ʵ

News

Meet the new ELLIS Institute PIs: Azade Farshad advances AI for medical applications

Farshad’s research background is in computer vision and generative models.

A childhood interest in robotics propelled Azade Farshad to the field of artificial intelligence (AI). “I was working on the general applications of image generation and manipulation, and then I saw how it can help the medical domain and that motivated me to turn my research towards simulating surgery,” says Farshad, who has recently joined as a principal investigator. In addition to smart applications for surgery, Farshad has expertise in how machines simulate and understand scenes. Generating and manipulating images and videos of medical scenes is essential for developing the next-generation tools that can be useful to doctors, she says.

A person with short, dark hair wearing a black blazer and navy shirt stands next to a window.
Azade Farshad. Photo: Matti Ahlgren/Aalto University.

Following a postdoc at the Technical University of Munich, Farshad has now relocated ʵ University, where she is also an assistant professor. A previous visit to Helsinki for an ELLIS workshop left a good impression and compelled her to apply. Though the ELLIS Institute call for principal investigators was extremely competitive, the hiring process and environment were friendly, she says. Now Farshad is focused on hiring PhD students and postdocs with strengths in both general and medical applications of AI.

Having received strong support during her PhD and early career, Farshad is eager to give back. “Younger researchers may not see many women in this field and can feel demotivated. They should be able to approach and talk to senior researchers. I’ve volunteered as a mentor at conferences and will continue doing that as opportunities come up.” The experience of community organizing, such as arranging workshops, is also something Farshad plans to continue with her own students.

Farshad advises students to be curious. “Curiosity and interest will keep you motivated to try to find solutions.” She also recommends the freedom of academic research over a career in industry. “If you want to follow your own dreams and also be impactful, the university is the right environment.”

Contact:

Read more:

Logo of ELLIS Institute Finland with a striped map of Europe above and multicoloured letters 'ellis'.

ELLIS Institute Finland welcomes 9 new professors as principal investigators and PS Fellows

Institute's first recruitment brings nine leading researchers to Finland

News
Group of people standing in a room holding a ribbon, with presentation screen and institute banner in the background.

New Fundamentals: ELLIS Institute Finland launches with bold scientific ambitions

AI and ML for transforming R&D, enhancing human-AI teamwork, and creating exciting new science

News
Logo of ELLIS Institute Finland with a striped map of Europe above and multicoloured letters 'ellis'.

ELLIS Institute Finland is a world-class research hub in AI and machine learning and part of the European Laboratory for Learning and Intelligent Systems (ELLIS).

  • Updated:
  • Published:
Share
URL copied!

Read more news

tohtorinhattu, Kauppakorkeakoulu
University Published:

The School of Business will confer nine honorary doctors at its May 2026 Ceremonial Conferment – this prestigious celebration is held every five years

The first Ceremonial Conferment of the School of Business was held in 1946, so the 17th Ceremonial Conferment of the School of Business will take place in spring 2026
Deepika Yadav in the Computer science building in Otaniemi. Photo: Matti Ahlgren.
Appointments Published:

Deepika Yadav leverages technology to improve women's health

Deepika Yadav recently began as an assistant professor at the Department of Computer Science in the field of human-computer interaction (HCI) and interaction design for health and wellbeing.
A large cargo ship loaded with colourful containers sails across the blue ocean under a partly cloudy sky.
Research & Art Published:

Study: Internal combustion engine can achieve zero-emission combustion and double efficiency

A new combustion concept that utilizes argon could completely eliminate nitrogen oxide emissions from internal combustion engines and double their efficiency compared to diesel engines.
Microscopic view of several rod-shaped bacteria with hair-like structures, set against a dark red background.
Press releases, Research & Art Published:

A new way to measure contagion: the gut bacterium behind blood poisoning can spread like influenza

Neither the antibiotic-resistant nor the highly virulent strains are the most transmissible.