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About the Role

As a Piping and Layout Design Engineer, you will be responsible for creating and maintaining piping specifications and material classes, as well as efficient routing of pipelines. You will also create technical drawings and perform technical calculations, including pressure calculations for pipelines and determination of nozzle loads. In close cooperation with EPC contractors and other engineers, you will participate in the design and layout of plant layouts and modular plant concepts, working closely with interdisciplinary project teams. Your responsibilities also include selecting suitable materials according to technical specifications, supporting the review of executed work, and advising contractors on technical issues.

Responsibilities

Analyze and implement technical requirements and transfer 2D P&IDs and piping lists into 3D CAD models, including piping routing, creation of technical drawings, isometrics, and plant layouts.
Create and maintain piping specifications, material classes, pressure ratings, pipe wall thicknesses, connection specifications, and material class lists, considering international norms and standards.
Perform technical calculations and analyses, including hydraulic design, pressure loss and wall thickness calculations, piping flexibility analyses, and static and dynamic stress analyses according to relevant regulations like ASME B31.1, ASME B31.3, and EN 13480.
Verify permissible loads on nozzle connections of pumps and static equipment according to WRC-107 and coordinate with relevant departments regarding mechanical loads on plant components.
Design and specify pipe supports in collaboration with the Pipe Stress Engineer and review support positions and types based on approved stress analyses and technical drawings.
Create and maintain technical documentation, including piping lists, critical piping lists, material take-offs (MTOs), bills of materials (BOMs), data sheets for special piping components, material requirements (MRs), and technical bid comparisons (TBTs).
Participate in the development and review of P&IDs, package specifications, design and manufacturing specifications, and project schedules, budgets, and construction planning.
Evaluate customer-specific requirements, identify technical deviations, and develop suitable alternative solutions, participating in all project phases from feasibility studies and basic engineering through FEED and detail engineering to EPC and EPCM projects.
Review supplier drawings and coordinate/support inspection, testing, and acceptance activities for piping and plant components, including requirements for insulation, coating, pressure testing, and non-destructive testing (NDE).
Ensure compliance with relevant international norms, technical regulations, customer specifications, and internal quality standards.
Collaborate closely with internal departments, the Lead Engineer, customers, suppliers, EPC contractors, and other project stakeholders, participating in cross-functional project and coordination meetings.
Ensure the technical quality, completeness, and accuracy of work results and the timely completion of all assigned tasks.

Requirements

Completed Bachelor's or Master's degree in Mechanical Engineering or a comparable qualification.
Minimum of 5 years of professional experience in piping and plant planning (Piping & Layout Engineering), ideally in the oil and gas industry, refinery, petrochemical, or chemical plant construction, or comparable industries.
In-depth knowledge of international norms, regulations, and technical standards, particularly ASME B31.3, ASME B36.10, ASME B16.5, ASME B36.19, EN 13480, EN 1127, and ANSI/ASME standards.
Good user knowledge of AutoCAD, SolidWorks, and 3D design software such as SP3D or E3D.
Experience in the design and construction of steel and plastic piping systems and good mechanical understanding.
Knowledge of relevant process parameters such as pressure, temperature, flow rate, and level, as well as the corresponding measurement and control technology.
Strong technical understanding, good spatial visualization skills, and a meticulous, detail-oriented approach to work.
Very good command of German and English, both written and spoken.

Skills

Piping and Layout Engineering
3D CAD modeling
Technical drawing
Piping specifications
Material classes
Pressure calculations
Nozzle load determination
Plant layout design
Modular plant concepts
Material selection
Technical calculations
Hydraulic design
Pressure loss calculation
Wall thickness calculation
Piping flexibility analysis
Stress analysis (static and dynamic)
ASME B31.1
ASME B31.3
EN 13480
WRC-107
Pipe support design
Pipe Stress Engineer collaboration
Technical documentation
Material take-offs (MTOs)
Bills of materials (BOMs)
Data sheets
Material requirements (MRs)
Technical bid comparisons (TBTs)
P&ID development
Package specifications
Design specifications
Manufacturing specifications
Project scheduling
Budgeting
Construction planning
Customer requirement evaluation
Technical deviation identification
Alternative solution development
Feasibility studies
Basic engineering
FEED
Detail engineering
EPC
EPCM
Supplier drawing review
Inspection coordination
Testing coordination
Acceptance activity coordination
Insulation requirements
Coating requirements
Pressure testing
Non-destructive testing (NDE)
International norms and standards compliance
Technical regulations compliance
Customer specification compliance
Internal quality standards compliance
Interdepartmental collaboration
Customer collaboration
Supplier collaboration
EPC contractor collaboration
Project stakeholder coordination
Cross-functional project meetings
Coordination meetings
Technical quality assurance
Work result completeness
Work result accuracy
Timely task completion
AutoCAD
SolidWorks
SP3D
E3D
SOEC
Steam Methane Reforming (SMR)
Fuel cells
Clean fuels
Energy storage systems
Chemical synthesis
Ammonia
Methanol
CAESAR II
Swagelok piping systems
Material management software
Material and corrosion analysis
Pressure vessels
Pumps
Heat exchangers
Regulatory compliance
Zoning
Building regulations

Location

Linden (Hessen)
Berlin

Work Type

Onsite

Experience Level

Minimum 5 years

Education Level

Bachelor's degree
Master's degree
Mechanical Engineering
Comparable qualification

Benefits

30 days of vacation per year
Modern work environment
Collaboration in a dynamic and experienced team
Comprehensive onboarding
Targeted training and development opportunities

About the Company

ITM Power is a leading company in the green hydrogen industry, developing and manufacturing state-of-the-art PEM electrolysers that play a key role in global decarbonization.
With over two decades of scientific expertise, we have established ourselves as an industry leader in clean energy technology.
Our German locations serve as a central hub within the EU, housing teams for business development, engineering, procurement, and customer service to provide fast and efficient solutions to our customers.
ITM Power is in an exciting growth phase, focusing on efficient project implementation.
We are looking for motivated talent who share our passion for clean energy and want to actively contribute to the global energy transition.