As a global leader in home and building automation, SOMFY is dedicated to shaping smarter living environments and inspiring new ways of living for everyone.

A French, family-owned and independent group, we have been continuously growing since our founding. For more than 50 years, we have been the global leader in home automation and a pioneer in smart living solutions. Innovation drives our daily operations and ensures the excellence of our products and services.

We are present in 59 countries , supported by a global industrial and logistics network, and operate 17 R&D centers worldwide .

Deeply committed to the well-being of our approximately 6,000 employees , we invest in their long-term employability through internal mobility and skills development. We actively promote diversity and inclusion, supported by a strong corporate culture.

Job Description

1. Role overview

The Flow Methods & Process Engineer provides the technical resources, methods, process expertise, standards and documentation required to optimise operational flows and manufacturing processes across the production and logistics areas of the Felgueiras plant. The role defines, maintains and continuously improves manufacturing processes, process parameters, layouts, physical and information flows, work-in-progress, internal inventory, packaging and system configurations. It ensures process capability, data consistency and controlled change throughout the serial production lifecycle, supporting safe, efficient, reliable and scalable operations. Working closely with Production, Logistics, Industrialisation, Technical Data and Quality, the engineer drives process and flow improvement plans, supports product and process qualification, manages process changes and captures lessons learned.

2. Proposed mission

Define, control and continuously improve manufacturing processes and operational flows throughout the serial production lifecycle. The Flow Methods & Process Engineer designs and optimises process parameters, production and logistics layouts, physical and information flows, packaging, work-in-progress and internal inventory; manages process changes and productivity plans; supports qualification, capacity planning and equipment ramp-up; and ensures compliance with safety, quality, cost, delivery and Group standards.

3. Main responsibilities

Define, document, maintain and continuously improve manufacturing processes, operating methods, process parameters and associated standards throughout the serial production lifecycle.
Manage and optimise the implementation of logistics and production areas, including layouts, storage zones, line-side locations, equipment interfaces and material-handling routes.
Analyse and improve physical and information flows to reduce lead times, unnecessary movement, waiting, congestion, variability and operational risk.
Manage process changes arising from product, quality, equipment or operational requirements, assess their impact, and ensure controlled implementation and documentation.
Participate in product and process qualification, ensuring that process capability, flow, quality, safety, ergonomics and traceability requirements are met.
Maintain and optimise process parameters, routings, work instructions, cycle times, labour standards and related master data.
Configure or validate systems that support product and process flows, ensuring consistency between master data, routings, locations, packaging rules, process parameters and physical execution.
Manage process productivity plans, including cycle-time and labour-time improvement initiatives, and monitor the delivery of expected benefits.
Contribute to factory capacity planning by assessing process capability, cycle times, equipment utilisation, labour requirements, bottlenecks and flow constraints.
Define appropriate levels of work-in-progress and internal product inventory in line with just-in-time principles, process stability and operational constraints.
Design and improve packaging solutions in line with product, process, quality, ergonomic, transport and sustainability requirements.
Conduct process and flow studies, observations, time-and-motion analyses, capacity assessments, line balancing and simulations to support operational decisions.
Identify bottlenecks, process variation and root causes affecting safety, quality, cycle time, internal lead time, inventory, service, productivity or cost.
Lead or participate in structured problem-solving activities, including 8D and process FMEA, and ensure that corrective actions and lessons learned are captured.
Develop and manage process and flow improvement action plans with clear ownership, deadlines, indicators, risk controls and sustainable implementation.
Contribute to industrialisation, product transfer, layout changes, new equipment, production capacity and ramp-up projects by providing process and flow expertise.
Participate in product and process design reviews to ensure manufacturability and the early consideration of flow, handling, cycle time, packaging, storage, quality and data requirements.
Support the installation, commissioning, qualification and ramp-up of new or modified equipment and processes.
Develop visual management tools, standards and dashboards to support process control, performance monitoring and operational decision-making.
Ensure that implemented solutions comply with safety, quality, ergonomic, environmental, product and operational standards.
Support change management, training and adoption when new processes, flows, layouts, systems, standards or methods are introduced.
Maintain accurate technical documentation, including process descriptions, parameters, layouts, flow maps, routings, control requirements, work instructions and change records.
Work with Production and Logistics teams to test, validate and stabilise process and flow solutions under real operating conditions.
Coordinate with Industrialisation, Technical Data, Quality, Maintenance, Supply Chain, IT and other stakeholders to resolve cross-functional process and flow issues.
Benchmark methods, technologies and solutions, maintain professional expertise and share best practices across the Industrial Engineering community.

