Installation Analysis Engineer NEW

Job description

Responsibilities

Project Preparation:

• Manage the overall installation analysis scope and contribute to elaboration of Design brief and design basis documents for installation/in-place analysis;
• Use of existing tools as well as develop new excel spreadsheets / scripts;
• Perform the in-place design analysis with Orcaflex, as per design brief and basis;
• Perform QA/QC of analysis carried out by others;
• Interface with the Project Teams, and more specifically with the Project Offshore Managers, Project Managers, Project Engineers and/or Offshore/field engineers to present the findings of the analysis and identify critical steps;
• Interface with package to contribute to scope of work of various items;
• Ensure design in accordance with:
  • Acknowledged industry Codes;
  • Client Specifications and Scopes of Work;
  • Standards and Design Guides (e.g. API, DNV,ISO);

Admin:

• Ensure that all project documentation is properly filled in company’s internal documentation management system;
• Adhering to all compliance and auditing requirements for the conduct of ethical and transparent operations including the compliance to all ASSO Group policies, guidelines and procedures;
• Complying with Health, Safety and Environmental policies and procedures and compliance with all audits and inspections;

QHSE:

• Adhering to all compliance and auditing requirements for the conduct of ethical and transparent operations including the compliance to all ASSO Group policies, guidelines and procedures;
• Complying with Health, Safety and Environmental policies and procedures and compliance with all audits and inspections;

Requirements

• Bachelor in Naval Architecture, Mechanical / Structural / Civil / Hydrodynamic engineering;
• Master’s degree or PhD will be a plus;
• Minimum 4 years related engineering experience in the offshore renewables, oil and gas industry or equivalent onto installation analysis is desired;
• Knowledge in FEM is required;
• Knowledge of industry Codes, Standards and Design Guides (e.g. API, DNV, ISO) is preferred;
• Understanding of Metocean conditions and process data is preferred;
• Knowledge in specialized dynamic analysis software (Orcaflex, AQWA) is preferred;
• Knowledge of AutoCAD is required;
• Proficient knowledge of Microsoft Office is required;
• Knowledge of programming language (e.g. Python) is preferred;
• Knowledge of additional design and CAE (Computer-Aided Engineering) software such as Inventor, Ansys, Solidworks, Rhino is preferred;