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Swallowable Self-Assembling Robotics PhD: Manufacturing in Gastrointestinal Models

Project 2707 · University of Sheffield · School of Electrical and Electronic Engineering

Application workspace

Save this opportunity and prepare around its actual requirements. Confirm deadlines and eligibility at the original source.

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Country or region
United Kingdom
Application deadline
2027-01-13 (confirm the exact time with the source)
Funding
Competitive EPSRC DLA opportunity; generic scheme information mentions Home tuition, UKRI-rate stipend and £4,500 total training support, but project-specific duration and 2027/28 terms are unconfirmed. International awards capped at 30%; confirm the scope of the anticipated ten awards.

The research opportunity

Project overview

The University of Sheffield advertises a PhD with Dr Shuhei Miyashita and Dr Thomas Paterson on self-assembling swallowable robotic modules for manufacturing temporary structures in confined gastrointestinal environments. Initial work is described as engineering feasibility in laboratory colon models. This is a research concept, not evidence of patient trials, established safety or clinical benefit.

The advertised work combines externally controlled movement, module assembly, temporary structure design, materials collaboration and evaluation of assembly, accuracy and support in models. The project has not published quantitative acceptance thresholds, detailed model conditions or confirmed clinical activity. Confirm the actual research scope, supervision, training and access to equipment and collaborators.

Applicant fit and funding

The project notice does not state a required degree subject, minimum grade, English score or mandatory prior experience. Robotics, mechanical or electrical engineering, control, mechatronics and materials may be relevant preparation, but are not advertised eligibility rules. Ask the supervisors and admissions team to confirm the formal requirements.

The position competes for EPSRC Doctoral Landscape Award funding. Generic scheme information describes Home tuition, a UKRI-rate stipend and a £4,500 total research training support grant, but includes earlier-cycle amounts and does not confirm this project's 2027 duration or individual budget. £21,805 is the UKRI 2026/27 minimum stipend reference, not a 2027/28 guarantee. International awards are capped at 30% and Home candidates are considered first; Sheffield says successful international awardees' tuition difference is covered. One saved record anticipates up to ten awards without specifying scope, while another refers to up to ten international awards; confirm the quota and individual terms.

Applying

Use the dedicated DLA form by 13 January 2027 at 17:00 GMT, choosing 1 October 2027 entry. The form has three questions of up to 300 words and permits up to two project choices, with two advised where relevant but not required. Contact both supervisors before applying, and follow the competition's AI-use disclosure rules. Confirm award duration, fee coverage, facilities, partner roles and whether any work extends beyond laboratory models.

Research and application brief

Report generated: . This date does not confirm that recruitment remains open.

Information updated: . Recheck the original notice before applying.

Show report contents

Swallowable Self-Assembling Robotics PhD: Manufacturing in Gastrointestinal Models

Quick Decision

This is an engineering project on capsule robotics, self-assembly and additive manufacturing, with an initial focus on feasibility in laboratory gastrointestinal models. The stated doctoral work is to combine swallowable modules into a printer, address magnetic movement and assembly, and assess the resulting structures at a high level. It is not evidence of patient testing or a validated treatment. The official DLA application deadline is 13 January 2027 at 5pm UK time; in January the UK is on GMT. The project-specific award duration, eligibility thresholds, detailed facilities and measurable acceptance criteria remain unconfirmed. Before drafting a full application, contact both supervisors and the DLA team to verify those terms. Sheffield project route; DLA application guidance

Research Problem and Doctoral Work

What Is Unsolved and Why It Matters

Conventional instruments and materials must pass through narrow, winding gastrointestinal routes, which limits the size and form of what can be delivered. The project asks whether a compact, swallowable set of modules could assemble into a larger manufacturing system at a target site, then create a temporary support structure matched to a local modelled condition. This is an engineering concept. The supplied description names colon models as the initial setting and does not announce patient procedures, clinical testing, treatment efficacy or regulatory approval.

