Mechanical Engineer - R&D Heat Pumps & Ventilation

SoCode Limited; Haverhill; On-site; GBP 30,000 - 45,000; Full time

Job summary

A leading manufacturing company in Haverhill is seeking an R&D Engineer to innovate in ventilation and heat pump technologies. You will participate in the entire product cycle, from concept to production, ensuring compliance with safety and quality standards. Candidates should hold a relevant engineering degree and have at least 2 years of R&D experience. Strong design skills, particularly in 3D CAD (Autodesk Inventor), and knowledge of refrigeration or heat pump technologies are essential. This role offers opportunities to significantly influence future product designs.

Qualifications

• Degree (or equivalent) in a relevant engineering discipline.
• At least 2 years of R&D experience in a manufacturing environment.
• Proficient in product design and 3D CAD, ideally Autodesk Inventor.
• Knowledge and practical experience of refrigeration and heat pump technology.

Responsibilities

• Build understanding of the UK heat pump and ventilation market.
• Analyse competitor products for design insights.
• Contribute to product development cycles.
• Ensure projects meet timelines, budgets, and quality expectations.

Skills

Product design and 3D CAD skills (Autodesk Inventor)

Analytical mindset

Knowledge of refrigeration systems

Creative problem-solving

Strong organisational skills

Education

Degree in a relevant engineering discipline

Tools

PLM tools

Job description

A leading manufacturing company in Haverhill is seeking an R&D Engineer to innovate in ventilation and heat pump technologies. You will participate in the entire product cycle, from concept to production, ensuring compliance with safety and quality standards. Candidates should hold a relevant engineering degree and have at least 2 years of R&D experience. Strong design skills, particularly in 3D CAD (Autodesk Inventor), and knowledge of refrigeration or heat pump technologies are essential. This role offers opportunities to significantly influence future product designs.