FAQ

What does mentorship include? 

Mentorship focuses on helping you understand career paths in medical devices and digital health, identify roles aligned with your background, improve positioning, and develop a clear strategy for entering the industry.

Who is this mentorship for?

biology

bioinformatics

biomedical engineering

mechanical or electrical engineering

clinical research

public health

data science

healthcare fields transitioning into industry

What types of roles can you help with?

Common pathways include:

Clinical Research or Clinical Affairs

Product Development

Systems Engineering

Quality Engineering

Regulatory Affairs

Technical Applications

Digital Health

AI in Healthcare

Field Technical Roles

Do you guarantee job placement? 

Mentorship provides guidance, strategy, and industry insight, but job placement depends on multiple factors including experience, preparation, and market conditions. 

How many sessions do I need? 

Many mentees benefit from 3–5 sessions to build clarity and confidence. Some prefer occasional sessions for targeted guidance 

What happens in the first session? 

The introductory session focuses on understanding your background, identifying possible career directions, and highlighting key skills or experiences that can strengthen your profile.

Do I need an engineering degree to enter medical devices? 

Not always. Many roles value clinical, scientific, or analytical backgrounds, especially when combined with understanding of how medical technologies are developed and used.

Is this mentorship only for technical roles?

No. Medical device companies require a range of skills including clinical, technical, regulatory, analytical, and business-related expertise.

Is mentorship virtual? 

Yes, sessions are conducted virtually.

Can international students apply?

Yes. Guidance can include general industry structure and positioning considerations.

What makes this mentorship different? 

Guidance is based on direct experience in medical device product development, digital health innovation, and academic teaching in biomedical engineering, with a focus on practical and realistic career pathways.