Episode 22: Karolina Sulich, Research Assistant at NYU Tandon

NYU Tandon's Karolina Sulich reveals why the future of technology might not be in silicon, but in cells. Learn how the convergence of computer science and biology is creating unprecedented opportunities for innovation across healthcare, climate tech, and user experience.

In this episode, you'll hear about:

• Future tech: exploring how biological systems are becoming the next computing platform
• Climate innovation: leveraging engineered microorganisms to combat global warming
• Ethical framework: navigating the complex implications of programming living systems
• UX evolution: understanding how biological principles are reshaping user experience design
• Cross-disciplinary breakthroughs: combining computer science, biology, and engineering for next-gen solutions

Essential for innovators and founders looking to understand the next frontier of technology. Discover how synthetic biology is opening up entirely new possibilities for solving humanity's biggest challenges. Check it out!

Our guest is Karolina Sulich, a Research Assistant at the NY Tandon School of Engineering

Karolina is a multifaceted professional with a strong focus on biotechnology, project management, and design.

Currently, Karolina serves as a Research Assistant at the NYU Tandon School of Engineering in the Elizabeth Hanaff lab (http://idm.engineering.nyu.edu/henafflab/). She is also a Fulbright Scholar.

Prior to her current role, Karolina worked as a Senior Project Manager at A4BEE, an IT company focused on the biotech industry (https://a4bee.com).

Karolina's expertise encompasses digital project management, public speaking, and negotiation. Her experience spans across academia, non-governmental organizations, and startups, with additional skills in wet lab design and UX/UI.

Karolina's work is driven by core values of sustainability, agency, and responsibility. She brings a multifaceted perspective to her various endeavors, leveraging her diverse background and passion for making a positive impact.