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PhD Project in Sensorimotor Control of Cycling: Balance and Steering

Project 2140 · University of Birmingham · School of Sport, Exercise and Rehabilitation Sciences

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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
2026-11-23 (confirm the exact time with the source)
Funding
BBSRC-funded, four-year MIBTP competitive award. International awards have a 30% cap, but the denominator and whether it applies across the full MIBTP partnership are unspecified. No project-specific award count is given; this is not an individual selection probability. Birmingham covers the overseas-fee difference for successful awardees. Stipend: £21,805 (2026/27); 2027/28 unconfirmed. Visa, IHS and travel costs are separate.

The research opportunity

PhD Project in Sensorimotor Control of Cycling: Balance and Steering

Research question and doctoral work

Balance and steering are closely linked during cycling, and cyclists generally need to maintain some forward speed. This project asks how the nervous system uses sensory information to keep cycling stable, focusing on visual and vestibular cues and how they affect steering corrections, body movement and muscle activity as speed and task demands change.

The doctoral work will use an interactive indoor cycling platform that permits steering and lateral movement. The project describes changes to the projected visual scene and galvanic vestibular stimulation (GVS) as ways to study sensory contributions. Steering records, motion capture and electromyography (EMG) will be used to analyse movement responses. The research will compare cycling strategies with balance control in standing and walking. Rehabilitation, neurological assessment and cycling safety are possible future applications, not promised clinical validation or product development.

University, school and training

The University of Birmingham is the host and awarding institution; the project sits in its School of Sport, Exercise and Rehabilitation Sciences. It is part of the four-year BBSRC-funded Midlands Integrated Biosciences Training Partnership (MIBTP), with expected entry in October 2027. The six-university partnership includes Warwick, Birmingham, Aston, Harper Adams, Coventry and Leicester; this does not make the doctorate a joint degree. The primary supervisor is Sang-Hoon Yeo, Lecturer in Biomechanics and Motor Control; the second supervisor is Raymond Reynolds, Senior Lecturer in Motor Control.

MIBTP training includes R and statistics, a three-month partner-university research placement, 12 days of masterclasses, a three-month non-academic PIPS placement and a research visit lasting one day to three months, normally in year 2 or 3. The training page is headed 2025 and was updated in 2026, so the 2027 schedule remains to be confirmed. Cohort examples such as RNA-seq are not required methods for this cycling project.

Eligibility and application

The saved project information gives a deadline of 23 November 2026 for October 2027 entry. It does not state a closing time or timezone, and current acceptance status has not been confirmed. MIBTP normally requires a relevant first or high 2:1 degree. A lower 2:1 plus a Master’s or at least three years of relevant postgraduate experience may be considered; a 2:2 or lower usually requires exceptional additional experience. Overseas qualifications are assessed individually. At least one referee must be academic; a suitable professional referee may provide the second reference. Cycling experience, prior GVS expertise and a particular programming language are not listed as requirements. The specific English-language score for route 180D is unconfirmed; proof may be made an offer condition.

Apply through the project-specific 180D portal. Applicants may select one project per programme and apply to up to five programmes using separate applications. A CV and full transcripts are required; a research proposal is not. Birmingham’s instructions permit a blank file in the required proposal-upload field and N/A for the optional personal statement. Applicants must answer the Research Methods training question, select Research Council Funding → BBSRC and complete ED&I after submission. Applications are online only; email applications are not accepted. It remains unclear how the general FAQ cover-letter guidance applies to the 180D portal. For administrative questions, contact uob-mibtp@contacts.bham.ac.uk. See the MIBTP programme and Birmingham’s MIBTP admissions guidance.

Funding

This is a competitive studentship. International awards have a 30% cap, but the denominator and whether it applies across the full MIBTP partnership are unspecified. No project-specific award count is given; this is not an individual selection probability. Birmingham covers the overseas-fee difference for successful MIBTP awardees, providing a route to full tuition coverage without guaranteeing an individual award. The listed 2026/27 stipend is £21,805 per year, tax-free and paid monthly; the 2027/28 rate is unconfirmed. The four-year package also includes research consumables, travel and conference support, plus MacBook use; these are not personal income or laptop ownership. Visa, IHS, travel to the UK and initial accommodation cash require separate confirmation.

Research and application brief

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Show report contents

PhD Project in Sensorimotor Control of Cycling: Balance and Steering

Research question and project fit

How do vision and vestibular information stabilise balance and steering at different cycling speeds? This experimental human-movement doctorate links a steerable indoor platform with complementary motor-control expertise. It suits quantitative sensorimotor research rather than a generic fitness comparison; platform readiness, participant recruitment and daily mentoring still need agreement.

The saved Birmingham call lists October 2027 entry through the project-linked 180D MIBTP route and a 23 November 2026 deadline. Successful international awardees receive full tuition coverage for the four-year route, subject to competitive selection; the 2027/28 stipend, personal language condition and deadline clock remain unconfirmed. These are retained recruitment terms, not a new check that the vacancy remains open.

