Talk

You’re Not Starting Over: Lessons from Changing Roles in AI

Friday, May 29

16:25 - 16:55
RoomPassatelli
LanguageEnglish
Audience levelBeginner
Elevator pitch

I have navigated multiple AI roles across academia and industry - from SDE to Data Scientist to Applied Scientist. In this talk, I will share how Python enabled each transition, what I learned from every role, and practical advice to help anyone embrace career pivots without fear.

Abstract

Careers in AI rarely follow a straight line. Over the years, I have moved across multiple roles across academia and industry - starting as a Software Development Engineer, then transitioning to a Data Scientist, a Research Engineer, an ML Scientist, and eventually an Applied Scientist. Each shift came with uncertainty, self-doubt, and the fear of “starting over”. But each role also shaped how I think, build, and collaborate in ways I couldn’t have anticipated at the start.

In this talk, I will share my journey across these roles and what each taught me - from writing production-ready systems, to reasoning with data, to building ML models at scale. I will discuss how Python has been a constant thread through these transitions, acting as both a technical foundation and a career enabler. More importantly, this talk is for anyone who feels stuck, unsure, or intimidated by the idea of changing roles - whether you’re a developer curious about ML, a data scientist thinking about engineering, or simply someone navigating an evolving tech landscape - I will share practical lessons, mindset shifts, and concrete advice to help you view role changes not as setbacks, but as powerful opportunities for growth.

Learning Objectives:

By the end of this talk, attendees will be able to:

  • Understand how different AI roles (SDE, Data Scientist, ML Scientist, Applied Scientist) differ and overlap
  • Recognize how skills gained in one role can compound and add value in another
  • Identify common fears and misconceptions around changing roles in tech
  • Learn practical strategies for navigating role transitions without “starting from scratch”
  • Gain confidence to explore career paths that align with their evolving interests and strengths

Talk Outline (30 minutes):

  1. Introduction: A Non-Linear Career in AI (5 min)
    • Why career paths in AI are rarely linear
    • My journey across multiple roles and why I made each transition
  2. What Each Role Taught Me (10 min)
    • Software Development Engineer: building reliable, scalable systems
    • Data Scientist: asking the right questions and working with ambiguity
    • ML Scientist: modeling, experimentation, and evaluation
    • Applied Scientist: bridging research, engineering, and real-world impact
  3. The Role of Python as a Career Backbone (5 min)
    • How Python enabled mobility across roles
    • Libraries, ecosystems, and transferable skills
  4. Fear, Identity, and Career Transitions (7 min)
    • Common fears: “I am not qualified”, “I will lose seniority”, “It’s too late”
      • How to reframe role changes as skill expansion, not regression
      • What I would do differently if I were starting today
  5. Closing Thoughts & Q&A (3 min)
    • Actionable advice for attendees considering a change
    • Resources and next steps

Target Audience:

  • Python developers curious about AI/ML
  • Data scientists or ML practitioners considering role changes
  • Early- and mid-career engineers navigating career uncertainty
  • Anyone feeling “boxed in” by their current job title
TagsCommunity, Education, ML and AI
Participant

Reyha Verma

Reyha Verma is an Applied Scientist at Amazon, specializing in abuse prevention and Responsible AI. Before joining Amazon, she worked at Arintra, an early-stage startup focused on automating medical coding, where she developed AI/ML pipelines for 4+ major US healthcare systems. Reyha has also gained experience at Sprinklr and PayPal, and holds a Master’s degree in NLP from NUS, where she worked on computational social science problems. She is passionate about building technology that drives real-world impact.