crutChworks

andrew crutchley

CHARTERED mechanical design engineer

Having worked in the engineering industry for over 20 years I have a broad range of experience across heavy engineering, mining and defence.

design AND ANALYSIS

Using Autodesk Inventor, I can quickly and effectively design equipment and systems then share designs to ensure they meet your requirements.

I have over 15 years experience using Finite Element Analysis (FEA) to assess my own designs and those of others. I utilise ANSYS Mechanical to evaluate mechanical systems and structures in a range of materials.

FEA is a simulation tool used to analyse the structural integrity and behavior of mechanical components and systems under various loading conditions. FEA is widely used to analyze stress, strain, fatigue, deformation, and other mechanical properties.

Using FEA and other analysis methods I can evaluate the strength, stability, and load-carrying capacity of mechanical structures and components. I can ensure they meet codes and standards such as AS3990, AS4100, AS1418 and AS4991.

I am experienced in the design of Operator Protective Structures such as ROPS for light and heavy vehicles and plant.

HOW I CAN HELP WITH YOUR PROJECT

Having engineering input through these stages of a project can save you time and money.

CONCEPTUALISATION:

If you have a concept or idea for a product that involves mechanical components or systems, it's beneficial to involve a mechanical engineer early on. They can provide insights into the feasibility of the design and help refine the concept to ensure it's practical and achievable.

DESIGN AND DEVELOPMENT:

During the design and development phase, a mechanical engineer can create detailed designs, perform calculations, and select appropriate materials and components for your project. They can also use CAD (Computer-Aided Design) software to create digital models of your product.

PROTOTYPING:

Once you have initial designs, prototyping is a crucial step in testing and refining your product. A mechanical engineer can work with prototype manufacturers to ensure that prototypes are built to specification and can provide feedback for improvements based on prototype testing.

TESTING AND VALIDATION:

Mechanical engineers can design and oversee testing procedures to validate the performance, durability, and safety of your product. They can analyse test results and make necessary adjustments to improve product performance.

MANUFACTURING AND PRODUCTION:

Mechanical engineers can assist in transitioning your product from the prototype stage to mass production. They can work with manufacturers to optimise manufacturing processes, select suppliers, and ensure that quality standards are met.

MAINTENANCE AND OPTIMIZATION:

Even after your product is launched, a mechanical engineer can be valuable for ongoing maintenance, troubleshooting, and optimisation. They can help address any issues that arise and identify opportunities for product improvement.

project management

A mechanical engineering project manager is responsible for overseeing mechanical engineering projects from inception to completion. Their role involves managing various aspects of the project, including planning, budgeting, scheduling, resource allocation, and ensuring that the project meets its objectives within the specified time frame and budget constraints. Here are some key responsibilities of a mechanical engineering project manager

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