We’re excited to be looking for an experienced Robotics Solutions Development Engineer to join our Global Flexible Automation team. In this role, you’ll focus on developing the design of complex systems that integrate hardware and software, creating detailed design specifications and layouts for highly automated systems. You’ll also work cross-functionally with internal and external customers around the world to understand their challenges and thoughtfully recommend robotic or automated solutions that address their needs.

This role specializes in both proven and emerging robotic solutions within the warehouse environment, offering broad exposure to industry-leading technologies that have the potential to revolutionize Dematic’s portfolio. With the continuous evolution of automation technology and the diverse range of customer applications, this position offers a highly dynamic and engaging opportunity.

If you’re a driven, experienced Robotics Engineer who thrives in a dynamic environment, brings strong problem-solving skills, a collaborative mindset, and a solution-oriented approach – we’d love to hear from you.

What we offer:

• Career Development
• Competitive Compensation And Benefits
• Pay Transparency
• Global Opportunities

Learn More Here: https://www.dematic.com/en-gb/about/careers/

About Dematic

Dematic is a global leader in intelligent intralogistics and material handling solutions. With a rich history of innovation and a commitment to excellence, we provide cutting-edge technology and expertise to optimize our clients' supply chains. We offer an inclusive and collaborative work environment where employees can thrive and make a meaningful impact.

Tasks and Qualifications:

What will you do in this role?

• Gather customer data and analyse / understand how the data drives the robotics and automation solution.
• Create specific layout designs for the robotics solutions, while integrating those within the larger automation system design.
• Work with external suppliers when needed, to develop robotic system designs and commercial estimates.
• Act as trusted robotics advisor for both internal (i.e. Sales, Execution Engineering, Product Management) and external customers.
• Lead highly complex technical discussions.
• Transfer knowledge for processes and application of products to system design.
• Display a high level of critical thinking in bringing successful resolution to high-impact, complex, and / or cross-functional problems.
• Solve complex design and software problems and create effective and cost-efficient robotic / automated solutions.
• Effectively manage and contribute to multiple projects across different time zones.
• Travel globally up to 15% to support the role.

What are we looking for?

• Educated to degree level in Robotics, Mechanical / Electrical Engineering, Mechatronics, Computer Science, or a related field. Equivalent professional experience may be substituted.
• 3–5 years of experience designing and estimating automation systems in logistics or material handling industry, with a required background in robotics.
• Proven experience in robotic automation systems, with an understanding of how they function and interact with peripheral components. Experience with Fanuc, Yaskawa, ABB, KUKA robots, or AMRs is highly preferred.
• Strong knowledge of engineering and mathematical analysis.
• Proven experience using an engineering designing tool for automation systems (CET Designer, AutoCAD, SolidWorks, NX, Inventor, etc.).
• Proven experience with business or financial metrics such as ROI, cost, price, CapEx, OpEx, with the ability to drive projects and designs to meet specific metrics based on customer needs and design considerations.
• Strong communication skills, a collaborative approach across diverse cultures, and a proven team player mindset.
• Proactive in continuous learning and consistently seeking improvements to drive better outcomes.

Bonus Points for:

• Ability to perform robotic simulations to validate system design and performance.
• Experience analysing order data, creating material flow and operational flow diagrams.
• Experience with upper-level software systems, such as WMS, WCS, WES, and how they interact with an equipment controls layer.
• Experience with 2D and 3D vision systems, or AI.
• Experience with automation simulation tools. Examples, Visual Components, Roboguide, Robot Studio, or MotoSim, etc.
• Certification in handling of robotic systems.
• Certification in AI theories for automation systems.