Webinar – Career Paths: from ESB to the Job Market

The webiner will feature :
- Hugo Choupina – ESB Alumni , Master’s in Biomedical Engineering, currently working as Co-Team Leader and Manager at KPMG.
- Marta Duarte - ESB Alumni , , Master’s in Biomedical Engineering, currently working in research and a PhD student at CBQF/ESB.
 
April 27 | from 6:00 pm to 7:00 pm | Online, via Teams

The goal is to share knowledge about the challenges faced when entering the job market as a recent graduate or master’s degree holder. What challenges can I expect? How can I overcome them? How can I stand out in an increasingly competitive job market?

The webinar is part of the course Personal Skills Development in a Professional Context. The Faculty of Biotechnology organizes this webinar within the series Career Paths: from ESB to the Job Market.

The event will be moderated by Daniel Sousa, from the Career Management Unit of the Faculty of Biotechnology.

Participation is free but requires registration.

Register here
 

Hugo Choupina is a driver of innovation. An experienced problem-solver with a global strategic vision and a disruptive mindset. Focused on maximizing productivity and efficiency at work. Holding a dual Master’s degree in Business Economics (2015) and Biomedical Engineering from ESB (2012), Hugo is an Associate Researcher at INESC TEC since 2013.

Hugo currently holds the following roles:

• R&D and European Innovation Funding Manager at KPMG
• Vice-President of the Alumni Association of the Portuguese Catholic University – Porto
• Innovation Director of the Annual Forum on Innovation in Biomedical Engineering (FIB 2022, 2021, 2020; FIEB 2019) 

Marta M. Duarte holds a degree in Biotechnology from FCUP and a Master’s in Biomedical Engineering from the School of Biotechnology at the Portuguese Catholic University, Porto Campus, where she is currently a researcher and PhD student. Her main research areas include biological tissue decellularization, supercritical fluid extraction, and the development of biomaterials for applications in wound healing and regeneration.