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 seeking an experienced engineering expert for sterile filling to support a challenging project in pharmaceutical production. The goal of the project is to optimize the efficiency and quality of filling processes and ensure compliance with all regulatory requirements. In this role, the expert will work closely with the internal team to develop technical solutions, analyze existing processes and implement improvements. Main Tasks: - Analysis and optimization of processes in sterile filling - Ensuring compliance with GMP and other regulatory requirements - Development and implementation of technical solutions for process improvement - Collaboration with interdisciplinary teams - Documentation and reporting of progress and results

A company is looking for a specialist site manager for electrical engineering as well as a specialist site manager for control engineering (Siemens T3000) for a demanding project. The aim of the project is the technical monitoring and control of the control system interfaces of the existing plant during the integration of the new plant, as well as ensuring quality and contract compliance during the construction and commissioning phase. The role requires intensive coordination and monitoring of interfaces with construction planning due to the size of the project. The site manager will work closely with control engineers, planners, experts and contractors to ensure the successful implementation of the project. Key responsibilities: - Technical monitoring of the control system interfaces of the existing plant during the integration of the new plant - Technical management of control engineers, planners, experts and contractors - Preparation of technical and project phase–dependent documentation - Participation in project meetings and negotiations - Technical management of quality assurance and quality control during the construction and commissioning phase - Consulting on control system commissioning - Technical coordination with design engineers on quality monitoring tasks - Monitoring contract compliance and conducting quality inspections - Participation in safety meetings and implementation of measures to address identified deficiencies

An EPC consultant is seeking an experienced Construction Manager (Mechanical) for the execution of a biogas plant. The goal of the project is the construction supervision and ensuring mechanical works are carried out in accordance with project requirements. In this role, you take responsibility for construction supervision and coordinate the mechanical works on site. You work closely with other project stakeholders to ensure compliance with schedules, quality standards and safety regulations. - Supervision of mechanical construction works at the biogas plant - Ensuring adherence to schedules and quality standards - Coordination of subcontractors and suppliers - Conducting regular site inspections and reporting - Assisting in resolving technical challenges on site - Compliance with safety regulations and environmental standards

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 for electrical commissioning issues on-site, navigating 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, ensuring clear communication with stakeholders. - 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.

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.

- Construction management for the installation of electrical systems in the context of a grid connection project - Ensuring compliance with budget, schedule and quality objectives as well as all relevant legal regulations - Reviewing technical documents such as construction plans, material lists and performance records - Coordination and communication with subcontractors, suppliers and project stakeholders - Interface management and ensuring a smooth project process

A company is looking for an experienced project manager with a civil engineering background for the power plant or energy industry. The aim of the project is to lead the planning, coordination and implementation of construction projects in the energy and power plant sector. The role requires close collaboration with interdisciplinary teams to ensure that projects are completed on time and within budget. It is explicitly stated that construction supervisors are not being sought. Main responsibilities: - Management and oversight of construction projects in the power plant or energy industry - Coordination between various disciplines and external partners - Ensuring compliance with safety and quality standards - Development and monitoring of project schedules and budgets - Identification and resolution of technical challenges - Reporting to stakeholders and management

A company is looking for an experienced MES consultant focusing on Hydra X from MPDV to support the expansion of the system to additional sites. The system is already rolled out at one site and is now to be further scaled. The role includes supporting the introduction of new functions or versions of the system, implementing system adjustments and optimizations based on production requirements, as well as accompanying the rollout. The consultant will work closely with internal teams and external service providers to ensure the rapid identification and resolution of issues in the MES system. - Support in the introduction of new functions or versions of the system - Implementation of system adjustments and optimizations based on production requirements - Assistance with the rollout to additional sites - Rapid identification and resolution of problems in the MES system

