Intern Materials Science

Responsibilities:

Support material selection for implantable medical devices, with emphasis on long-term interaction with brain tissue
Study and analyze the interface and behavior between brain tissue and electrode materials, including:
Surface chemistry
Coatings and surface modifications
Acute and long-term tissue response
Evaluate polymers and elastomers used in implants (e.g., polyurethane, parylene-C, polyimide)
Analyze hydrophobic material behavior in brain tissue and propose mitigation approaches
Evaluate surface treatments and post-processing, including:
Passivation
Electropolishing
Plating and thin-film coatings
Support post–laser welding processes, including:
Heat-affected zone mitigation
Oxide and residue removal
Surface recovery and defect risk reduction
Identify and assess chemical and process-related risks, including:
Laser welding and laser cutting
Electropolishing and plating
Cleaning and surface preparation processes
Support development and evaluation of cleaning processes to remove chemical residues
Assist in defining material tests, cleanliness criteria, and validation plans
Document findings and provide clear, actionable technical recommendations to the R&D team

Requirements:

Current M.Sc. student in Materials Science / Materials Engineering
Basic knowledge of:
Metals, polymers, and coatings
Surface chemistry and material interfaces
Strong interest in implantable or biomedical materials
Ability to analyze literature, experimental data, and material behavior
Good technical documentation skills

Send your CV to: [email protected]