About Aqemia

Aqemia is a next-generation pharmatech reinventing drug discovery with quantum-inspired physics and generative AI.

Our mission: design innovative small-molecule drug candidates for dozens of critical diseases, faster and smarter, without relying on experimental data.

Unlike traditional approaches, Aqemia starts drug discovery purely in silico. By combining physics-based models with large language models trained on proprietary data, we identify promising molecules with high accuracy before synthesis.

We’ve already delivered multiple preclinical successes and secured strategic partnership. Our internal pipeline is growing fast, with several programs in in vivo optimization.

We’re a team of 65+ based in Paris and London, we bring together chemists, physicists, engineers, and machine learning experts to push the boundaries of what’s possible in early-stage drug discovery.

The Role

As an SRE - Platform Engineer in the Infra Team, you will be at the heart of our platform, helping to build and maintain the tools, processes, and systems that power Aqemia's drug discovery engine.

You will contribute to the design and implementation of a scalable and resilient infrastructure, focusing on both enhancing the developer experience and ensuring the reliability, performance, and availability of our services. Your work is crucial for enabling our scientists, engineers, and AI models to develop, test, and deploy their work efficiently and without interruption.

In this key, cross-functional role, you will collaborate with multiple teams to improve our core infrastructure and promote engineering best practices.

What You’ll Do

What We’re Looking For

Preferred Mindset

Why Join Us

At Aqemia, engineers don’t just build software, they help discover real drugs.You’ll work at the intersection of AI, physics and chemistry, transforming bold scientific ideas into robust, production-grade tools that accelerate discovery.

DeepTech Mission : Build the platform that powers AI-driven drug discovery, combining quantum-inspired physics with generative models

Real-World Impact : Every feature shipped helps scientists prioritize molecules and design better candidates, faster

Modern Stack & Challenges : Python, FastAPI, Airflow, Snowflake, Kubernetes, ML workflows, scientific infra, data engineering at scale

High Ownership, High Impact : Engineers contribute to architecture, tooling, and scientific decision-making

Interdisciplinary Team : Collaborate with chemists, physicists, ML researchers, and product teams

Prime Locations : Central Paris or London offices, with 2 remote days/week

Strategic Traction :  Backed by $100M in funding and a $140M partnership with Sanofi

Join us if you’re excited to shape the future of AI-driven drug discovery, and want your code to change the course of real diseases.