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

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

For a large pharmaceutical company, an IMP (Investigational Medicinal Product) Quality Manager is sought to ensure GMP compliance and quality of investigational products. **Typical responsibilities in this role:** - Review and approval of manufacturing and batch protocols (Batch Records) for drug substance and drug product. - Execution of final quality release of investigational products for use in clinical trials. - Review and approval of GMP-relevant documents such as SOPs, validation reports, deviations and change control requests. - Creation and maintenance of product-specific quality agreements with internal and external partners. - Support for production and QC departments on all GMP-related questions and quality issues. - Planning and conducting internal audits and support during regulatory inspections and external audits. - Management and oversight of CAPA (Corrective and Preventive Actions) measures for sustainable problem resolution. **Relevant technologies, tools or methods:** - Quality management systems (QMS): Veeva Vault QMS, MasterControl, TrackWise, SAP QM. - Document Management Systems (DMS): Veeva Vault, OpenText Documentum. - ERP systems: SAP S/4HANA (especially QM module). - Laboratory Information Management Systems (LIMS). - Manufacturing Execution Systems (MES). - Methods: risk analysis (FMEA), root cause analysis (5 Whys, Ishikawa), statistical process control (SPC). **Typical KPIs or success metrics:** - Batch Release Time: average time from production completion to final release (target: < X days). - Right-First-Time Rate: percentage of batches released without deviations or rework (target: > 95%). - CAPA Effectiveness: reduction in recurrence rate of deviations after CAPA implementation (target: > 80%). - Audit Performance: number of critical/major findings in internal and external audits (target: 0). - Deviation Closure Rate: percentage of deviations closed within the defined timeframe (target: > 90%). **Key challenges, risks or specifics:** - High complexity and variability due to the development of new molecules and processes in the clinical phase. - Strict adherence to constantly evolving GMP regulations (e.g. EU Annex 1 for sterile products). - Ensuring product quality and patient safety under high time pressure (time-to-market). - Managing interfaces between development, manufacturing, QC, and regulatory affairs. - Risk of supply chain interruptions for critical raw materials or services. - Ensuring data integrity in all quality-relevant systems. **Concrete deliverables:** - Released batches of investigational products. - Approved master batch records and SOPs. - Completed and assessed deviation and change reports. - Audit and inspection reports with tracked action plans. - Valid quality agreements with all relevant partners. - Regular quality reports for management.

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.

For a project in the power plant environment, a freelance specialist for the migration and adaptation of the ABB 800xA control system is urgently sought. - Typical tasks in this role:** - Implementation of programming and commissioning with the ABB 800xA process control system. - Migration of existing control system logic to the new system version, including adaptation of controllers and I/O modules. - Creation and adaptation of process displays, operator interfaces, and alarm management configurations. - Execution of system tests, error analysis, and performance optimizations to ensure plant availability and controllability. - Technical support for operations personnel during the commissioning and ramp-up phase. - Preparation and maintenance of technical documentation (functional diagrams, configuration descriptions, test protocols). - Close collaboration with the process engineering, electrical engineering departments, and the plant operator. - Relevant technologies, tools or methods:** - Control system: ABB Ability™ System 800xA (including AC 800M controller, Information Management, Batch Control). - Engineering tools: Control Builder M, Process Graphics Migration Tool, Bulk Data Manager. - Fieldbus systems: PROFIBUS, Foundation Fieldbus, Modbus. - Virtualization: VMware, Hyper-V for test and development environments. - Databases: SQL knowledge for analysis of historical data (e.g. 800xA History). - Knowledge of relevant standards for process and power plant technology (e.g. IEC 61508, IEC 61511). - Typical KPIs or success metrics:** - Migration speed: number of migrated system components/functions per week/month. - System availability: control system uptime after migration > 99.9%. - Commissioning error rate: number of critical software bugs after go-live < 5. - Test coverage: percentage of successfully executed and documented test cases > 95%. - Adherence to project schedule: completion of migration and commissioning by the defined deadline. - Operator acceptance: positive feedback from operations personnel on the new system environment. - Specific challenges, risks or peculiarities:** - Migration during live operation (“brownfield”) with minimal downtime. - Ensuring compatibility between old and new system components (hardware/software). - High complexity of process logic in power plants (e.g. boiler control, turbine regulation). - Risk of cybersecurity vulnerabilities in networked control systems (e.g. CVEs for 800xA). - Management of interfaces to third-party systems (e.g. MES, ERP). - Need for intensive and precise collaboration between control engineering, process engineering, and operations. - Concrete deliverables:** - Migrated and operational control logic on the target system. - Fully tested and customer-approved process displays and operator interfaces. - Acceptance protocols for Factory Acceptance Test (FAT) and Site Acceptance Test (SAT). - Updated technical plant documentation. - Final migration report with lessons learned. - Trained operations personnel.

