Senior or Principal Mechanical Design Engineer required to design gas storage civil container structures specifically steel and concrete cryogenic tanks.
Skills
Commercial experience on structural cryogenic tank engineering, analysis, design, construction sequence and methods.
Dynamics of structures and earthquake resistance design.
Degree, Masters or PhD in a relevant engineering discipline.
Design of steel structures Eurocodes, in particular EC3 and US equivalent.
Interfacing the design and construction of storage tanks and industrial plants.
Materials science.
RLG storage tanks and international design codes. API 620 , EN 14620
The ideal candidate will be a Registered Chartered Engineer in a relevant discipline.
Analysis software packages, e.g. STAAD, ANSYS and CAESAR II.
Responsibilities
Mechanical Steel Structure Cryogenic Tank Design
Analysis and design of steel cryogenic tanks for the storage of Refrigerated Liquified Gasses (RLG).
Support the business in projects, bids and RD activities
Deliver state of the art and cost effective project results.
Develop designs using in house and specialist software calculation tools such as FEA.
Evaluation of seismic and environmental reports.
Coordination with civil design team and other project disciplines.
Check, review, approval of calculations, specifications, procedures ITP???s and engineering drawings.
Assist with time estimations and scheduling for proposals.
Check and verify calculations and analysis performed by others.
Advise and assist with seismic design basis, SSI reports and interpretation of geotechnical requirements. ....Read more...
Senior or Principal Mechanical Design Engineer required to design gas storage civil container structures specifically steel and concrete cryogenic tanks.
Skills
Commercial experience on structural cryogenic tank engineering, analysis, design, construction sequence and methods.
Dynamics of structures and earthquake resistance design.
Degree, Masters or PhD in a relevant engineering discipline.
Design of steel structures Eurocodes, in particular EC3 and US equivalent.
Interfacing the design and construction of storage tanks and industrial plants.
Materials science.
RLG storage tanks and international design codes. API 620 , EN 14620
The ideal candidate will be a Registered Chartered Engineer in a relevant discipline.
Analysis software packages, e.g. STAAD, ANSYS and CAESAR II.
Responsibilities
Mechanical Steel Structure Cryogenic Tank Design
Analysis and design of steel cryogenic tanks for the storage of Refrigerated Liquified Gasses (RLG).
Support the business in projects, bids and RD activities
Deliver state of the art and cost effective project results.
Develop designs using in house and specialist software calculation tools such as FEA.
Evaluation of seismic and environmental reports.
Coordination with civil design team and other project disciplines.
Check, review, approval of calculations, specifications, procedures ITP???s and engineering drawings.
Assist with time estimations and scheduling for proposals.
Check and verify calculations and analysis performed by others.
Advise and assist with seismic design basis, SSI reports and interpretation of geotechnical requirements. ....Read more...
Produce accurate civil and structural drawings using industry-leading Computer Aided Design (CAD), Revit, and Building information Modelling (BIM) software.
Collaborate with engineers and project managers to support design processes.
Ensure all drawings meet project specifications and quality standards.
Balance on-the-job training with college coursework to build a strong technical foundation.
Training:
Training will be held at Leeds Beckett University.
College attendance will be one day per week on a day release basis.
Training Outcome:After completing a Degree Apprenticeship in Civil/Structural Engineering, there are several career progression routes you can take, depending on your interests and goals. Here’s a typical pathway:
1. Graduate Engineer/Junior Engineer (Post-Apprenticeship Role)
Once you complete your apprenticeship, you’ll likely move into a full-time role as a Graduate Civil Engineer or Graduate Structural Engineer within the company you trained with or at a new firm. You’ll be given more responsibility on projects, working under the guidance of senior engineers while gaining further practical experience.
2. Professional AccreditationDuring or after your apprenticeship, you can work towards professional accreditation with institutions like:
ICE (Institution of Civil Engineers).
IStructE (Institution of Structural Engineers).
Depending on the degree you earned and your work experience, you can achieve titles such as:
Incorporated Engineer (IEng).
Chartered Engineer (CEng) – This is a prestigious title that demonstrates a high level of skill and experience and can significantly advance your career.
3. SpecialisationAs you gain experience, you may choose to specialise in a particular area, such as:
Structural Design (bridges, high-rise buildings, stadiums).
Geotechnical Engineering (foundations, earthworks).
Transportation Engineering (roads, railways).
Water Resources Engineering (dams, flood defences).
Sustainability and Environmental Engineering.
Specialising can make you highly sought after in niche markets.
4. Senior Engineer/Project ManagerWith several years of experience, you could move into more senior roles such as:
Senior Civil/Structural Engineer.
Project Engineer.
Site Manager.
Project Manager.
In these roles, you’ll lead larger projects, manage teams, and be responsible for budgets, timelines, and client communications.
5. Further Qualifications and Leadership RolesYou might pursue postgraduate qualifications (like an MSc in a specialised field) or leadership/management courses (e.g., MBA) if you're interested in moving into executive positions.
Potential high-level roles include:
Principal Engineer.
Technical Director.
Engineering Consultant.
Operations Manager.
Director of Engineering/Partner in an Engineering Firm.
6. Alternative Pathways
Academia or Research: If you enjoy the academic side, you could move into teaching or research, possibly after further study.
Entrepreneurship: Start your own engineering consultancy or contracting firm.
International Opportunities: Civil/structural engineering skills are in demand worldwide, giving you opportunities to work on global projects.
Final ThoughtsYour career progression will depend on your interests, the industry sector you choose (public infrastructure, private construction, consultancy), and how proactive you are in seeking additional qualifications and responsibilities. Continuous professional development (CPD) is crucial in this field, ensuring you stay updated with the latest technologies, regulations, and best practices.Employer Description:JPG excels in providing the highest quality civil and structural engineering consultancy services. We work for clients UK wide and internationally, covering all the major development sectors and working on projects from site acquisition and appraisal through to construction completion.
Our dedicated team of engineers and technicians are skilled in all aspects of civil and structural design, combining creativity and environmental innovation with exacting compliance to industry regulation.Working Hours :Full-time position - 7.5 hours per day - 37.5 hours per week. Monday to Friday 08:30am-5:00pm with one hour's flexibility around the start and finishing times. One hour for lunch.Skills: Communication skills,IT skills,Attention to detail,Organisation skills,Problem solving skills,Number skills,Analytical skills,Logical,Team working,Initiative,Non judgemental,Patience,Desire to Learn....Read more...
