Professional. Innovative. Reliable.

Where Design Meets Innovation

Working within lreland’s leading Industrial, Datacentre, Pharma, Food and Beverage,
and Power Generation sectors since 2018.
what we do

Our Services

Mechanical, Electrical & Control Design

Client Representation

Process Engineering
and ATEX Assessments

Building Information Modelling (BIM)

Front End
Studies

Peer
Reviews

Construction Support

Commissioning & Qualification (C&Q)

WHERE WE WORK

Sectors

Data Centres

Food & Beverage

Power Generation

WHERE WE WORK

About Us

Ampromech Consulting Ltd is an Irish Engineering Consultancy firm serving the Datacentre, Power Generation, Food & Beverage, Pharma and Medical Devices sectors.

Its directors, Fergus Cawley and Niall Flaherty, have combined over 50 years’ experience in the design and handover of large scale industrial, pharmaceutical, and power generation projects with many top tier clients.

The Ampromech philosophy is to utilise a strong core team who are client focused and who understand the realities of the current fast track project environment. The combined diverse experiences of the Ampromech team will offer innovation and value to the client.

Get in Touch

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Email
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ENGINEERING THE FUTURE

Latest From the Blog

In today’s world, data centres serve as the backbone of our digital infrastructure. As the demand for seamless connectivity, enhanced security, and increased computational power continues to grow, engineers are at the forefront of shaping the future of data centres.
Arc flash incidents pose severe risks to personnel and equipment in various industrial settings. Understanding and mitigating these risks through comprehensive Arc Flash Analysis is paramount for maintaining a safe and compliant workplace. This blog post examines details of arc flash hazards, the methodology of Arc Flash Analysis, and its significance in ensuring electrical safety.
Carrying out cable calculations is a fundamental task in the design process of any electrical installation project. These calculations determine the appropriate cable sizes based on load details, installation environments, and fault levels.