Mechanical Engineering

Process equipment design

HEAD Engineering provides mechanical engineering and design for industrial process plants, process equipment, piping systems and plant structures. Our mechanical engineering scope covers reliable and efficient plant design while ensuring that all components meet operational, safety and regulatory requirements.

We design and prepare manufacturing documentation for process equipment, supported by strength calculations and operating-condition analysis. We also manage required certifications and documentation for equipment compliance, and develop selected equipment designs in-house.

Plant layout, piping and structural design

Our mechanical design scope includes plant layout and structural design, ensuring that equipment is arranged for safe operation, accessibility and efficient maintenance. We design and analyse piping supports, lifting devices, platforms and safety-related structures, and provide foundation data including loads, dimensions, anchor bolt layouts and drainage requirements.

Strength analysis and material selection

We perform strength analysis across all mechanical systems, including piping, tanks, platforms and supporting structures. Our work also covers material selection, risk analysis, CE documentation and coordination with manufacturers, ensuring a seamless transition from design to fabrication.

3D plant design and engineering documentation

Process plants typically include tanks, pumps, mixers, separators, heat exchangers, valves, instruments and piping systems. Head Engineering develops complete 3D models of the plant, enabling all stakeholders to visualise and review the design throughout the project.

From these models, we generate detailed 2D drawings, including layouts, sections and isometric drawings, supporting accurate manufacturing and installation.

Mechanical engineering capabilities

  • Process equipment design
  • Plant layout and structural design
  • Piping systems and piping supports
  • Strength calculations and operating-condition analysis
  • Material selection and risk analysis
  • 3D plant modelling
  • Manufacturing and installation drawings
  • CE and equipment compliance documentation