About The Position

Here at DNV, what we do matters. Whether it’s helping the Energy Industry transition to a more decarbonised and sustainable future or helping safeguard life, property and the environment, every day, what you do will make a difference. This is our shared purpose and one our people are proud to be part of. Our highly respected Risk Advisory department in the UK and Ireland, is primarily responsible for the delivery of consultancy-based safety, integrity and risk management services. We provide high quality advisory services to the onshore and offshore oil and gas sector (upstream, midstream and downstream) and increasingly, provide similar services to the evolving hydrogen, carbon dioxide and renewables sectors. Within this, our specialist integrity teams deliver a range of critical consultancy services such as failure investigation, fitness for service assessment, stress analysis of fixed and floating structures, life extension, risk-based inspection, asset health assessment, vibration assessment and risk management, to operators in support of their ongoing operations. We are also leading our industry in advising clients how to repurpose their existing assets for the transportation of hydrogen or carbon dioxide to support the energy transition and deliver the innovative solutions that our industry and planet needs. This multi-disciplinary approach, with materials and integrity engineers working alongside our other discipline experts drawn from safety, flow assurance and rotating equipment, is what makes what we do, unique. As a Graduate Structural Engineer within our growing Asset Integrity Section and Fixed and Floating Structures Team, you will join a diverse and experienced team of structural and mechanical engineers delivering high quality structural consultancy services to a wide range of clients. We have a strong track record of developing talented engineers into industry experts and welcome candidates who are keen to apply their technical background within the offshore and renewables sectors. Using your Structural, Civil or Mechanical Engineering degree, you'll contribute to the delivery of technical work and project activities, while also supporting and mentoring less experienced colleagues as you progress. Your technical foundation will support the delivery of structural analyses in line with international codes and standards, ensuring quality, timeliness, and cost efficiency. You will also have opportunities to gain exposure to project management and commercial activities, including supporting and leading technical proposal development: Our structured Graduate Programme, therefore, provides a fantastic start to your career, enhancing both your technical and professional skills, whilst supporting your journey towards chartership and becoming an expert in your field. There will also be opportunities for working across our other specialist Asset Integrity / Risk Advisory teams and wider DNV group, on a range of exciting, energy asset technology projects. You will have opportunities to travel to client sites across the UK to support on site data collection activities. You’ll be stretched but always supported, so don’t worry if the Energy industry or some of the terminology is unfamiliar to you, we’ll teach you all you need to know. Upon joining, you’ll receive a buddy to help you settle in, a mentor to enhance your technical knowledge, as well as ongoing on-the-job coaching and support from your colleagues. Primarily based at our office in Aberdeen, you’ll initially be in the office most days, helping you get fully immersed with your colleagues and the work you will be doing. Once you’re settled into the role and fully up to speed, we offer a more hybrid model of working—typically a 3/2 split between office and home—to give you the best balance of collaboration and autonomy. The role will also include some work at customer offices and sites in the UK and overseas, with offshore assignments a possibility, and will therefore require flexibility and a willingness to work on short to medium term assignments as required.

Requirements

  • Structural, Civil or Mechanical Engineering degree

Responsibilities

  • Linear and non-linear structural analyses
  • Detailed finite element analysis (FEA)
  • Fatigue and Fracture mechanics assessments
  • Risk based inspection (RBI) planning and management
  • General structural engineering assessments
  • Assessment of fixed jackets and topsides
  • Modelling, hydrodynamic and structural assessment of floating structures
  • Assessment of helideck structure
  • Blast analysis
  • Passive Fire Protection (PFP) optimisation studies
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