Mechanical Engineer: Process Solutions & Skid Design

Alfa Laval Mid Europe GmbH; København; Hybrid; DKK 850,000 - 1,000,000; Full time

Benefits offered by this job

Hybrid work model

Career development

Continuous learning

Global exposure

Cross-cultural collaboration

Job summary

Alfa Laval Mid Europe GmbH in Søborg, Denmark, is seeking a Mechanical Engineer to design process solutions for water and energy projects, using P&ID, piping and 3D Inventor. You will work in European projects with cross-functional teams.

You will standardize piping designs, deliver skid solutions, ensure CE/ATEX compliance, and participate in agile project execution with MS DevOps. Travel approx. 20–25 days/year; hybrid work model.

Qualifications

• Degree in mechanical engineering is required.
• Solid skills in P&ID, piping and detailed engineering.
• Experience in standardizing piping and flange designs.

Responsibilities

• Use P&ID + mass balance to design process solutions in Inventor.
• Select standard components to match process needs.
• Perform 3D pipe routing and skid detailed engineering.
• Create fabrication docs and DFM with workshop.
• Lead FAT/SAT and review 3D/2D drawings for deviations.
• Ensure CE marking and Machinery Regulation compliance.
• Support agile project execution using MS DevOps.
• Travel 20–25 days per year for inspections/commissioning.

Skills

P&ID

Piping design

Detailed engineering

Autodesk Inventor

Piping standardization

CE marking & ATEX

ISO/ASME standards

English communication

Education

Degree in Mechanical Engineering

Tools

Autodesk Inventor

MS DevOps

Job description

Alfa Laval Mid Europe GmbH in Søborg, Denmark, is seeking a Mechanical Engineer to design process solutions for water and energy projects, using P&ID, piping and 3D Inventor. You will work in European projects with cross-functional teams.

You will standardize piping designs, deliver skid solutions, ensure CE/ATEX compliance, and participate in agile project execution with MS DevOps. Travel approx. 20–25 days/year; hybrid work model.