Graduate Mechanical Design Engineer - ATM Systems

NCR Atleos; Dundee; On-site; GBP 22,000 - 30,000; Full time

Job summary

NCR Atleos in Dundee invites a Graduate Mechanical Design Engineer to join a small team, contributing to the design and testing of self-service devices such as ATMs. You will learn quickly in a fast-paced mechanical design environment focused on electro/mechanical systems controlled by software.

The role offers exposure to media handling projects, supplier engagement and cross‑discipline collaboration, with opportunities to deliver robust, cost‑effective mechanisms through the full design cycle.

Qualifications

• Recent graduate in mechanical engineering or closely related field.
• Willingness to learn in a fast-paced mechanical design environment.
• Interest in electro/mechanical systems and software-controlled designs.

Responsibilities

• Support media handling projects from a mechanical perspective.
• Evaluate technologies and provide recommendations with backup analysis.
• Work on mechanical development activities, providing estimates and manufacturing options.
• Gain experience in the design of mechanisms, working with tooling suppliers and parts manufacture.
• Deliver cost-effective designs to specification and engineering standards.
• Supplier engagement and change management.
• Collaborate with engineers from different disciplines to enable system-wide integration.
• Hold design reviews, stress analysis, assembly tolerances, testing and problem correction CLCA.
• Release work products using the approved system with all relevant documentation required to implement.

Job description

NCR Atleos in Dundee invites a Graduate Mechanical Design Engineer to join a small team, contributing to the design and testing of self-service devices such as ATMs. You will learn quickly in a fast-paced mechanical design environment focused on electro/mechanical systems controlled by software.

The role offers exposure to media handling projects, supplier engagement and cross‑discipline collaboration, with opportunities to deliver robust, cost‑effective mechanisms through the full design cycle.