part of our Information Technology team near Frankfurt am Main or at any of our industrial sites across Germany? Join us and take the lead as an intern on projects with a high level of autonomy or write your thesis on a topic

part of our Information Technology team near Frankfurt am Main or at any of our industrial sites across Germany? Join us and take the lead as an intern on projects with a high level of autonomy or write your thesis on a topic

lead as an intern on projects with a high level of autonomy or write your thesis on a topic that meets both your needs and P&G’s while interacting with multi-functional teams. P&G is the place where business, innovation and

lead as an intern on projects with a high level of autonomy or write your thesis on a topic that meets both your needs and P&G’s while interacting with multi-functional teams. P&G is the place where business, innovation and

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to

thesis work shall explore the feasibility of using acoustic metamaterials to shape the emission of sound beams and potentially to focus (potentially redirect) sound emissions on a to be inspected object and the capability to