Research Problem and Doctoral Work

Cycling couples balance to steering and forward speed, unlike ordinary standing. The project asks how visual and vestibular information affect steering corrections, body movement and muscle activity, and how their contribution changes with speed and task demands. It seeks a mechanistic account of stable cycling rather than a comparison of fitness benefits. Current project directory.

Advertised work uses an interactive indoor cycling platform permitting steering and lateral movement, changes to the projected visual scene, and galvanic vestibular stimulation as a sensory perturbation. Motion capture and EMG record whole-body movement and muscle responses alongside steering. The doctorate will compare the resulting sensory/movement strategies with better-understood standing and walking control. The advert describes stimulation as safe, but individual participation, approvals and supervision remain study-specific. Exact project and methods.

The analytical challenge is to distinguish a cue's contribution from mechanically induced corrections, speed-dependent stability and adaptation to repeated trials. A useful possible research angle is whether sensory weighting changes with task difficulty; model comparison, uncertainty estimation and reproducible synchronisation would help test that account. These are evidence-backed research suggestions, not additional promised experiments or prerequisites. Plausible outputs include a characterised cycling dataset and a tested account of sensory contributions; publication number, sample size, baseline software and experimental schedule are unpublished.

Rehabilitation, neurological assessment and cycling safety are future application foundations, not demonstrated clinical or road-safety outcomes. An independent 2025 randomised trial of 56 community-dwelling adults aged 70+ found improved immediate reactive/proactive balance measures after feedback/perturbation stationary cycling. It did not establish fewer real falls, long-term benefit or the mechanism of this doctorate, and its population differs from an unspecified project cohort. This supports an active translational question while illustrating the transfer problem. Independent cycling study.

School, Programme and Field Context

The University of Birmingham, School of Sport, Exercise and Rehabilitation Sciences, is the host and university of registration. The partnership is MIBTP, funded by BBSRC across six universities; it is not evidence of a joint degree. For this title the current host call specifies 180D, PhD in School of Sport Exercise and Rehabilitation Science MIBTP. Use the exact project-linked MIBTP application, rather than a general school PhD or another department's code. Current host call.

The school reports 2nd in the UK and 9th worldwide in QS 2026 Sports-related Subjects. That is relevant broad subject evidence, not a ranking of sensorimotor neuroscience or this laboratory. The ordinary school PhD page describes monthly supervision reviews, annual progress review, seminars and presentation opportunities. Its generic 36-month full-time duration and September header should not replace the four-year MIBTP, October 2027 route. Teaching opportunities are not guaranteed paid employment. School subject and doctoral context.

MIBTP adds cohort-based quantitative training in R/statistics and later bioinformatics/modelling, a three-month partner-university research placement, 12 days of masterclasses, a three-month non-academic PIPS placement, and a scientific visit lasting one day to three months, normally in years 2/3. The training page is headed 2025 and updated 2026; confirm the 2027 timetable and how placements fit the cycling experiments. Course examples such as RNA-seq are cohort options, not mandatory cycling methods. Training structure and date scope.

Supervisor and Lab Assessment

Sang-Hoon Yeo, Lecturer in Biomechanics and Motor Control, is primary supervisor; Raymond Reynolds, Senior Lecturer in Motor Control, is secondary. Yeo combines mechanical/aerospace engineering and a computer-science PhD with robotics, VR, motor adaptation and muscle modelling. Reynolds contributes balance, vestibular and gait research. This is a complementary methods pairing rather than two interchangeable supervisors. Contact s.yeo@bham.ac.uk and r.f.reynolds@bham.ac.uk. Yeo profile; Reynolds profile.

These three independent mentor-linked original studies support different methodological skills; none directly validates cycling control. Their individual historical reading limits are retained below.

Kim et al., 2026: multimodal walking data

Jin Min Kim; Qingyao Bian; Eduardo Martinez Valdes; Ziyun Ding; Sang-Hoon Yeo. “A multimodal gait dataset with ultrasound, EMG, and motion capture from young adults at various walking speeds.” Scientific Data, advance online 2 September 2026. DOI: 10.1038/s41597-026-08156-5. The actual institutional record supplies no volume/article identifier. Yeo is fifth/last and co-corresponding author. Measurements from 26 healthy adults (13 male/13 female) support multimodal data expertise, but walking is not cycling; ultrasound/OpenSim are not added requirements. Earlier reading: institutional abstract/bibliography, not paper or proof full text. 2026 gait dataset

Reynolds et al., 2025: sensory conflict and standing balance

Raymond F Reynolds; Craig P Smith; Lorenz Assländer. “Effects of Altered Haptic Feedback Gain Upon Balance Are Explained by Sensory Conflict Estimation.” European Journal of Neuroscience 61(1):e16670; first published 14 January 2025. DOI: 10.1111/ejn.16670. Reynolds is first/corresponding. A sensory-conflict model explains nonlinear standing sway; artificial feedback offers little benefit beyond a static touch reference. This motivates testing sensory weighting, not a unique neural mechanism or cycling/clinical efficacy. Earlier reading: institutional abstract/metadata plus Wiley author contributions and selected discussion, not whole paper. 2025 haptic-feedback study

