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⚡ Source: ReedRéf: 57003222

Produce Design Engineer

SRG·County Durham·Publié il y a 1 mois
🏢 Sur site💰 27-35k CHF/an
Adapter mon CV à cette offre — Gratuit

Stellenbeschreibung

Texte original importé depuis Reed

Engineer 1 - Product Design
Sedgefield (NETPark) | On-site | £26,939 - £34,939

About the Role


CPI is seeking an Engineer 1 - Product Design to join our growing Product Design team, supporting the delivery of a range of high-impact, multi-million-pound engineering projects.


This is a hands-on design role where you will contribute to the full product development lifecycle, from early concept through to prototype and testing. You will work across a variety of programmes, ranging from smaller rapid development projects through to larger, structured programmes with defined verification and validation stages.
With increasing project demand and investment in new programmes, this role offers an excellent opportunity for an early-career engineer to make an immediate impact while developing their technical and professional capabilities.


What You'll Be Responsible For:


Product Design & Development

  • Convert customer requirements into detailed design specifications
  • Develop:
    • Concept designs and layouts
    • Mechanical components and assemblies
    • Bills of materials and technical drawings
  • Support prototype development and iterative design improvements


Project Delivery

  • Contribute to the delivery of assigned projects, which may include:
    • Multiple smaller development projects
    • Larger programmes involving structured design, testing, and validation
  • Plan, execute, and report on technical activities in line with project timelines

Engineering & Testing

  • Support experimental and pilot activities, including data analysis and reporting
  • Collaborate with multidisciplinary teams including engineering, procurement, and project management
  • Maintain accurate documentation of designs, decisions, and technical outputs


Tools & Techniques

  • Use CAD tools to develop mechanical designs
  • Apply engineering principles such as:
    • Requirements capture
    • User-centred design
    • Design for manufacture and assembly
  • Contribute to prototyping and rapid development activities



About You:


You are a motivated early-career engineer with a strong interest in product design and a desire to apply your skills in a fast-paced, project-driven environment.

You'll bring:

  • A degree (or equivalent) in Mechanical Engineering, Product Design, or similar
  • Industrial experience of product development, ideally within medical devices
  • Experience or exposure to CAD and design tools
  • A proactive mindset with strong problem-solving ability


Desirable (but not essential):

  • Product Development experience within medical devices, automotive, FMCG, oil & gas, or similar industries
  • Exposure to:
    • GD&T (Geometric Dimensioning & Tolerancing)
    • Prototyping or testing environments
    • Engineering design processes and lifecycle
  • Experience using rendering or industrial design tools (e.g. KeyShot or similar)

Candidates with 1-2 years of industry experience are particularly encouraged to apply, especially those looking to take the next step in their development.


Why Join CPI?

  • Work on a diverse range of projects - from rapid development to large-scale programmes
  • Opportunity to contribute to high-value, complex engineering projects
  • Strong learning and development environment with clear progression pathways
  • Collaborative, multidisciplinary team environment
  • Competitive salary (£26.9k - £34.9k)


Location & Working Pattern

  • Based fully on-site at NETPark, Sedgefield
  • Hands-on role requiring regular presence in labs and engineering spaces


The Opportunity
This is an excellent opportunity for a mechanically focused design engineer to step into a role where they can develop quickly, contribute meaningfully, and build experience across a wide range of product development projects.

Guidant, Carbon60, Lorien & SRG - The Impellam Group Portfolio are acting as an Employment Business in relation to this vacancy.

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Extrahierte Schlüsselkompetenzen

Unsere KI hat die Stelle analysiert, um die erwarteten Kompetenzen zu identifizieren.

Compétences indispensables
CAD mechanical designMechanical Engineering or Product Design degreeProduct development lifecycle experienceTechnical drawing productionBills of materials (BOM) creationRequirements capture
Atouts supplémentaires
GD&T (Geometric Dimensioning and Tolerancing)Medical device product developmentKeyShot or rendering softwarePrototyping and testing environment experienceAutomotive or oil & gas industry exposure
Soft Skills
Proactive mindsetProblem-solvingCollaborationAttention to detailAutonomyAdaptability
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Unsere Tipps für Ihre Bewerbung

5 recommandations générées par notre IA pour maximiser vos chances.

1

⭐ Highlight your CAD proficiency prominently in your Personal Statement and Skills section, as the advert lists it as a core requirement under 'Tools & Techniques'.

2

📊 Quantify your design experience: e.g. 'Developed 3 mechanical assemblies for a medical device prototype, reducing component count by 15% through DFMA principles'.

