Job description
Microsoft Research works with the world's best researchers, moving with the current of technology as it rapidly evolves. Together we share the motivation to seek innovative solutions to the world's toughest challenges and improve the lives of people everywhere.
Microsoft Research @198, Cambridge (UK) is looking for an AI resident (fixed-term researcher) in deep learning and generative AI. The candidate will closely work with researchers from a diverse background including machine learning, systems and physics. The research will involve advancing state-of-the-art machine learning methods including but not limited to foundation models, energy-based models, deep equilibrium models for real-world disruptions. This role offers a unique opportunity for research in novel deep learning techniques with the ability to apply them to some of the most widely used software and hardware in the world.
There is no closing deadline for this post. The post will be filled once suitable candidates are found so if you are interested please apply as soon as possible. When submitting your application, include your CV with a list of publications as an attachment. You may also include your published work. For further information about the position, please feel free to email: [email protected].
Responsibilities
The successful candidate will undertake cutting-edge research on deep learning with other team members in Microsoft Research. They will write research code to test new approaches or develop novel theoretical and practical insights and test these new approaches on real-world applications and possibly novel compute paradigms. They will share their findings with product groups and via publications in recognized academic venues.
Qualifications
Required:
- Completed (or on-track to complete) a PhD in deep learning, machine learning , physics or a related area, or equivalent experience.
- Impact driven mindset and ability to work in a collaborative environment.
- Track record in relevant research, such as deep learning, deep generative models as evidenced by publications in top-tier venues. Examples include but are not limited to ICML, NeurIPS, ICLR, UAI, AIStats, etc.
- Hands-on experience with current deep learning frameworks (PyTorch, TensorFlow, etc.), as evidenced by released code (e.g. on GitHub or elsewhere).
- Software engineering skills for rapid and accurate development.
- Effective communication skills.
Microsoft
https://www.microsoft.com/en-gb/
Redmond, United States
Satya Nadella
$10+ billion (USD)
10000+ Employees
Company - Public
Computer Hardware Development
1975