Would you like to be part of a dedicated team that builds software solutions for strength assessment of offshore and maritime structures?    
The Product Line Renewables and Ocean Structures (ROS) is seeking an offshore engineer, structural engineer or naval architect with passion for C++ development to join our Modelling and Analysis team. You will play a key role in the development of the DNV Sesam software system (https://www.dnv.com/sesam).  
DNV Sesam software is a global market leader in the maritime and oil & gas industries. With the world transforming towards renewable energy, Sesam is also becoming key for the design and operation of fixed and floating offshore wind turbine (OWT) structures. The high-performance computational workflows for the design of OWT structures involve GeniE, a desktop application for 3D CAE modelling, as well as our hydrodynamic and structural solvers and visualization tools. You may be involved in the challenging work of improving the efficiency and user experience in these workflows.  
Your primary responsibility will be to work as a C++ software developer for our product GeniE, which is part of Sesam. You will work in different parts of the GeniE product, such as finite element modelling, data exchange, topology and geometry modelling, and calculation algorithms. 
Modelling and Analysis is part of ROS, which is responsible for software development, software technology, architecture, testing, and operations of advanced engineering software like Sesam and  Bladed. The Product Centre consists of 60+ dedicated developers and engineers in multiple locations such as Oslo, Bristol, Shanghai, Pune and Gdynia. You will be part of a motivated team consisting of domain experts, professional software engineers, software testers, product managers and technical support engineers who pride themselves in delivering high-quality software. You will get the opportunity to solve hard and interesting problems.   
Main responsibilities:   
Development of GeniE, a desktop application for 3D CAE modelling and strength assessment of maritime and offshore structures  
Contribute to improving the topology modeller 
Contribute to improving data exchange capabilities 
Contribute to analysing and improving computational performance  
Contribute to improving the performance and user experience of engineering workflows