ASK
Agentic Retrieval-Augmented Generation for Terminology Translation in Neural Machine Translation
β Fully Funded
β° Closing Soon
agentic rag
glossary-constrained decoding
in-context learning
llm
machine translation
natural language processing
neural machine translation
terminology translation
Investigate novel retrieval-augmented generation methods to improve domain terminology translation in neural machine translation. Leverage large language models and innovative techniques to enhance translation accuracy and context-awareness.
AI-generated overview
Machine Translation
Natural Language Processing
Terminology Translation
Agentic RAG
Neural Machine Translation
In-Context Learning
Project Description
This PhD project investigates terminology translation in neural machine translation, with a focus on improving the handling of domain-specific terms in translation workflows. The research addresses the problem that even advanced neural MT models and large language models still struggle to translate specialised terminology accurately and consistently in context.
The project will explore methods such as:
in-context learning with terminology examples
glossary-constrained decoding
agentic retrieval-augmented generation with term bases
low-resource translation
In the first year, the PhD candidate will focus on learning core NLP methods and text analytics techniques. In later stages, the candidate will define research objectives, develop innovations, and contribute to the state of the art. There may also be opportunities for collaboration with several research centres and partner institutions, including possible research activity abroad or in industry.
Entry Requirements
Honours degree, minimum 2:1, in Computer Science, Mathematics, Engineering, or a related technical discipline
Other relevant qualifications may also be considered
Desirable:
Masterβs degree, preferably 2:1, in a relevant area
experience in NLP, computational social science, machine learning, or data science
experience with quantitative and qualitative research methods
Essential Knowledge and Skills:
strong Python programming skills
strong understanding of research philosophy, theory, and methodology
strong interest in NLP and machine translation
knowledge of qualitative and quantitative research methods
strong writing, presentation, and communication skills
ability to work independently and in a multidisciplinary team
Desirable Technical Skills:
NumPy, SciPy
Scikit-learn, Keras, TensorFlow
data analysis, visualisation, and interpretation
Other relevant qualifications may also be considered
Desirable:
Masterβs degree, preferably 2:1, in a relevant area
experience in NLP, computational social science, machine learning, or data science
experience with quantitative and qualitative research methods
Essential Knowledge and Skills:
strong Python programming skills
strong understanding of research philosophy, theory, and methodology
strong interest in NLP and machine translation
knowledge of qualitative and quantitative research methods
strong writing, presentation, and communication skills
ability to work independently and in a multidisciplinary team
Desirable Technical Skills:
NumPy, SciPy
Scikit-learn, Keras, TensorFlow
data analysis, visualisation, and interpretation
How to Apply
Application route is not shown in the text provided, so verify the official submission method before posting. Applicants whose first language is not English must meet SETU English language requirements and provide the required evidence with their application.
Eligibility
UK/Home
EU
International
Supervisor Profile
DR
Dr Rejwanul Haque
Auezov South Kazakhstan University (SKU), Communications Engineering
Dr Rejwanul Haque researches advanced neural machine translation techniques with a focus on domain-specific terminology translation. His approach integrates large language models and retrieval-augmented generation to tackle complex NLP challenges. He collaborates extensively with European research institutes to drive innovation in computational linguistics.