Applied engineering calculations supporting approval, fabrication and real-world performance.

Applied engineering calculations supporting approval, fabrication and real-world performance.

Integrated with design, fabrication and site execution—ensuring compliance, manufacturability, and project-specific certification.

Integrated with design, fabrication and site execution—ensuring compliance, manufacturability, and project-specific certification.

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Complete solutions.

Mechanical system design, structural steel systems, engineering calculations, CAD and manufacturing documentation, product and equipment development, and design optimisation.

Mechanical system design, structural steel systems, engineering calculations, CAD and manufacturing documentation, product and equipment development, and design optimisation.

Mechanical system design, structural steel systems, engineering calculations, CAD and manufacturing documentation, product and equipment development, and design optimisation.

End-to-end support.

Support spans concept definition, fabrication, and installation-ready documentation for seamless project execution.

Core Capabilities

Mechanical System Design: Concept development, subsystem definition, interfaces, support conditions, access zones, serviceability, transport, and installation considerations.

Design for Manufacture (DFM): Engineering decisions driven by fabrication logic, repeatability, assembly efficiency, tolerance control, and cost optimisation.

Finite Element Analysis (FEA): Simulation-driven validation, stress analysis, deflection, load paths, and verification of performance under real-world conditions. Large assembly modelling, fabrication drawings, manufacturing packages, and BoM. Modular systems include steel structures, prefabricated systems, connection logic, and scalable design strategies.

Australian Standards & Compliance

Engineering calculations are developed referencing both Australian regulatory frameworks and relevant standards: NCC 2022, AS/NZS 1170, AS 4100:2020, AS/NZS 4600:2018, AS/NZS 5131:2016, and AS/NZS 1554. Calculations are not isolated—they are integrated within engineering packages for consistent intent and real-world verification.

Compliance is tailored per project, determined by certification pathway and scope. All deliverables are aligned for approval, fabrication, and performance outcomes.

Project Delivery Approach

Lifecycle focus: from concept/feasibility to design validation, fabrication constraints, transport, and installation. Engineering that extends beyond the screen, into production and on-site reliability.

Design objectives: buildability, repeatability, structural performance, minimised installation issues, and robust team communication.

Modular builds

Modular builds

Steel frames

Steel frames

Custom equipment

Custom equipment

Assemblies

Assemblies

Expertise

Real-world focus

Real-world focus

Delivery

Fast, efficient

Fast, efficient

Integration

CAD + FEA

CAD + FEA

Start your project

Start your project

Engineering solutions for compliance, fabrication and site execution.

Engineering solutions for compliance, fabrication and site execution.

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Senger Engineering

Perth, Western Australia

ABN 12 345 678 901

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Services

Mechanical Engineering

Engineering Calculations

CAD & Documentation