Do you have a strong interest in natural language processing, applied artificial intelligence, authorship analysis, intelligent learning systems or similar language-related areas of computer science?

My students typically work on projects that combine technical depth, real-world relevance, and publishable research. I am particularly interested in supervising candidates who enjoy building systems, working with language data, and tackling challenging research problems that can make a difference in the real world.

Why consider supervision with me?

A doctoral degree is not simply a period of study; it is a period of professional development. The right supervisory environment should help you develop as a researcher, programmer, analyst, and academic writer. My aim is to provide supervision that is intellectually ambitious, practically grounded, and supportive throughout your research journey.

Impactful research

Projects primarily address real problems in areas such as forensic linguistics, authorship analysis, educational technology, and AI-mediated communication.

Strong technical development

You will have opportunities to strengthen your skills in programming, data analysis, machine learning, system design, evaluation, and research workflows. Current students are working on agentic AI, natural language processing pipelines, and corpus-driven data analysis.

Publication-oriented supervision

In addition to drafting a doctoral dissertation, doctoral candidates will be involved as authors and co-authors in publications submitted to top-tier conference venues and high-quality academic journals.

Structured but flexible guidance

I value independence, but I also believe in clear milestones, regular feedback, and maintaining steady momentum across the life of the project.

In person or remote

I am equally happy to supervise students on campus or remotely.

Areas I am interested in supervising

I am open to supervising projects in a range of related areas, especially where there is a clear computational component and a well-defined research problem. These include, but are not limited to:

Example PhD topic areas

Applicants are welcome to propose their own topic. The examples below are intended only to illustrate the kinds of projects that would be a good fit.

My supervision approach

Different students thrive under different supervisory styles. My own approach combines high expectations with sustained support.

I particularly value students who are curious, self-motivated, and willing to engage seriously with both theory and implementation. I expect all students to show grit.

What you may gain from working with me

Who is likely to be a strong fit?

I am especially keen to hear from applicants who have a strong background in computer science and a genuine interest in language-related research.

Prior experience in natural language processing is highly desirable, but strong applicants from other computational backgrounds may also be a good fit.

Student perspectives

"No matter on campus or remote, we can work closely to push forward our research. Your support from idea to publication gradually gives me a more open attitude towards new ideas, better practical skills in performing more independent work, as well as stronger confidence and willingness to publish and demonstrate my output, which broadens my future possibilities."

Zhao Peng, PhD candidate

"What you taught me about the importance of 'grit' really stayed with me. It gave me the strength to keep going during difficult times and helped me complete my thesis."

Tsubasa, graduate

"You let me try things my own way and were always considerate of my schedule. Meetings felt relaxed, so it was easy to talk things through."

Kazuma, master's graduate

"You've been incredibly supportive throughout my time here."

Veronica, PhD graduate

"Thank you so much for your lectures over the past two months. I really enjoyed them and learned a lot."

Kohki, former student

Frequently asked questions

Prior experience is a clear advantage, but it is not always essential. Strong programming ability, intellectual curiosity, and a serious interest in language-related computation are often just as important.

Yes. In fact, I welcome proposals from applicants who already have a promising idea, provided that it aligns reasonably well with my supervisory interests.

Yes. I welcome enquiries from both internal and external applicants.

No. You are welcome to get in touch informally before securing funding. Early discussions can help determine whether there is a good fit and what routes may be available.

A short email, a CV, and a brief statement of your interests are usually enough for an initial conversation. You do not need to prepare a full formal proposal before making contact. AI-generated messages may be ignored, so please write yourself. If English is not your first language, do not worry. I far prefer to read human-written incorrect English than perfect AI-generated text.

Strong applicants usually show evidence of technical competence, thoughtful research interest, and a clear sense of why they want to pursue a PhD in this area.

Informal application process

I aim to keep the initial process straightforward and approachable. If you think your interests may align with mine, you are very welcome to make an informal enquiry.

Please send the following by email:

In your email, briefly explain:

Informal enquiries are welcome, and an initial message does not need to be polished or overly formal.

Interested in working with me?

If you are a prospective PhD candidate or a keen independent researcher with interests in NLP, AI, language data, or related computational research, I would be pleased to hear from you.

Please contact me at my university email address.