Kick-off a challenging and rewarding Process & Engineering career with Procter & Gamble!

Our Engineers are responsible for inventing, developing, reapplying and delivering breakthrough processes and packing technologies that provide winning products for consumers around the world. Dealing with a multitude of current and future products, P&G Engineers have the technical curiosity and knowledge to develop new approaches to big challenges. Your work will require creativity, innovation, teamwork and leadership. You'll use cutting edge technologies with multi disciplinary and highly professional teams across the Company and work seamlessly with R&D and Manufacturing.

Typically you will start as an Engineer at one of our German Process & Engineering hubs in Euskirchen, Crailsheim and Kronberg.

Every role provides opportunities to lead technical programs and designs with a high level of autonomy.

In Process & Engineering you may have the opportunity to work in any of the following technical fields:

Process Engineers develop innovative process equipment solutions which deliver superior consumer driven product designs. Engineers in this field create transformation models and evaluate and design process equipment. Typically these are chemical engineering roles.

Technical Engineers develop innovative web processing equipment solutions which deliver world-class product designs. Engineers in this field use 3D digital modeling, throughput simulation tools, and mechatronics to invent new state of the art production systems. Typically these are mechanical and electrical engineering roles.

Project Engineers manage new product initiatives, capacity increases and cost saving initiatives. The Engineering manager is responsible to deliver these initiatives against cost, timing and technical requirements. Therefore he/she is managing a multifunctional team.

Packing Engineers develop innovative packaging equipment solutions which deliver superior consumer driven products and highly efficient production systems. Engineers in this field use 3D digital modeling, throughput simulation tools, and other tools.Typically these are mechanical and electrical engineering roles.

Control System Engineers develop innovative automation systems, control information networks, vision and robotic systems which deliver superior and highly efficient production systems. Engineers in this field leverage mechatronics and process dynamic simulation tools and also create industrial software solutions to enable efficient production. Typically these are electrical, mechanical or chemical engineering roles.

Modeling & Simulation Engineers develop virtual process equipment, machine equipment and product models to use for option analysis and optimization. Engineers in this field use tools such as Finite Element Analysis, Computational Fluid Dynamics, Kinematics and Dynamic Simulation. They lead multi disciplinary teams to evaluate and approve design prior to physical execution. Typically this role can be filled by any engineering discipline.

Cost Engineers create cost estimates from feasibility to final funding estimates to enable exacting management of our capital assets. They work in partnership with all other engineering disciplines to identify project options to maximize return on investment for new products and improvement projects. Engineers in this field use state of the art cost modeling tools. Typically this role can be filled by any engineering discipline.