Lead robotics and digital fabrication projects from planning to delivery, solving technical challenges and improving day-to-day robotics operations.

The Robotics Operator (IC3) is a highly skilled individual contributor responsible for leading the technical delivery of complex robotics and digital fabrication projects. The role requires advanced technical expertise, strong project ownership and the ability to work independently while collaborating effectively across multidisciplinary teams.

The Robotics Operator (IC3) takes end-to-end ownership of projects of varying complexity, proactively resolves technical challenges, mentors junior colleagues and drives continuous improvement across robotics operations. The role contributes to the successful delivery of projects by combining technical excellence with commercial awareness, innovation and strong stakeholder engagement.

Robotic System Operations

• Lead the operation, programming, optimisation and troubleshooting of robotic systems and digital fabrication equipment (including robotic arms, CNC machines, 3D printers and laser cutters).
• Ensure robotic operations consistently achieve safety, quality and performance standards.
• Develop and optimise robotic fabrication workflows to improve productivity, quality and efficiency.
• Support the implementation of new robotics technologies and fabrication techniques.

Maintenance and Continuous Improvement

• Plan and carry out preventative maintenance, calibration and software updates for robotic equipment.
• Analyse machine performance and implement measurable improvements to maximise utilisation and minimise downtime.
• Identify opportunities to improve fabrication processes, tooling and operational workflows.
• Maintain accurate machine records, maintenance schedules and production documentation.

Project Leadership

• Take end-to-end ownership of robotics work packages and projects of varying complexity with minimal supervision.
• Plan, prioritise and coordinate robotics activities to ensure projects are delivered safely, efficiently and on programme.
• Make well-reasoned technical decisions that balance quality, programme, budget and operational requirements.
• Proactively identify project risks, resolve issues early and implement effective solutions.

Department Goals

• Contribute to the planning and successful delivery of departmental objectives.
• Support research, innovation and continuous improvement initiatives within the Robotics Department.
• Identify opportunities to improve operational performance and contribute to business development activities where appropriate.

Problem Solving

• Analyse and facilitate the resolution of complex technical and operational challenges.
• Deliver practical, well-researched solutions that improve reliability, productivity and project outcomes.
• Drive continuous improvement by identifying and implementing process enhancements.

Collaboration and Technical Leadership

• Collaborate effectively with computational designers, architects, engineers, fabrication specialists, operations teams and project managers.
• Mentor junior Robotics Operators by sharing technical knowledge, best practice and lessons learned.
• Communicate technical decisions, project progress and risks clearly to internal and external stakeholders.
• Build and maintain strong working relationships across departments and project teams.

Client Interaction and Stakeholder Engagement

• Represent the Robotics Department professionally during client meetings, project reviews and technical discussions.
• Build strong relationships with clients, consultants and collaborators.
• Demonstrate effective communication, influencing and negotiation skills to support successful project delivery.

Record Keeping

• Maintain accurate project documentation, fabrication records, machine utilisation reports and technical procedures.
• Ensure lessons learned and process improvements are documented and shared across the department.

Safety and Compliance

• Champion safe working practices and ensure compliance with all health and safety procedures.
• Identify, assess and mitigate operational risks within the robotics workshop.
• Promote a safe, organised and efficient working environment.

General

• Follow and actively promote the MMFP Values and Ways of Working.
• Demonstrate integrity, accountability and professionalism in all aspects of work.
• Take ownership of personal development by continuously expanding technical knowledge and industry expertise.
• Support wider departmental and Group activities as required.
• Contribute to the achievement of MMFP's environmental, social and sustainability objectives.
• Carry out any other duties appropriate to the role as requested by management.

Must have

• Advanced proficiency in Rhino and Grasshopper, with a strong understanding of computational design and digital fabrication workflows.
• Extensive experience operating, programming, maintaining and troubleshooting robotic systems and automated fabrication equipment.
• Advanced knowledge of CAD/CAM workflows and digital fabrication processes.
• Demonstrated ability to take end-to-end ownership of robotics projects with minimal supervision.
• Strong analytical, technical problem-solving and decision-making skills.
• Ability to analyse and facilitate the resolution of complex technical challenges.
• Excellent planning, organisation and time management skills.
• Proven ability to coordinate project activities and consistently deliver against commitments.
• Strong communication and stakeholder management skills.
• Ability to communicate technical information clearly across multidisciplinary teams.
• Experience mentoring junior colleagues and sharing technical knowledge.
• Ability to identify, implement and measure continuous improvements.
• Demonstrates resilience, adaptability and accountability in a fast-paced project environment.
• Strong commercial awareness with an understanding of organisational objectives and project success metrics.
• Commitment to continuous professional development and staying current with emerging robotics technologies.

Nice to have

• Experience using ABB RobotStudio, HAL Robotics, COMPAS or equivalent robotic programming platforms.
• Experience with Python or other scripting languages used within robotic fabrication workflows.
• Experience delivering robotic fabrication projects within architecture, advanced manufacturing or research environments.
• Knowledge of robotic simulation, automation systems and workflow optimisation.
• Degree or professional qualification in Robotics, Mechanical Engineering, Manufacturing Engineering, Digital Fabrication, Architecture or a related discipline.

• Competitive salary with progression as the role develops
• Pension scheme
• Training and career development opportunities
• Friendly, inclusive studio culture
• Monthly team breakfast
• Performance-based annual bonus
• Enhanced family-friendly benefits

Please send your resume and cover letter to careers@fab.pub.