Research Position at the Center for Information Systems and Data Science, Sharif University in Collaboration with a Top-Three Global Institution or medical university school in  Bioinformatics.

Projects Descriptions:

1. Utilizing Large Language Models and Retrieval-Augmented Generation (RAG): Applying  knowledge graph  in medicine, inspired by Stanford University's work.

2. Predicting Profiles for Protein Sequences Using Natural Language Processing: Leveraging the performance of transformers in natural languages by treating protein sequences as a language, similar to Microsoft's research.

3. Applying Manifold Learning and Riemannian Geometry in Protein Dynamics Analysis: Designing and predicting the effects of protein dynamics using approaches akin to those from Cambridge University.

✅Requirements:
A bachelor's and master's student with strong implementation skills and clean coding in artificial intelligence, capable of reading and analyzing new Bioinformatics papers, ideating and extensively testing with well-known deep and reinforcement learning architectures, and possessing intermediate Bioinformatics or biology knowledge.

💥This project will be conducted in collaboration with three professors from Sharif University's Computer and Electrical Engineering faculties and supervised by a senior scientist from one of the top three universities in the United States.

🆔To apply and submit your CV, please contact via email with the subject line "Research Position in Bioinformatics":
[email protected]

RIML Lab

Research Position at the Center for Information Systems and Data Science, Sharif University in Collaboration with a Top-Three Global Institution or medical university school in  Bioinformatics.

Projects Descriptions:

1. Utilizing Large Language Models and Retrieval-Augmented Generation (RAG): Applying  knowledge graph  in medicine, inspired by Stanford University's work.

2. Predicting Profiles for Protein Sequences Using Natural Language Processing: Leveraging the performance of transformers in natural languages by treating protein sequences as a language, similar to Microsoft's research.

3. Applying Manifold Learning and Riemannian Geometry in Protein Dynamics Analysis: Designing and predicting the effects of protein dynamics using approaches akin to those from Cambridge University.

✅Requirements:
A bachelor's and master's student with strong implementation skills and clean coding in artificial intelligence, capable of reading and analyzing new Bioinformatics papers, ideating and extensively testing with well-known deep and reinforcement learning architectures, and possessing intermediate Bioinformatics or biology knowledge.

💥This project will be conducted in collaboration with three professors from Sharif University's Computer and Electrical Engineering faculties and supervised by a senior scientist from one of the top three universities in the United States.

🆔To apply and submit your CV, please contact via email with the subject line "Research Position in Bioinformatics":
[email protected]

PubMed

Small-cohort GWAS discovery with AI over massive functional genomics knowledge graph - PubMed

Genome-wide association studies (GWASs) have identified tens of thousands of disease associated variants and provided critical insights into developing effective treatments. However, limited sample sizes have hindered the discovery of variants for uncommon…

hottg.com/RIMLLab/176

4.5K viewsAmir Kasaei, Apr 10 at 18:50