tools used (Celonis EMS, Data Pool and Data Push API) - Creation of technical queries and representations for process visualization based on provided platform functions (Celonis PQL, Studio) - Use of system-side functions for visualization and analysis of existing business processes (via Celonis Process Explorer) - Professional consulting on technical interfaces, data provision and systemic requirements

A company in the decentralized ventilation systems sector is looking for an experienced Odoo CRM expert to implement and customize Odoo CRM and the Sales module. The goal is to map sales processes efficiently and train an internal team member so that she can independently work with the system in the future. - Setup and customization of Odoo CRM and Sales module - Development of efficient workflows (Lead → Quotation → Order) - User roles and permissions management - Configuration of custom fields, filters, and dashboards - Assistance with data import - Training of the internal project team member

For a client in the IT sector, an experienced IT architect with a focus on relational database management systems (RDBMS) is sought to take responsibility for the solution design of a new data-intensive application. - **Typical areas of responsibility:** - Analysis of existing system landscapes and gathering of functional and technical requirements for data storage. - Design and conception of a scalable, highly available, and secure RDBMS architecture (e.g., based on PostgreSQL, Oracle, or MS SQL Server). - Creation and optimization of data models (physical, logical) and definition of data flows. - Consulting of the development team in the implementation of database structures, stored procedures, and queries. - Planning and support of data migration strategies from legacy systems. - Definition of standards for backup, recovery, and disaster recovery scenarios. - **Relevant technologies, tools or methods:** - RDBMS: PostgreSQL, Oracle, MS SQL Server, MySQL/MariaDB - Cloud platforms: AWS RDS, Azure SQL, Google Cloud SQL - Modeling tools: ER/Studio, Sparx Enterprise Architect, draw.io - DevOps & IaC: Terraform, Ansible, Jenkins for database deployment automation - Monitoring: Prometheus, Grafana, specialized DB monitoring tools (e.g., pgAdmin, Oracle Enterprise Manager) - **Typical KPIs or success metrics:** - System availability and uptime (> 99.95%) - Response times of critical database queries (< 200ms) - Adherence to RTO/RPO targets (Recovery Time/Point Objective) - Scalability: performance under load simulation (e.g., 2x user growth) - Reduction of database operating costs through optimized design. - **Key challenges, risks or specifics:** - Ensuring data consistency and integrity in distributed systems. - Management of schema changes in production (zero-downtime deployment). - Balancing normalization and performance optimization (denormalization). - Securing sensitive data in accordance with GDPR and other compliance requirements. - **Concrete deliverables:** - Final architecture document (Solution Architecture Document) for the database solution. - Implemented and approved data model. - Proof-of-concept for critical non-functional requirements (e.g., high availability). - Migration plan and test protocols. - **Lessons learned / best practices:** - Early involvement of development and operations teams is essential. - Automated tests for database schema changes prevent regression errors. - Consider security-by-design from the outset, not as an add-on.

For an internationally active manufacturer of special machinery, an experienced PLC programmer is sought to implement demanding automation projects. The focus is on new programming and commissioning of control systems. - Typical areas of responsibility: Development, testing and documentation of PLC software for new systems using Siemens SIMATIC S7 (TIA Portal) and/or CODESYS V3. Creation and adaptation of HMI visualizations (e.g., with WinCC Unified, TwinCAT HMI). Commissioning of machines and systems at the customer site (including I/O checks, configuration of fieldbus systems such as Profinet/EtherCAT, functional tests). Systematic troubleshooting 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 circuit 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 various manufacturers. Working under time pressure during on-site commissioning. Ensuring functional machine safety (Safety PLC) according to standards (e.g., ISO 13849-1). - Deliverables: Operational, fully documented PLC programs, final HMI projects, signed commissioning and acceptance protocols, creation or supplementing of operating manuals. - Best practices: Structured programming according to standards (e.g., IEC 61131-3), modular and reusable software blocks, consistent version control of code (e.g., in Git).

A leading automotive supplier is seeking an experienced quality expert for the inspection of 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), in particular 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 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, as well as relevant VDA volumes. - KPIs/success metrics: First Pass Yield (FPY) > 98%, reduction of internal defect rate (PPM), zero-defect tolerance on safety-critical seams (escape rate = 0), on-time completion of test orders. - Special challenges: Evaluating complex seam geometries under time pressure. Clear interpretation of test results and distinguishing between permissible irregularities and critical defects. Enforcing quality standards against production. - Deliverables: Completed test protocols, detailed defect analyses and reports, updated work and test instructions, contributions to FMEAs (Failure Mode and Effects Analysis). - Best practices: Regular team coordination (shopfloor management), continuous improvement of test processes (CIP), raising awareness and training of production staff.