We provide mechanical engineering design services that support safe, efficient, and reliable system performance across industrial, infrastructure, and specialized applications. Our designs are developed to meet functional requirements while aligning with applicable codes, standards, and operational constraints.
Our approach integrates engineering analysis, system functionality, and constructability considerations to develop practical mechanical solutions that perform reliably throughout their service life. We support projects from concept and detailed design through evaluation of operating conditions and integration with structural and foundation systems.
Engineering evaluations consider load effects, motion, tolerances, fatigue, wear, and interaction with adjacent systems, ensuring mechanical components and assemblies are appropriately designed for both service and extreme conditions. Where required, we also assist with alignment to regulatory and certification requirements.
Our experience supports mechanical design for equipment systems, lifting and handling applications, industrial machinery, offshore and marine assets, and heavy-duty infrastructure, delivering solutions that balance performance, durability, and operational efficiency.
Our key deliverables include:
Beyond design and analysis, our firm provides advisory and management services for
Mechanical Engineering Consulting
Offering expert advice and customized solutions for a wide range of design, development, and manufacturing challenges.
Project Management
Overseeing projects from start to finish, ensuring they stay on schedule and within budget.
Technical Studies and Planning
Conducting feasibility studies and providing technical planning to support project goals.
This foundational area of mechanical design focuses on creating and refining product ideas.
Conceptualization and Ideation
Generating innovative ideas and translating client requirements into feasible design solutions.
Product Design and Development
Optimizing product designs to speed up the development process, reduce time-to-market, and improve market position.
Reverse Engineering
Analyzing an existing product’s structure, function, and operation to create an improved design.
Value Engineering
Optimizing designs to enhance product value by improving function and reducing costs.
Advanced analysis and simulation tools are used to test, validate, and optimize designs before physical prototyping.
Finite Element Analysis (FEA)
Assessing the structural integrity, thermal behaviour, and other critical factors of a design.
Stress Analysis
Evaluating how a product responds to and supports various forces and stresses.
Simulation and Virtual Testing
Creating virtual prototypes to test and analyse performance, durability, and other characteristics.
Thermal, Vibration, and Fatigue Analysis
Analysing the effects of heat, movement, and repeated loading on mechanical components.
We provide specialized design services tailored to the unique requirements of your industry and application.
Machine and Tool Design
Designing machinery, tools, fixtures, and other manufacturing equipment. This also includes the design of jigs and holding devices.
Piping Design
Creating designs for piping systems, including material selection, sizing, and layout for industrial plants and facilities.
Sheet Metal Product Design
Specializing in the design of products made from sheet metal.
Computer-Aided Design (CAD) is fundamental to modern mechanical engineering, enabling the creation of precise and detailed technical documentation.
2D and 3D CAD Modeling
Creating detailed 2D technical drawings and 3D wireframe representations of objects and systems.
CAD Conversion
Converting legacy formats like paper drawings, PDFs, or raster images into editable and scalable CAD files.
Drafting Services
Producing a variety of technical drawings, including assembly drawings, fabrication drawings, and architectural plans.
These services bridge the gap between the design phase and full-scale production.
Design for Manufacturing (DFM) and Assembly (DFA)
Optimizing designs to make them easier and more cost-effective to manufacture and assemble.
Prototyping and Testing
Developing physical prototypes to validate and test the performance of mechanical components before mass production.
Manufacturing Support
Providing assistance and documentation to ensure a smooth transition from design to manufacturing.
