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Location: Berkshire, UK

Principal HSE Engineer

Our client is a global EPC, with a reputation for delivering high quality, technically-advanced, reliable facilities and equipment on time, on budget and with a world-class safety record.

They are active in many industries and serve both as contractor and power equipment supplier to the Engineering & Construction, Power Products & Services, Environmental and Operation & Maintenance Management industries. And their reputation for safely delivering quality projects on time and on budget is well recognized in these industries. They have proven expertise in managing large, complex projects, coupled with a global reach and longstanding international presence, strong relationships with their clients and cutting-edge processes and technologies.

Committed to pushing the boundaries of technology, they provide solutions that create value to their customers and believe that workforce diversity is a key driver of the opportunities waiting for you here. The diversity of their people enables them to bring innovative solutions to our customers' challenges and creates an environment where our employees can grow and develop their careers.

Due to a high level of international expansion my client is now seeking, for their Reading Head Office an experienced HSE Principle Engineer.

Qualifications:

Candidates should be able to demonstrate experience in leading the safety discipline in a project environment and to have relevant experience in several of the duties defined below.

Applicants should have 8 years experience in the process industries, with at least 5 years in a project environment as a process safety engineer.

Duties:

The role of a Process Safety Engineer is paramount to the success of a project. They have key roles to play at all stages of a project. Typical requirements that have to be considered and the responsibilities that the role will entail are:

a) Risk Management Services
b) Safety Audits
c) Process Safety Reviews
d) HAZOP Studies
e) Consequence and Risk Assessment
f) Safety Cases
g) Fault Tree Analysis
h) Failure Mode and Effect Analysis
i) Training in Safety Techniques

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