Work, Methods and Potential Outputs

The supplied project description sets out five connected design aims:

  • Develop a printer with controlled movement in three directions using external magnetic actuation.
  • Design small modules that can join into a functioning system in a confined space.
  • Design and print temporary supports intended to address local intestinal kinking in models.
  • Work with collaborators to select a suitable expandable biomaterial feedstock; no formulation or material specification is published.
  • Evaluate assembly reliability, print accuracy and support performance in laboratory models, with a comparison against prefabricated supports.

The project also asks how the system can remain stable in a soft, deformable model while avoiding unnecessary restriction of surrounding movement. These are stated research goals, not guaranteed outcomes. The description does not provide numerical thresholds, model specifications, comparator details, repeatability requirements or device safety criteria. The work descriptions should be confirmed with the supervisors. Sheffield Microrobotics Lab

The distinction between a model-based engineering study and a medical intervention is central to an applicant’s decision. Available information points to laboratory models for the initial work. No human or animal study, patient-facing activity, clinical validation stage, or approved route to use in people is specified. The title and medical motivation should not be treated as evidence that any device is ready for swallowing or treatment.

School, Programme and Field Context

The University of Sheffield is the named degree-awarding institution and the School of Electrical and Electronic Engineering (EEE) is the advertised academic home. Dr Shuhei Miyashita is based in EEE; Dr Thomas Paterson is a Lecturer in Clinical Dentistry whose profile covers biomaterials and bioelectronics. This is an interdisciplinary supervisory combination, but no lead-supervisor split, external registration, joint degree or clinical-host arrangement is stated. EEE; Miyashita profile; Paterson profile

REF 2021 placed Sheffield’s wider Engineering submission 8th for research quality, with 96% of outputs in the top two categories and a top-rated research environment. The submission covered six engineering departments and the AMRC and Nuclear AMRC; it is not an EEE- or lab-specific ranking. EEE describes robotics, mechatronics, automation and control among its research and teaching areas. Engineering REF results; REF scope

Sheffield’s Doctoral Development Programme is mandatory and tailored to PGR development, including ethics training. The currently available Code of Practice is for 2025–26; the rules applicable to a 2027 entrant should be checked closer to enrolment. DDP; Code of Practice 2025–26

Supervisor and Lab Assessment

Miyashita’s profile lists micro- and milli-robotics, self-assembly and biomedical robots. Paterson’s profile spans biomaterials, bioelectronics and healthcare technologies, including additive manufacturing interests. The project description points to the Sheffield Microrobotics Lab and a wider Sheffield Robotics environment. These sources support relevant expertise and an interdisciplinary setting, but they do not establish the availability of a particular printer, model, equipment schedule, safety course or clinical collaborator for this student.

Recent profile-listed work gives useful, limited context. A 2026 record concerns a magnetic mechanism embedded in a swallowable capsule; a 2025 ICRA paper is titled around control of a two-degree-of-freedom capsule-robot arm; a 2024 ICRA paper concerns environment-modulated self-assembly; and a 2023 IROS paper is about robotic tablets that self-assemble and self-fold. These records show activity around capsule robotics and assembly. They do not demonstrate the proposed printer, its three-direction movement, performance in colon models, safety or clinical efficacy. These descriptions are limited to the titles and bibliographic information listed by the university lab and supervisor pages. 2026 capsule mechanism; 2025 capsule-control paper; 2024 self-assembly paper; 2023 Roblets paper

Field Outlook and Career Context

At a high level, the project sits among efforts to make robotic systems smaller, modular and useful in confined environments. Sheffield’s Robotics and Autonomous Systems group lists sensing, control, integration and self-assembling systems; Sheffield Robotics promotes cross-disciplinary research and responsible innovation. The UK Advanced Manufacturing Sector Plan provides broader context for manufacturing capabilities and skills. These connections make robotics, medical-device engineering and advanced manufacturing plausible directions for transferable skills, but there is no project-specific employment data, placement guarantee, salary evidence or named graduate employer. EEE robotics group; Sheffield Robotics research; UK Advanced Manufacturing Sector Plan

