Process Engineer

Longbenton
1 month ago
Applications closed

Related Jobs

View all jobs

Process Engineer

Process Engineer

Process Engineer

Process Engineer

Process Engineer

Process Engineer

Process Engineer

£40-45k

Newcastle

We are seeking a dedicated Process Engineer to take ownership of all manufacturing processes within the production remit and drive continuous improvement initiatives. This includes achieving daily performance targets, managing capital investments, and supporting Industry 4.0 integration. The role also involves ensuring the upkeep, maintenance, and repair of manufacturing equipment to maintain high operational standards.

Key Responsibilities for the Process Engineer:

Identify and implement cost-saving opportunities through process improvements and plant modifications.
Monitor and maintain Surface Mount, Wave solder, AOI, ICT, and other production equipment, liaising with vendors as required.
Contribute to company-wide cost-saving projects and collaborate with cross-functional teams to enhance site performance.
Oversee subcontractor activities, ensuring compliance with Health & Safety standards.
Manage spare parts inventory for production machinery, particularly Surface Mount and Wave solder equipment.
Develop and maintain systems for daily machine maintenance checks.
Work closely with Supervisors and Production Managers on day-to-day operations.
Share knowledge and provide training to production operatives when needed.
Promote a culture of high standards, safety, and continuous improvement across the site. 

Key Attributes the Successful Process Engineer will have:

35 years experience in an electronics manufacturing environment.
Strong knowledge of Surface Mount processes (Screen Printing, Pick & Place, Reflow, AOI, ICT) and Wave soldering systems.
Solid understanding of mechanical and electrical systems; PLC programming desirable.
Familiarity with software integration, Industry 4.0, and data analysis.
Ability to manage budgets and control costs within remit.
Knowledge of Lean principles and continuous improvement frameworks.
Excellent communication, problem-solving skills, and ability to work under pressure.
Leadership capability to manage a small production team when required. 

Working Hours:

Full-time, 37.5 hours per week (MondayFriday, 08:0016:00) 

As a Process Engineer you will receive the following benefits:

25 days holiday plus bank holidays.
Pension scheme.
Employee assistance programme.
Life assurance cover.
Healthcare cash plan.
Holiday purchase scheme.
Enhanced maternity and paternity benefits. 

If you are interested in this Process Engineer role please click apply today or contact David at Orion Reading for more information.

Due to the volume of applications we receive, unfortunately we are not able to respond to every application personally, therefore, if you have not heard back from us within 5 working days please assume your application has been unsuccessful. To see our other available vacancies please visit our website

INDKA

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Semiconductor Jobs for Career Switchers in Their 30s, 40s & 50s (UK Reality Check)

Semiconductors sit behind almost everything: smartphones, EVs, medical devices, aerospace systems, telecoms networks, cloud data centres & the AI boom. In the UK, the semiconductor ecosystem spans chip design, IP, photonics, compound semiconductors, testing, packaging, equipment, supply chain & R&D. That breadth creates real opportunities for career switchers in their 30s, 40s & 50s, especially if you target roles where experience, process discipline & delivery skills matter as much as deep device physics. This article gives you a UK reality check: what semiconductor jobs actually look like, which roles are realistic for career switchers, what skills employers value, how long retraining tends to take & whether age is a barrier.

How to Write a Semiconductor Job Ad That Attracts the Right People

Semiconductors sit at the heart of modern technology. From consumer electronics and automotive systems to AI, defence, telecoms and advanced manufacturing, semiconductor professionals play a critical role in designing, fabricating and testing the components that power the global economy. Yet many employers struggle to attract the right candidates. Semiconductor job adverts often receive either very few applications or a high volume of unsuitable ones. Experienced engineers and scientists frequently ignore adverts that feel vague, generic or disconnected from the realities of semiconductor development and manufacturing. In most cases, the issue is not a shortage of talent — it is the clarity and quality of the job advert. Semiconductor professionals are detail-oriented, process-driven and highly selective. A poorly written job ad signals weak technical understanding and unclear expectations. A well-written one signals credibility, precision and long-term intent. This guide explains how to write a semiconductor job ad that attracts the right people, improves applicant quality and strengthens your employer brand.

Maths for Semiconductor Jobs: The Only Topics You Actually Need (& How to Learn Them)

If you are aiming for semiconductor jobs in the UK it is easy to assume you need a PhD level maths toolkit. In practice most roles do not. Whether you are targeting device engineering, process engineering, yield engineering, product engineering, test, reliability, RF, analogue, digital design, EDA, packaging or applications engineering, the maths you actually use clusters into a few workhorse areas. This guide strips it back to the topics that genuinely help you get hired & perform well on the job: Exponents, logs & “physics curves” (Arrhenius style behaviour, subthreshold, leakage) Calculus in plain English (rates, gradients, differential equations intuition) Device electrostatics & transport basics (Poisson equation intuition, drift & diffusion) Complex numbers for AC & RF (impedance, phasors, frequency response) Signals maths (Fourier intuition, bandwidth, noise density) Probability & statistics for manufacturing (SPC, DOE, yield models, reliability basics) Basic optimisation habits (fitting models, tuning trade-offs, making decisions with data) You will also get a 6 week plan, portfolio projects & a resources section you can follow without getting pulled into unnecessary theory.