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

A company is looking for an experienced Technical Project Manager in the field of district heating. The project objective is the planning and construction of district heating pipelines across all service phases of HOAI, as well as taking on complex project tasks. The Project Manager will play a key role in managing and coordinating projects, working closely with engineering firms, municipalities, authorities, and internal stakeholders. The role includes developing and optimizing planning options to maximize the efficiency and sustainability of projects. In addition, the Project Manager will continuously improve technical planning guidelines and processes, conduct technical-economic analyses, develop scenarios, and create concepts. Another focus is on budget planning for network investments in the heating sector, in close coordination with central controlling, as well as performing network calculations. - Planning and construction of district heating pipelines across all service phases of HOAI. - Management and coordination of projects in collaboration with engineering firms, municipalities, authorities, and internal stakeholders. - Development and optimization of planning options to increase efficiency and sustainability. - Support in improving technical planning guidelines and processes. - Conducting technical-economic analyses as well as developing scenarios and concepts. - Preparing budget planning for network investments in the heating sector. - Performing network calculations.

A company is looking for an experienced construction manager who specializes in pipe works. The goal of the project is to manage and supervise construction activities, particularly in the area of pipes with a diameter of DN2000. The construction manager will be responsible for planning, coordinating and carrying out pipe segment cutting operations. The position is entirely on-site in Düsseldorf. - Managing and supervising construction projects in the field of pipe works - Planning and execution of pipe segment cutting operations - Ensuring compliance with safety and quality standards - Coordination of teams and resources - Documentation and reporting on project progress

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.

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

To support projects in the energy infrastructure sector, a freelance electrical engineer with a focus on high and extra-high voltage is sought as a Primary Planner (m/f/d). The projects include grid connections of generation plants (particularly wind and solar farms) as well as the construction and modification of substations. - Typical areas of responsibility in this role:** - Development of primary technical concepts and layouts for air- and gas-insulated high and extra-high voltage switchgear (AIS/GIS) from 110 kV to 380 kV. - Design and sizing of primary equipment (circuit breakers, disconnectors, instrument transformers, transformers, etc.). - Creation of wiring diagrams, single-line overviews, 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. - Preparation of technical specifications and tender documents for primary technology. - Coordination with other disciplines such as secondary technology, structural engineering, and control systems. - Support during commissioning and acceptance of the installations. - Relevant technologies, tools or methods:** - Planning software: AutoCAD, Primtech, REVIT, EPLAN. - Calculation tools: PowerFactory (DIgSILENT), NEPLAN, or manufacturer-specific tools. - Standards & regulations: VDE-AR-N 4120 (High Voltage Application Rules), 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 necessary plan revisions after approval < 5%. - Schedule adherence: Compliance with planning milestones according to the overall project schedule. - Cost efficiency: Adherence to budget targets for the planned primary technology. - Technical compliance: Successful acceptance of the installation by the grid operator without primary technical objections. - Interface management: Seamless coordination, measured by the number of delays in other disciplines caused by planning errors. - Special challenges, risks or specifics:** - High complexity and safety requirements in the high and extra-high voltage domain. - Necessity of exact compliance with grid connection guidelines (TAR) of the respective grid operators. - Long lead times and price fluctuations for large primary components. - Coordination in confined spaces, especially during modifications to existing facilities. - Increasing requirements due to the integration of renewable energies (e.g., reactive power management, FRT behavior). - Ensuring physical safety and occupational health in planning. - Concrete deliverables:** - Approval-ready primary technical planning documents (layouts, elevations, sections). - Final wiring diagrams and single-line diagrams. - Technical calculation reports (e.g., short-circuit withstand capability, grounding). - Prepared bills of quantities and technical specifications for procurement. - Protocols of technical coordination meetings. - Revision documents and as-built documentation.