Interim Management
Work experience: 50 years
Aerospace Industry: since 1965
Renewable Onshore: since 2000
Renewable Offshore: since 2005
COMPETENCES
Hans-Juergen Schnellrieder has developed a wide range of competences during his extensive work period. Originally as Electrical Technician he served later with Lufthansa as an analogue and digital Avionic Engineer and stopped his flying career as Airline Transport and Test Pilot. Later on, he was involved in the Airbus reset programs for the A380, A400M and the concept development of the A350, managing large engineering teams with multi trade competences.
Hans-Juergen has taken leading roles in developing the offshore wind industry within the German Offshore Stiftung. He was involved in the development of the “Offshore Code of Practice” which is the risk management guideline for the insurance industry. He was extensively involved in several projects to optimize acceptance of deliverable during the construction phase and developing state of the art OE&M concepts, infrastructure and methods.
He was in charge as Head of R&D and Engineering for the development of the STRABAG offshore projects (see below) with the focus on major cost reduction by standardizing and industrializing the power plant design. During this time, he headed extensive R&D projects focusing on life cycle reliability and OpEx controllability.
As Technical Risk Assessor he has profound experience in multi megawatt turbines such as RePower/Senvion M5, Darwind 5 MW, AREVA M5 and Offshore substation systems integration. As root cause analyst he moderated drive train (gearbox and generator) problems.
As management coach and mediator, Hans-Juergen is most effective in managing and developing teams which is the prerequisite for the effective reset of commercial and/or technical projects.
The following experience is based on a profound business development and technical knowledge in different industries. The foundation of these competences is set by corporate and product management methods established and successfully used by the aerospace industry.
| Extensive negotiation experience | Specification, tender and contract development as well as development of negotiation strategies for the purchasing of complex industrial investments. |
| Extensive experience in corporate management and team development | Corporate risk management (Technical, Business & Legal) Over 40 Years management experience. |
| Inquiry & Proposal Management | Extensive experience in inquiry assessments, resources & risk determination. Development of mitigation strategies and processes. |
| Compliance Management | Determination of compliance requirements, identification of critical key characteristics and compliance reviews and verification. |
| Extensive experience in Project Management, Project Controlling, Project Risk Management and Project Reset | Project development, resources & risk determination, controlling, reviewing and recovery of projects. |
| Profound knowledge in Product Life Cycle Management (PLM) | Product structure breakdown, life cycle risk determination, life cycle cost calculation, maintenance and service impacts determination. Effective support for development and design departments. |
| Extensive experiences in corporate and business development under the common “Management Systems” standards |
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- Managing complex projects and systems
- Managing and developing human resources
- Developing Power Plants as Systems Engineer and, System Architect
- Life Cycle impact assessments, Life Cycle Costs (OpEx)
- Risk Management & Mitigation techniques
- Contract development & negotiation
- Managing cost reduction programs
- Sponsors and Lenders Technical Advisor
- International accredited Lead Auditor
- Power 5M Talisman/Beatrice
- GlobalTech 1 – O&M, Automation Concept
- MEG1 – Advanced Quality Assurance, O&M, Automation Concept
- Albatros, OWP-West, GT2, GAIA 1-3, Seawind 3-4, Sea Strom 1-2
- Merkur (ex. MEG1) – development of employer’s requirements, methods & standards, project budgets
- Steel Offshore Substructure – Systems Engineering – Feasibility study covering industrial manufacturing, installation, operation, life cycle cost assessment and life expectation
- Super Concrete Offshore Substructure / Systems Engineering – Feasibility study covering industrial manufacturing, installation, operation, life cycle cost assessment and life expectation
/**LEER
- German (mother tongue)
- English
Both languages at a fluent level with advanced technical and business negotiation and instructing skills.
