Preparation for Genesis Therapeutics requires a balanced focus on rigorous theoretical depth and applied engineering skills. You should be prepared to discuss your past research in detail, articulating not just the "what," but the "why" behind your design choices.

Role-related Knowledge – You must demonstrate mastery of current generative modeling literature. Expect deep-dive discussions on your own publications or projects, and be ready to defend your methodology against rigorous scrutiny.

Technical Proficiency – Being a "strong coder" is a requirement. You will be evaluated on your ability to write efficient PyTorch code and your understanding of the engineering stack required to train and deploy large-scale models.

First-principles Thinking – We look for candidates who don't just follow trends but understand the underlying physics and math. Show us how you break down complex molecular problems into tractable machine learning tasks.

The interview process at Genesis Therapeutics is designed to evaluate both your scientific rigor and your ability to function as a software-literate researcher. You should expect a balance of technical deep dives and collaborative discussions.

The process typically begins with a conversation with a Machine Learning Director to align on your background and research interests. This is followed by a technical assessment, which includes both a software coding component and a research-focused ML interview. The on-site phase—or the final stage—is characterized by a formal job talk and in-depth technical interviews.

The timeline above illustrates the progression from initial screening to the final technical assessment. Candidates should treat each stage as a distinct opportunity to showcase a different facet of their expertise: the initial talk is for alignment, the coding challenge is for engineering baseline, and the final interviews are for deep scientific and cultural evaluation.

Generative Modeling Expertise

This is the core of our technical evaluation. We look for a deep understanding of diffusion, flow matching, and RL.

Be ready to go over:

• Theoretical foundations of your preferred generative models.
• Techniques for scaling models to large, high-dimensional datasets.
• Handling of geometric constraints and symmetries in 3D molecular data.

Advanced concepts:

• Equivariant neural networks.
• Multi-modal foundation models.
• Latent space optimization.

Coding & Infrastructure

We evaluate your ability to "ship" your research.

Be ready to go over:

• Efficient use of PyTorch and PyTorch Lightning.
• Strategies for debugging distributed training jobs.
• Clean code practices in a research environment.

Example scenarios:

• "How would you profile this training job to identify a bottleneck?"
• "Refactor this snippet to be more memory-efficient."

As a Research Scientist, you will be responsible for leading research initiatives from conception to implementation. You will work within the Genesis AI team to design and develop novel models that push the state-of-the-art in generative molecular design.

A significant part of your time will be spent executing experiments at scale. You will have access to substantial compute resources, and you are expected to use them to rigorously validate your hypotheses. You will also collaborate intensely with our drug discovery experts, translating abstract ML breakthroughs into tangible impact on our pipeline. Finally, you will act as a scientific ambassador, contributing to the broader community through publications and conference appearances.

We seek individuals who are independent, first-principles thinkers. While deep learning expertise is mandatory, prior experience in biology or chemistry is secondary to a strong desire to learn these domains.

• Must-have skills: Deep learning expertise (generative/predictive), proficiency in PyTorch, strong publication record, and clear communication skills.
• Nice-to-have skills: Experience with Ray Distributed Training, familiarity with molecular data (proteins, small molecules), and a PhD in a relevant field.

Q: How difficult are the coding interviews? A: They are designed to test your ability to implement research concepts. They are not typical "leetcode-style" puzzles but rather focused on the types of coding tasks you would perform daily as a researcher.

Q: Is a PhD required? A: While a PhD is common and highly preferred, it is not strictly required if you can demonstrate equivalent research experience and a strong publication record.

Q: What is the culture like? A: We are a mission-driven, tight-knit team. We value intellectual curiosity, ownership, and a collaborative spirit where science and engineering are deeply intertwined.

• Own your research: Be prepared to explain the limitations of your past work as clearly as its successes. We value researchers who are self-aware.
• Connect to the mission: When discussing your research, try to draw parallels to how those methods could be applied to molecular discovery.
• Prepare your job talk: If you reach the on-site stage, ensure your presentation is polished, clear, and highlights your specific contributions to the research.

The Research Scientist role at Genesis Therapeutics is an exceptional opportunity to influence the future of drug discovery. By focusing on your core research strengths, maintaining a high standard for your engineering practices, and demonstrating a genuine passion for our mission, you will be well-positioned to succeed.

We encourage you to review your own publication history and the latest literature in generative modeling to ensure you are ready to discuss the cutting edge of the field. Your preparation is the best tool you have to demonstrate your potential. Good luck as you prepare to contribute to the next generation of life-saving medicines.