4. Performance indicators

Safety, quality, delivery and cost indicators related to manufacturing processes and operational flows.
Process capability and stability, and compliance with approved parameters and standards.
Cycle time, labour time, productivity, and equipment or line utilisation.
Internal product throughput time across the site, measured in hours.
Work-in-progress and internal inventory levels against defined targets and just-in-time principles.
Process-related defects, scrap, rework and recurring product or process issues.
Delivery of process productivity, capacity and continuous improvement plans.
Completion and effectiveness of process change and flow improvement action plans.
Space, layout and storage capacity utilisation.
Material flow productivity and the reduction of non-value-added movements.
Data accuracy and consistency across process documentation, systems and physical execution.
Sustained performance following qualification, ramp-up, or the implementation of process and flow changes.

5. Target recruitment profile

The ideal candidate is a structured, field-oriented industrial or process engineer who can translate product and operational requirements into capable manufacturing processes and practical flow solutions. The candidate combines process engineering fundamentals with direct shopfloor observation and understands production, equipment, quality and internal logistics constraints. They must be comfortable working with process parameters, qualification, cycle times, layouts, data, systems, work-in-progress, packaging, change control and improvement plans. Strong candidates demonstrate technical expertise in methods, analytical rigour, autonomy, team spirit and the ability to influence cross-functional stakeholders from diagnosis through implementation and stabilisation.

Qualifications

Essential requirements

Bachelor’s or Master’s degree in Industrial Engineering, Process Engineering, Manufacturing Engineering, Mechanical Engineering, Production Engineering or a related technical field.
Experience in manufacturing process engineering, industrial methods, production flows, internal logistics or continuous improvement within an industrial environment.
Ability to define, document, control and improve manufacturing processes, parameters, cycle times, routings and work instructions.
Experience in process qualification, process change management, and the ramp-up and stabilisation of new or modified processes.
Knowledge of process FMEA, structured problem-solving and corrective action methods such as 8D.
Ability to analyse and optimise production and logistics layouts, material flows, information flows, packaging and work-in-progress.
Knowledge of Lean Manufacturing and process improvement principles, including waste reduction, standard work, pull flow, just-in-time, visual management and line balancing.
Competence in process mapping, data analysis, root-cause analysis, capacity assessment and structured improvement planning.
Understanding of manufacturing performance indicators relating to safety, quality, cost, delivery, cycle time, labour time, capacity, lead time and inventory.
Ability to work with ERP, MES or WMS data and ensure alignment between process documentation, system parameters and physical operations.
Strong analytical and synthesis skills, with the ability to convert technical observations and data into sound decisions and recommendations.
Ability to manage priorities, assess risks and implement change with Production, Quality, Logistics and technical teams.
Intermediate proficiency in English; Portuguese is required for effective communication at the site.

Valued skills and experience

Experience in value-stream mapping, spaghetti diagrams, line balancing, capacity studies, Kanban, pull systems or supermarket design.
Practical knowledge of process capability, control plans, statistical process control, measurement systems or design of experiments.
Experience in product and process qualification, equipment commissioning, industrialisation or production ramp-up.
Knowledge of MTM or comparable time measurement and labour productivity methods.
Knowledge of SAP, MES, WMS or other industrial information systems that support manufacturing and product flows.
Experience with AutoCAD or comparable layout design tools, as well as data analysis or visualisation applications.
Knowledge of packaging engineering, ergonomics, material handling, and warehouse or line-side design.
Training in Lean Six Sigma, continuous improvement, project management or change management.
Ability to facilitate technical reviews, workshops and training, and to maintain process standards and knowledge.
Rigour, autonomy, curiosity, pragmatism, initiative and a strong field orientation.

6. Main interfaces

The role interacts regularly with Production, Logistics, Industrialisation, Technical Data, Quality, Supply Chain, Planning, Maintenance, HSE, IT, ERP/MES/WMS key users, R&D or Product Engineering, Procurement, Packaging stakeholders, equipment suppliers and external service providers . Close collaboration is required to ensure that manufacturing processes and flow solutions are capable, technically sound, supported by consistent data, properly qualified and successfully adopted in serial production.

Additional Information

What We Offer

The chance to be part of a high-impact global transformation journey.
International exposure through collaboration with diverse teams and stakeholders worldwide.
A supportive environment that fosters professional growth, knowledge sharing, and innovation.
Long-term career opportunities within a global leader committed to excellence and sustainable growth.

Important : Only applications submitted with an English CV through our secure system will be considered!

The protection of our candidates’ personal data is a commitment of Somfy Group. We therefore ask any candidate to submit their application to us exclusively via our secure system, and not by email or postal.

Flow Methods & Process Engineer

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