At a Glance
- Tasks: Join us as a Graduate Development Engineer, working on innovative heating technologies and product development.
- Company: Groupe Atlantic is a leading international organisation focused on sustainable heating solutions with a strong manufacturing culture.
- Benefits: Enjoy opportunities for continuous professional development and a collaborative work environment.
- Why this job: Be part of a team driving the future of low carbon technology and making a real impact.
- Qualifications: Degree in chemical or mechanical engineering; strong analytical skills and a passion for product development.
- Other info: Ideal for those eager to innovate and grow in a supportive, dynamic setting.
The predicted salary is between 28800 - 48000 £ per year.
Groupe Atlantic are a French family owned international organisation employing 8,000 people and boasting a turnover in excess of €2bn. They specialise in providing heating and ventilation products for both domestic and commercial markets. The UK & ROI Division has several market leading brands including the household name Ideal Heating who manufacture in excess of 400,000 boilers per year. Recent activity has seen a drive to support its increasing focus on new and sustainable heating technologies.
With the UK government's net carbon zero target of 2050, Groupe Atlantic have invested in decarbonising their product range with ongoing R&D into Hydrogen Fuelled Boilers and Heat Pumps, as well as ongoing work on Traditional Gas Boilers. The group has a strong manufacturing culture as well as a mind-set that focuses strategy on people. Today, Groupe Atlantic is made up of twelve strategic and complementary brands that create thermal comfort solutions in four areas: Heating, Hot water, Air conditioning & Ventilation. Headquartered in Hull, Groupe Atlantic’s UK business includes leading UK brands such as Ideal Heating, Ideal Commercial, Keston and Hamworthy.
The Graduate Development Engineer will be expected to:
- Maintain a sound theoretical approach to technology and demonstrate practical application of engineering knowledge in planning and specifying activities and problem solving.
- Promote innovation and advancement in technology.
- Participate in research, design, and development – specifically in the low carbon sector.
- Work with refrigeration circuits, responsible for environmental impacts and specification of thermodynamic loads.
- Research and develop wider system knowledge from in-field application of low carbon products.
- Complete activities in full, to time and within budget, meeting the requirements of the programme.
- Contribute to continuous improvement, ensuring ongoing review of technology, processes, and outcomes.
- Collaborate with third party expertise / contracts as required to meet NPI and CIP programmes.
- Be responsible for ongoing continuous professional development of own competencies and highlight skills and support for development of engineering competencies, to meet programme requirements and support effective and efficient resource deployment.
- Communicate information and knowledge to support effective decision making within specific project teams and the wider NPI structure.
- Develop and maintain constructive relationships with colleagues.
- Undertake supplier liaison against the requirements of the vendor management process.
- Build understanding of customers and markets and work with others to improve customer satisfaction.
Essential requirements include:
- Awareness of effective planning and implementation of design and development activity.
- Degree qualified in either chemical or mechanical engineering.
- A keen interest in developing a career in product development.
- Strong analytical and critical reasoning skills, and implementation of solutions.
- Team player with excellent communication and networking skills with strong drive and self-motivation.
- Structured report writing skills, data compilation and presentation skills.
- Knowledge of the principles of combustion in gas fired appliances.
- Knowledge of the principles of refrigeration cycles (preferably heat pumps).
- Ability to balance competing priorities and drive issues to completion.
- Awareness of markets and customers.
- Flexible and robust with a ‘can do’ attitude.
- Comfortable with decision making.
- Able to perform well whilst working under pressure and to strict deadlines.
- Logically minded with the ability to analyse and evaluate information quickly and accurately.
Graduate Development Engineer employer: Emmerson Kitney Engineering & Operations
Contact Detail:
Emmerson Kitney Engineering & Operations Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Graduate Development Engineer
✨Tip Number 1
Familiarise yourself with the latest trends in low carbon technologies, especially hydrogen fuelled boilers and heat pumps. This knowledge will not only help you stand out during interviews but also demonstrate your genuine interest in the field.
✨Tip Number 2
Network with professionals in the heating and ventilation industry, particularly those involved in product development. Attend relevant events or join online forums to connect with potential colleagues and gain insights into the company culture at Groupe Atlantic.
✨Tip Number 3
Prepare to discuss your practical engineering experiences, especially any projects related to thermodynamics or refrigeration cycles. Being able to articulate your hands-on experience will show that you can apply theoretical knowledge effectively.
✨Tip Number 4
Demonstrate your problem-solving skills by preparing examples of how you've tackled challenges in past projects. Highlighting your analytical abilities and structured approach will resonate well with the expectations for the Graduate Development Engineer role.
We think you need these skills to ace Graduate Development Engineer
Some tips for your application 🫡
Understand the Role: Before applying, make sure you fully understand the responsibilities and requirements of the Graduate Development Engineer position. Familiarise yourself with Groupe Atlantic's focus on low carbon technologies and their product range.
Tailor Your CV: Customise your CV to highlight relevant experience and skills that align with the job description. Emphasise your degree in chemical or mechanical engineering, as well as any projects or experiences related to product development and low carbon technologies.
Craft a Compelling Cover Letter: Write a cover letter that showcases your passion for engineering and innovation. Mention specific examples of your analytical skills, teamwork, and any relevant projects that demonstrate your ability to contribute to the role.
Highlight Continuous Learning: In your application, emphasise your commitment to continuous professional development. Discuss any additional training, certifications, or self-directed learning that supports your engineering competencies and aligns with the company's goals.
How to prepare for a job interview at Emmerson Kitney Engineering & Operations
✨Showcase Your Engineering Knowledge
Make sure to highlight your theoretical understanding of chemical or mechanical engineering during the interview. Be prepared to discuss how you've applied this knowledge in practical situations, especially in relation to low carbon technologies.
✨Demonstrate Your Problem-Solving Skills
Prepare examples of past experiences where you successfully identified and solved engineering problems. This could involve discussing specific projects or challenges you've faced, particularly those related to product development or environmental impacts.
✨Emphasise Team Collaboration
Groupe Atlantic values teamwork, so be ready to share instances where you've worked effectively within a team. Highlight your communication skills and how you've built constructive relationships with colleagues or external partners.
✨Express Your Passion for Innovation
Convey your enthusiasm for advancing technology and innovation in the heating and ventilation sector. Discuss any relevant projects or research you've been involved in, particularly those focused on sustainable solutions like hydrogen fuelled boilers or heat pumps.