Quality Inspector at Alternative Heat
Banbridge BT32 3QD, Northern Ireland / Tuaisceart Éireann, United Kingdom -
Full Time


Start Date

Immediate

Expiry Date

09 Sep, 25

Salary

0.0

Posted On

10 Jun, 25

Experience

3 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Good communication skills

Industry

Electrical/Electronic Manufacturing

Description

DESCRIPTION

Alternative Heat specialises in the design, supply, and installation of a wide range of Off-site Prefabricated solutions for the commercial M&E sectors throughout Ireland and UK. Through continuous investment within our teams, and our facilities, we have grown strongly over the years and established ourselves as a leader within the offsite pre-fabrication industry throughout Ireland and the UK.
Due to continued growth, we are looking to integrate a Quality Inspector to join our Team in our fabulous new Head Quarters based in Banbridge. This post is a permanent contract and offers an amazing opportunity for a candidate who wants to gain experience within a progressive and dynamic company.

Responsibilities

ABOUT THE ROLE

As the Quality Inspector, you will oversee the production process, ensuring that all fabricated mechanical and electrical (M&E) products meet required quality standards. You will conduct stage inspections and factory acceptance testing (FAT), escalating any quality issues to the Quality Control Manager while maintaining full traceability of all production items via the electronic quality system. Additionally, you may be required to present quality procedures and insights from past projects during manufacturing and assembly reviews.
Your role will include paint inspection, modular fit-outs, plantroom installations, torque record validation, audit support, and compilation of inspection reports, ensuring compliance with regulatory standards and client specifications. You will be responsible for inspecting, testing, measuring, and reporting on materials and products, ensuring that quality control processes are effectively implemented across all fabrication stages.

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