Funding, Application and Living Cost

The opportunity is presented as an EPSRC Doctoral Landscape Award (DLA) competition-funded PhD. Sheffield’s current DLA application page requires its dedicated form, with three answers of no more than 300 words each, and a 1 October 2027 start date. Applicants may select up to two projects; the university strongly recommends two, but does not require them. All form sections must be completed. Applications close on Wednesday 13 January 2027 at 5pm UK time; shortlisted Home interviews are expected in mid-February and international interviews in late March 2027. DLA opportunities; DLA application guidance

The DLA page says Home applicants are considered first and international students may receive no more than 30% of the awards. One saved record anticipates up to ten awards without specifying the scope, while another refers to up to ten international awards; confirm the quota. Sheffield says it covers the Home-to-Overseas tuition difference for successful international awardees. This is scheme-wide policy, not a guarantee of an award. The general DLA page describes full UK tuition, a UKRI-rate stipend and a £4,500 total Research Training and Support Grant; it also describes standard 3.5-year and collaborative 3.5- or 4-year awards. That page still contains earlier-cycle rates, so none of those amounts or duration categories should be treated as this project’s confirmed 2027 offer. The project-specific duration, stipend, research budget and any enhancement remain unresolved. DLA scheme overview

UKRI’s 2026/27 minimum stipend is £21,805 from 1 October 2026; the 2027/28 rate has not been established by this evidence. The Sheffield EEE research-fee lookup gives 2026/27 Home fees of £5,238–£10,238 and Overseas fees of £30,790–£35,790; the 2027/28 rates were not listed. Visa fees and the Immigration Health Surcharge are not funded by UKRI. Confirm the actual fee classification and the award’s coverage in writing. UKRI student support; EEE PGR fees

As a dated housing reference, 2026/27 university accommodation lists 51-week postgraduate shared rooms at £7,939.68–£8,839.32 and selected en-suites at £9,178.47–£9,981.72, including utilities, contents insurance and internet. These amounts equal roughly 36–46% of the 2026/27 UKRI minimum stipend, before food, transport and personal costs. They are not a full living-cost estimate or a 2027/28 guarantee. Sheffield living-cost guidance; 2026/27 rents

The DLA process asks applicants to disclose AI use and follow the competition’s specific restrictions. Read the current statement before preparing the application. DLA AI recruitment statement

Applicant Fit and Preparation

The supplied project description does not give a required degree subject, minimum grade, English-language score or mandatory prior experience. Applicants should ask the supervisors and admissions team to confirm formal eligibility rather than infer it from the technical content. By task type, experience in robotics, mechanical or electrical design, control, mechatronics, modelling, prototyping or materials engineering may be useful; these are suggested preparation areas, not stated admission requirements. A concise research example should show the question, the applicant’s contribution, how evidence was assessed and what remained uncertain. The DLA form explicitly asks applicants to explain relevant knowledge and skills and to describe a research or academic example. DLA form guidance; Sheffield Robotics PhD opportunities

Next Actions and Questions to Verify

Before applying: confirm the formal degree, grade and English-language criteria; ask for the project-specific funding duration, stipend, fees and research support; and discuss fit with both supervisors. Use the dedicated DLA form and verify the deadline and AI disclosure rules on the live pages.

At interview: ask which model outcomes define engineering feasibility, how assembly reliability, print accuracy and support performance will be judged, what access and training are available, and how supervision is divided between EEE and Clinical Dentistry. Clarify whether any clinical collaborators have a defined role.

Before accepting: obtain written terms for the award, fees, duration, equipment access, partner/data/IP responsibilities and the boundary between laboratory-model work and any proposed clinical translation. Do not assume that a clinical stage, placement or facility is included.

Evidence and Sources

Project, school and training

Supervisors, lab and research

Funding, application and costs

Career context

Sources

The listing may come from a university or recruitment platform. Check the notice and official sources in the report for current application requirements. View the recruitment source

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