Due diligence | Technical, reliability and life cycle cost assessment of wind turbines and wind farms |
Product Life Cycle documentation | Development of a complete – industry standards oriented – life cycle documentation for multi megawatt wind turbines including international HSE requirements |
Product Life Cycle Cost analysis | Development of life cycle budgets for multi megawatt wind turbines |
Warranty Claim Management of Wind Turbines and Wind Farms | Reliability assessments and warranty claim assessment and reports to stand up in courts. |
Wind Turbines and Wind Farms Quality Assurance |
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Warranty Claim Management of Photovoltaic Systems | Reliability assessments and warranty claim assessment and “to stand up in courts” documentation. |
Photovoltaic Systems Quality Assurance |
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Photovoltaic Projects Development | System layout, performance assessment and commercial feasibility (Feasibility Studies) |
Head of R&D, Engineering of large Offshore Wind Power Plant |
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Optimized systems integration | Thorough systems definition, test definition and compliance management |
Managing cost reduction programs (CAPEX/OPEX) |
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Life cycle cost oriented design |
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Certification management including HSE (BSH) |
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Owners engineering. | Redesign to achieve a cost effective operation |
Profound knowledge and experience in applying Airbus procedures throughout the entire aircraft design and production.
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Profound knowledge and experience in all regulatory requirements. Early involvement in the transition of local regulation through the JAA requirements into the EASA requirements. Acting instructor to airline operations and maintenance organizations. Implementation of Quality Management Systems to the airline industry. | EASA Part 21 J/G (FAR-21 Certification Procedure for Products and Parts) |
EASA CS 25/34/36/APU/AWO/E/ETSO/P | |
EASA Part M/145 (FAR 145) | |
Human Factor Trainer | |
ISO 9001 Quality Management | |
Profound knowledge and experience as Director Quality & Risk Management as well as Auditor of AS/EN 9100/911 and 9120 systems. Instructor for regulatory (EASA/FAA) and IAQG requirements interfaces in depth. Use of advanced quality management, audit and review software to assure highly comprehensive assessment and audit records for the customers. Evaluation and assessment of subcontractors supply chain risks for the end products.
| AS/EN 9100 Aerospace - Quality management systems |
AS/EN 9110 Aerospace series - Quality Systems - Model for Quality Assurance Applicable to Maintenance Organizations | |
AS/EN 9120 Aerospace series - Quality Systems - Requirements for Stockist Distributors | |
AS/EN 9102 First article inspection | |
AS/EN 9130 Quality systems - Record retention | |
AS/EN 9131 Quality management systems - Nonconformance documentation | |
AS/EN 9134 Supply chain Risk Management Guideline | |
AS/EN 9103 Variation management of Key Characteristics | |
Experienced system analyst and designer for ATA compliant and compatible maintenance support systems. | ATA Spec i2200 Information Standards for Aviation Maintenance |
ATA 2000M material specifications | |
Analyst and Trainer of aerospace certification requirements on the basis of the MSG-3 and the ISC/MRB process. | ATA MSG-3 Operator/Manufacturer Scheduled Maintenance Development |
Instructor and assessor of faults, deficiencies to identify the root cause of a problem and to enhance and support the continuous improvement concepts. | Root Cause Analyst and Trainer |
Profound experience in software systems engineering provides a solid base for the audits of embedded software products. | ISO-IEC 26702 Systems engineering - Application and management of the systems engineering process |
DO-178B Software Considerations in Airborne Systems and Equipment Certification | |
Profound knowledge in these standards as a part of the AS/EN 9100 and EASA regulatory requirements. | OHSAS 18001/2 Occupational health and safety management systems |
ISO 14001 Environmental management systems |
Product Life Cycle Development | Product structure breakdown, modular design and embedded software structure by applying following standards and regulatory requirements.
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ERP System Development | Experience as leading architect for database and business process development including functional user interface
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Corporate IT Infrastructure | Leading consultant and architect to implement a complete integrated IT infrastructure supporting a medium sized engineering and design bureau including disaster recovery and security processes. |
Embedded Software Quality Assurance | Application of the following standards
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