11/2017 ? On going Automotive ? Functional Safety Manager in Project ? 60% Berlin, Germany

The project was to support a distributed development of an item, particularly an element in the item with an ASIL B. The project required team leadership, project management, and technical expertise.

• Ø Prepare and guide the team to pass the Customer?s Functional safety assessment.
• Ø Develop the safety plan activities and define the team?s work products and targets including tailoring activities
• Ø Support / Develop the DIA for the various customers and suppliers.
• Ø Support the customer with ASIL Decomposition definition as per decomposition clauses in ISO 26262.
• Ø Support the team to develop and refine the item definition as a base work product for item life cycle.
• Ø Develop ISO 26262 work products Templates for the full life cycle of the company.
• Ø Ensure internal safety management processes comply with ISO 9001 and ISO 26262 requirements
• Ø Ensure safety management system and processes are implemented in the project and by the team.
• Ø Develop and consolidate the HARA Analysis for the item and support technical safety arguments and discussions with customers, and suppliers.
• Ø Develop Safety goals and functional safety requirements based on HARA analysis for the item
• Ø Develop the Functional Safety concept
• Ø Develop and testing and verification plan.
• Ø Support the development and definition of the test strategy, and the design of tests to meet requirements
• Ø Support and technical team to develop the Doors hierarchical structure as per ISO 26262 requirements.
• Ø Develop a template for the Safety analysis of the item
• Ø Facilitate and guide the development team to complete the FMEA Analysis as per the VDA Band 4 Requirements using Qsys Software
• Ø Develop Fault Trees for the item, and complete Common Cause failure analysis using Fault tree software
• Ø Complete FIT Rate calculations and based on completed tests data and industry standard data.
• Ø Develop and define a strategy to use the concept of ?Other Technologies? as per ISO 26262
• Ø Develop the Technical Safety Requirements Specifications and the Technical Safety concept.
• Ø Support the development of the System Design Specifications.
• Ø Develop the Hardware Safety Requirements Specifications and guide and support the development of Hardware design specification.
• Ø Support the team to define and develop Production FMEA, and define the control plan including all Special Characteristics for production.

03/2017 ? 5/2018 Automotive ? Functional Safety Engineer, 40%, Berlin, Germany

The project was simply to build the Functional Safety Concept on an ASIL D item, which included:

• Ø Completion of safety goals analysis
• Ø Development of Item definition in an IooC development
• Ø Develop the Functional Safety Requirements for the item, and its related systems
• Ø Develop Block diagrams, GSN diagrams, and cause and effect diagrams for the item, and its related subsystems
• Ø Complete HARA review with the customer
• Ø Develop a suitable FMEA methodology for the project based on item complexity and requirements using VISIO Templates
• Ø Support with Software Tool classifications and verification efforts.

01/2017 ? 06/2017 Energy Sector - HSE Manager, 70% Berlin, Germany

The project was to take a central role in the HSE department overviewing and Responsible for the safety in projects running in Berlin, Hamburg, Sweden, und the Netherlands.

• Ø Lead a team of HSE Managers in projects acting in various capacities and locations.
• Ø Develop a central Safety Management System as per ISO 9001
• Ø Develop and define a strategic approach to improve the safety culture in the organisation

01/2016 ? 09/2016 Automotive Industry ? Functional Safety Manager, 50% Berlin, Germany.

The project was to support a Tier 2 supplier to develop an ASIL C item following ISO 26262. This included:

• Ø Prepare and support the Functional safety assessment by the customer
• Ø Support the ASIL Decomposition efforts and prepare safety requirements as per decomposition clauses.
• Ø Develop ISO 26262 Templates based on existing ones and item life cycle work products and requirements.
• Ø Support the development of internal process to comply with ISO 26262 Safety Management requirements
• Ø Develop a methodology and templates to complete Software tool classification and verification.

10/2015 ? 01/2017 Energy Sector - Country HSE Manager, 80%, Berlin, Germany

The client was a small Energy company starting up in Germany, and the role was to develop the HSE organization, culture, processes, and tools, and support all safety related technical issues running in projects.

• Ø Development & Implementation of the HSE Management System
• Ø Development of the HSE Due Diligence process during Mergers & Acquisitions
• Ø Management of the Asset and team Integration Process
• Ø Development of the Emergency Response Plan as per German Legal requirements

08/2014 ? 05/2015 Automotive Industry ? Functional Safety Manager, 50% Remote, Germany.

The project was to support a Tier 2 supplier to develop their internal processes to be in line with ISO 9001 and ISO 26262. This included:

• Ø Prepare and support the Functional safety assessment for an ASIL B item
• Ø Support an ASIL Decomposition project and prepare safety requirements as per decomposition clauses.
• Ø Develop and create ISO 26262 Templates for the full life cycle work products.
• Ø Support the development of internal process to comply with ISO 26262 Safety Management requirements.

05/2014 ? 11/2014 Oil & Gas industry - Technical Safety Advisor, Stavanger, NO

The Project was a high pressure high temperature remote pipeline connection and included all technical safety tasks from Risk Assessments to Managing the risk and hazard log.

• Ø Develop Technical / Functional Safety Requirements on the HP/HT Beta field Project

01/2014 ? 06/ 2014 Transportation Industry ? RAMS Specialist ? 50 % Remote, Germany

The Contract to support in the completion of a risk analysis or Phase 3 as per IEC 62278 or EN 50126, 50128, 50129 ? on system development. This included the following tasks:

• Ø Identify all reasonably foreseeable hazards associated with a defined system in a defined environment
• Ø Identify root causes that could lead to the hazard and a release of the hazard potential and their frequency
• Ø Identify event severity and rate consequences accordingly
• Ø Complete Risk evaluation and assessment for each hazard in the system
• Ø Develop and maintain the Hazard Log

Support the verification activities for this phase including adequacy of information, acceptability of the risk, adequacy of the methods used, and the personnel involved.