| Location | Bangalore, CA |
Overview of the role:
We are looking for an Applied Scientist III to join our algorithmic and research science team. You'll work on mathematically rigorous, research-driven problems at production scale, while owning problems end to end. This role sits at the intersection of theory and application, designing algorithms that combine elegant modeling with measurable business impact. Specifically, our scientists tackle challenges across traffic shaping, fraud detection, ad quality, pricing strategies, and auction theory, along with their practical applications. We leverage the latest deep learning models alongside classical machine learning techniques to build innovative solutions.
As the heart of the InMobi Exchange, our team optimizes the company's core business functions and creates the strategic moat that sets us apart in the market. As an Applied Scientist, you will not just "use models"-you will formulate them, evaluate their assumptions, tailor them to our problem domain, and bring them to life in production. Many of our challenges have no off-the-shelf solutions; we require scientific creativity to bridge research and reality.
If you thrive on solving complex, high-impact problems and want to see your ideas shape the future of a global exchange, this is the place where your work will truly make a difference.
The impact you'll make:
The experience we need:
A Ph.D. in Computer Science, Statistics, Mathematics, Operations Research, Physics, or a related quantitative discipline is strongly preferred. A degree is not a hard requirement-demonstrated research depth and production impact count.
4-7 years of experience working on algorithmic or applied research problems, including significant production deployment experience. Candidates with more or less experience are welcome to apply-we hire across Applied Scientist II, Applied Scientist III, and Staff Applied Scientist levels.
Deep grounding in one or more of:
Statistical learning theory, mathematical optimization, discrete algorithms, probability theory, and information theory
Causal inference, decision theory, game theory, auction theory
Online learning, bandits, RL, Bayesian methods
Strong publication record (e.g., NeurIPS, ICML, AISTATS, KDD, UAI, WSDM, EC, SODA, COLT) is a strong plus-even if not recent.
Proficient in scientific computing with Python, including packages such as NumPy, SciPy, PyTorch, or TensorFlow.
Comfortable working with big data platforms like Apache Spark, distributed computing, and large-scale datasets.
A researcher's mindset: questions first, implementation later. You are thoughtful about assumptions and rigorous about validation.
End-to-end ownership: you can go from idea to production and thrive in applied settings.
Prior experience in ad tech, marketplaces, or dynamic pricing is helpful but not required.