3

🎯 Tailor your CV to reference the full product development lifecycle explicitly — from concept through to prototype and testing — mirroring the language used in the 'What You'll Be Responsible For' section.

4

🌐 If you have any exposure to regulated industries such as medical devices, automotive, or oil & gas, call this out in a dedicated 'Industry Experience' section, as these are listed as desirable backgrounds.

5

🤝 Demonstrate cross-functional collaboration experience, referencing work with procurement, project management, or engineering teams, as the role explicitly involves multidisciplinary teamwork at CPI's NETPark facility.

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Bullets CV suggérés

3 bullets générés par notre IA pour cette offre, alignés sur ses mots-clés ATS.

Comment adapter votre CV

Ajoutez ces 3 bullets sous votre expérience la plus récente :

  • Developed CAD models and technical drawings for 4 mechanical assemblies across a regulated medical device programme, supporting prototype build and iterative design improvements within a 6-month development cycle.
  • Applied DFMA principles to redesign a 12-component mechanical sub-assembly, reducing part count by 20% and cutting estimated unit production cost by £340.
  • Produced bills of materials and requirements capture documentation for 3 concurrent rapid development projects, ensuring design outputs aligned with customer specifications and project timelines.

Copier est gratuit — adapter nécessite un upload CV (30s).

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Lettre IA

Votre lettre de motivation est prête

Nous avons rédigé une lettre pour SRG. Découvrez l'ouverture, puis débloquez la version complète personnalisée.

Aperçu — adapté à SRG

Dear Hiring Manager,

CPI's work at NETPark on multi-million-pound product development programmes is precisely the environment in which I want to grow as an engineer — which is why I am applying for the Engineer 1 - Product Design role. I bring hands-on CAD experience and a solid grounding in design for manufacture and assembly, alongside exposure to the full product development lifecycle from concept through to prototype and testing.

My background in mechanical engineering has equipped me with the skills to convert customer requirements into detailed design specifications, produce technical drawings, and develop bills of materials for complex assemblies. I have collaborated within multidisciplinary teams spanning engineering, procurement, and project management, and I am comfortable working across both rapid development projects and larger structured programmes with defined verification and validation stages.

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EXKLUSIV FÜR MITGLIEDER
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Wahrscheinliche Interviewfragen

10 questions générées à partir de cette offre.

Technische

  • Walk us through your CAD workflow when converting a customer requirement into a detailed mechanical design.
  • How have you applied Design for Manufacture and Assembly principles in a previous project, and what impact did it have?
  • Describe your experience with GD&T — how have you used tolerancing to ensure components meet design intent?
  • What steps do you take when developing a bill of materials for a new mechanical assembly?
  • How do you approach data analysis and reporting after a prototype testing phase?

Verhaltensbezogene

  • Tell me about a time you worked on a project with tight timelines — how did you prioritise your technical activities?
  • Describe a situation where you had to collaborate with a multidisciplinary team. What was your contribution and what challenges did you face?
  • Give an example of when your design did not perform as expected during testing. How did you respond and what did you learn?
  • Tell me about a time you had to balance multiple projects simultaneously. How did you manage your workload?
  • Describe a situation where you proactively identified a design improvement. What was the outcome?
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Exemples de réponses STAR

Réponses modèles avec la méthode Situation-Tâche-Action-Résultat. À adapter à votre vécu.

1Question

Give an example of when your design did not perform as expected during testing. How did you respond and what did you learn?

Situation: During a university capstone project, a bracket assembly I designed failed a load test at 60% of the target force. Task: I needed to identify the root cause and deliver a revised design within two weeks to meet the project deadline. Action: I reviewed the CAD model and identified that a fillet radius was undersized at a stress concentration point. I updated the geometry, re-ran a basic FEA simulation, and produced revised technical drawings for a second prototype. Result: The updated bracket passed the load test at 105% of the target force. I documented the failure analysis and design change rationale, which became part of the project's verification record and earned a distinction grade.
2Question

Tell me about a time you had to balance multiple projects simultaneously. How did you manage your workload?

Situation: During a placement year at a product design consultancy, I was assigned to three concurrent client projects — a consumer goods enclosure, an industrial bracket, and a medical device housing — all with overlapping deadlines. Task: I needed to deliver CAD outputs and updated bills of materials for all three within a four-week sprint. Action: I mapped each project's milestones on a shared Gantt chart, flagged a two-day conflict to my line manager early, and negotiated a 48-hour extension on the consumer goods deliverable. I batched similar CAD tasks across projects to reduce context-switching. Result: All three deliverables were submitted on time or ahead of schedule, and the medical device housing passed first-pass design review with no major comments.

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