PhD Graduate: Fluids and Thermal Engineering
PhD Graduate: Fluids and Thermal Engineering

PhD Graduate: Fluids and Thermal Engineering

Full-Time 27500 - 32500 £ / year (est.) No home office possible
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At a Glance

  • Tasks: Join us as a Fluids and Thermal Engineer, tackling real-world engineering challenges daily.
  • Company: Frazer-Nash is a forward-thinking consultancy focused on innovative engineering solutions.
  • Benefits: Enjoy a competitive salary, flexible working, and a range of perks including private healthcare.
  • Why this job: Make an impact with diverse projects while developing your skills in a supportive team environment.
  • Qualifications: A PhD in Engineering or related field, with experience in Computational Fluid Dynamics is essential.
  • Other info: Flexible start dates available to help you balance work and completing your thesis.

The predicted salary is between 27500 - 32500 £ per year.

Salary range: £33,000 to £37,000 per annum plus £2,000 Joining Bonus

Location: Bristol or Manchester

Working Pattern: We operate a flexible hybrid working pattern at Frazer-Nash, with time split between the office, client sites and working from home.

Closing date is 30th June. We encourage early applications, as vacancies may close once we receive sufficient applications.

Frazer-Nash is a values-driven and forward-thinking engineering, systems and technology consultancy. We help organisations deliver innovative engineering and technology solutions to make lives safe, secure, sustainable and affordable, and we specialise in using advanced digital engineering as part of these solutions to help our clients address high-value technical challenges.

Valuing Your Doctorate: As a high-tech engineering consultancy, Frazer-Nash values the additional skills and experience that doctorate graduates bring to our business. For us the value you bring comes through a combination of specialist knowledge, a robust understanding of engineering fundamentals from undergraduate teaching, experience of presenting at conferences, and ability to engage with a range of stakeholders to solve complex problems. Within our Fluids, Physics and Systems Performance area, over 25% of your potential colleagues and line managers have completed PhDs, DPhils or EngD themselves, and are therefore readily equipped to help you make the most of your experience and skills and help you tailor your career development.

Flexible Approach to Starting Work: We also recognise that finishing your doctorate is a challenging time, often bringing challenges with funding, writing up and thinking about what next. Hence, should you wish to commence work before your thesis is fully complete, we are happy to discuss flexible ways of working to help you maintain a healthy work-life balance. This gives you the comfort of commencing a new career, financial stability and importantly the bandwidth to enable you to finish your write up.

What do we look for in a Fluids and Thermal Engineer? We are looking for people with a strong technical skillset and good communication skills, who are keen to find practical solutions to our client's engineering challenges in different contexts, such as:

  • Analysing and understanding fluid flow and heat transfer performance in different contexts, such as predicting detailed aspects of fluid flow and heat transfer (e.g. using hand calculations or Computational Fluid Dynamics, CFD) or understanding system flow performance.
  • Working effectively as part of a multi-disciplinary team to design new systems or understand challenges with existing plant, reducing risks and supporting successful project delivery.
  • Developing relationships with new and existing clients, understanding issues, tailoring our skills to develop solutions and helping them to operate safely and protect the environment.

What will working as a Fluids and Thermal Engineer be like? We empower and support our engineers to deliver a wide range of projects throughout their careers, including:

  • Variety: Typically, our people participate in several projects simultaneously, and so you can expect to enhance your skills through a diverse range of interesting and engaging work. Our projects are wide-ranging and can last from a few weeks to many years of sustained support.
  • Teamwork: Working as part of a supportive group, you'll be proactive in developing your skills, reaching out to colleagues for advice and support when needed, and freely sharing your experience with colleagues to support their development.
  • Developing capability: We are always looking to strengthen and diversify our capabilities and you will have opportunities to have an impact on our future skills and services.
  • Professional recognition: We value chartered engineer and fellow status, and we mentor and support our employees to achieve this.
  • Taking the lead: As you develop, we'll support you to manage all aspects of technical projects, including client communication, project delivery and other staff involved in the project.
  • Winning work: As you develop, we'll support you to develop new business by responding to enquiries and writing bids, and representing Frazer-Nash at client meetings, conferences and seminars.

Requirements: The successful applicant will meet the following minimum requirements:

  • You’ll enjoy using your solid understanding of practical thermofluid mechanics and specialist knowledge gained from a post-graduate degree/PhD/DPhil/EngD in Engineering, or a similar level of training.
  • You’ll have significant experience of using Computational Fluid Dynamics (CFD) to understand complex flow fields and heat transfer (for example Fluent, CFX, Star-CCM, openFOAM etc).
  • You’ll be able to use your communication skills to engage effectively with stakeholders internally and externally, both verbally (for example in presentations to conferences or industrial sponsors) and through crisp and focused academic writing (for example in papers).
  • You’ll have some experience of working with stakeholders/supervisors to plan work and agree time estimates.

The following would also be of interest, but are not essential:

  • Experience of using practical experimental work, in conjunction with modelling approaches, to understand fluid flow and heat transfer.
  • Experience of supporting design work (for example test rigs or equipment).

Due to the nature of the work that Frazer-Nash Consultancy undertake, candidates will be required to undergo pre-employment screening and must be able to satisfy clearance criteria for UK National Security Vetting.

BENEFITS: We provide our people with an excellent benefit and offering package that comprises:

  • Competitive salary with yearly reviews
  • 25 days holiday + the opportunity to buy 5 days.
  • A company that has its heart in the right place and a welcoming work culture.
  • Happy to talk flexible working
  • Enhanced parental benefits
  • Company pension scheme
  • Targeted professional development
  • Life assurance
  • Private healthcare membership
  • Bonus scheme linked into company performance
  • Paid membership fees to a professional institution
  • Support in attaining professional membership
  • Cycle to work scheme
  • Season rail ticket loan
  • And further optional benefits you can tailor to your personal requirements

PhD Graduate: Fluids and Thermal Engineering employer: Energy Job Search

Frazer-Nash is an exceptional employer, offering a dynamic and supportive work environment in either Bristol or Manchester, where PhD graduates can thrive. With a strong emphasis on professional development, flexible working patterns, and a culture that values innovation and collaboration, employees are empowered to tackle diverse engineering challenges while enjoying a healthy work-life balance. The company also provides competitive salaries, comprehensive benefits, and opportunities for meaningful contributions to impactful projects, making it an ideal choice for those seeking a rewarding career in Fluids and Thermal Engineering.
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Contact Detail:

Energy Job Search Recruiting Team

StudySmarter Expert Advice 🤫

We think this is how you could land PhD Graduate: Fluids and Thermal Engineering

✨Tip Number 1

Familiarise yourself with the latest advancements in fluid dynamics and thermal engineering. Being well-versed in current trends and technologies will not only boost your confidence but also impress potential employers during discussions.

✨Tip Number 2

Network with professionals in the field by attending relevant conferences or workshops. Engaging with industry experts can provide valuable insights and may even lead to job opportunities at Frazer-Nash or similar companies.

✨Tip Number 3

Prepare to discuss your experience with Computational Fluid Dynamics (CFD) tools in detail. Be ready to share specific projects where you applied these skills, as this will demonstrate your practical knowledge and problem-solving abilities.

✨Tip Number 4

Showcase your communication skills by practising how to explain complex technical concepts in simple terms. This is crucial for engaging with stakeholders and will highlight your ability to work effectively in a team environment.

We think you need these skills to ace PhD Graduate: Fluids and Thermal Engineering

Strong understanding of thermofluid mechanics
Proficiency in Computational Fluid Dynamics (CFD) software (e.g. Fluent, CFX, Star-CCM, openFOAM)
Analytical skills for fluid flow and heat transfer performance analysis
Effective communication skills for stakeholder engagement
Experience in academic writing and presentation skills
Ability to work collaboratively in a multi-disciplinary team
Project management skills for planning and estimating work
Problem-solving skills to develop practical engineering solutions
Experience with experimental work related to fluid dynamics
Understanding of design processes and supporting design work

Some tips for your application 🫡

Tailor Your CV: Make sure your CV highlights your relevant experience in fluids and thermal engineering. Emphasise your PhD research, any projects involving Computational Fluid Dynamics (CFD), and your ability to communicate complex ideas effectively.

Craft a Strong Cover Letter: In your cover letter, express your enthusiasm for the role at Frazer-Nash. Discuss how your skills align with their needs, particularly your technical expertise and experience in teamwork and client engagement.

Highlight Relevant Skills: Clearly outline your technical skills related to thermofluid mechanics and CFD. Mention any specific software you are proficient in, such as Fluent or openFOAM, and provide examples of how you've applied these skills in practical situations.

Showcase Communication Abilities: Since effective communication is key for this role, include examples of your experience presenting at conferences or writing academic papers. This will demonstrate your ability to engage with stakeholders and convey complex information clearly.

How to prepare for a job interview at Energy Job Search

✨Showcase Your Technical Skills

Make sure to highlight your understanding of thermofluid mechanics and your experience with Computational Fluid Dynamics (CFD). Be prepared to discuss specific projects where you've applied these skills, as this will demonstrate your technical expertise.

✨Communicate Effectively

Since the role requires strong communication skills, practice articulating your thoughts clearly. Prepare to explain complex concepts in a way that is accessible to non-experts, and be ready to share examples of how you've engaged with stakeholders in the past.

✨Demonstrate Teamwork Experience

Frazer-Nash values collaboration, so be ready to discuss your experiences working in multi-disciplinary teams. Share examples of how you contributed to team success and how you supported your colleagues in achieving project goals.

✨Prepare Questions for Your Interviewers

Show your interest in the company and the role by preparing thoughtful questions. Ask about the types of projects you might work on, the team dynamics, or opportunities for professional development. This not only shows your enthusiasm but also helps you assess if the company is the right fit for you.

PhD Graduate: Fluids and Thermal Engineering
Energy Job Search
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