Hamel et al., 2025: vestibular assessment evidence

Raphael Hamel; Peter Gaskell; Sophie Prosser; Darren Whelan; Richard Irving; Raymond Francis Reynolds. “Optimising electrical vestibular stimulation (EVS) for assessing vestibular function.” Clinical Neurophysiology Practice 10:359–377. DOI: 10.1016/j.cnp.2025.08.006. Online 5 September 2025 (PMC citation/institutional early-online field); the institutional publication-status field separately gives 9 September. Reynolds is sixth/last/corresponding and jointly designed the study. The abstract says n=72, but body §2.1 identifies 53 unique people and 72 sessions; 72 must not be presented as unique participants. Eye-response measurement trade-offs do not establish cycling balance or patient efficacy. Earlier reading: institutional abstract/metadata plus PMC participants, conclusion and contributions, not whole paper/supplement. 2025 vestibular study; Primary text

Yeo's saved research-portal record lists 2026 outputs and an active 2026–2030 EPSRC musculotendon-simulation project; the shorter older selected-publication list on his staff page is not evidence of inactivity. This grant is not this student's personal funding. Yeo also belongs to the university's XR network, which broadens contacts without guaranteeing equipment or technician time. Current activity; XR network.

Reynolds's profile says he supervises three PhD students, but the undated count does not establish 2027 capacity. The exact cycling platform is advertised; its readiness, bookable hours, technical support, participant access, ethics timeline and daily mentoring split are unpublished. Ask which supervisor handles experimental physiology versus analysis/software and who supports hardware failures.

Funding, Application and Living Cost

International eligibility and award

Chinese/international applicants may compete. International awards have a 30% cap, but the denominator and whether it applies across the full MIBTP partnership are unspecified. No project-specific award count is given; this is not an individual selection probability. UKRI pays Home fees and stipend; Birmingham explicitly covers the overseas-fee difference for its successful MIBTP awardees. Thus this project has a substantive full-fee route, unlike partnership hosts without a waiver. Selection remains competitive and does not guarantee the chosen project. Current eligibility and Birmingham fee coverage.

MIBTP offers four years of support, consumables and travel/conference budgets plus MacBook use; these are distinct from personal income or laptop ownership. The cited stipend is £21,805 for 2026/27, tax-free and paid monthly at Birmingham. The 2027/28 amount is unconfirmed. Visa, IHS, travel to Britain and initial accommodation cash require separate provision; do not turn a current programme visa-cost estimate into an official 2027 charge. Package; UKRI current baseline.

Application sequence

The deadline is 23 November 2026 for October 2027 entry; an exact closing hour and stated deadline timezone are unpublished; Europe/London is local context, not a confirmed cutoff. At Birmingham select one project per programme, with up to five programmes, submitting separate applications through each project-specific link. The exact host row is “Brain on Wheels: Uncovering the Sensorimotor Control of Cycling – Dr Sang Yeo” (Warwick uses Sang-Hoon Yeo). Use the 180D project-linked application. Select advertised research area, answer the Research Methods training question, and choose Research Council Funding → Biotechnology and Biological Sciences Research Council (BBSRC). Complete ED&I after applying. Applications are online only; email applications are not accepted. CV and full transcripts are required; a proposal is not required, and the host permits a blank required-proposal upload and N/A for optional personal statement. Generic FAQ cover-letter guidance should be reconciled with the 180D portal. Do not put several projects in one form. Contact uob-mibtp@contacts.bham.ac.uk for unresolved portal requirements. Shortlisting is aimed at late January, interviews early February 2027, with remote interviewing available overseas. Host process and current dates.

Birmingham budget

The official money-advice page illustrates 50 weeks of £185 essential + £110 variable weekly costs, totalling £14,750. Its rent and obsolete police-registration reference reveal legacy content; this is an arithmetic illustration, not a 2027 quote or current legal guidance. A personal balance or savings cannot be inferred by subtracting this legacy illustration from another-year stipend. Budget separately for the missing two weeks, inflation, visa/IHS, travel and initial cash. Halls Wi-Fi/insurance are already included; avoid adding duplicate costs. A listed £550 halls prepayment is upfront cash, not an additional annual rent charge. Budget components and limitations.

The actual 2026/27 postgraduate table lists Maple Bank £107/week, total £5,335, Tennis Court £149, total £7,425, and The Spinney £167, total £8,332. These postgraduate totals differ from shorter undergraduate contracts; check exact lease dates, remaining days, room availability and 2027 prices before estimating a full doctoral year. Utilities, Wi-Fi and basic possessions insurance are included in university-owned accommodation. A plausible funded route does not remove housing or initial-cash uncertainty. Current postgraduate housing prices.

Applicant Fit and Preparation

Required Conditions

MIBTP normally accepts a relevant first or high 2:1; a lower 2:1 plus a Master's or at least three years relevant postgraduate experience may qualify. A 2:2 or below normally needs exceptional additional experience. Overseas qualifications are assessed for equivalence; do not translate these categories into an unsupported fixed Chinese percentage. At least one referee must be academic, with an appropriate professional second referee possible. There is no formal A-level mathematics requirement, but intensive quantitative training is expected. Degree eligibility; References and quantitative expectations.

The project does not publish a mandatory cycling background, prior GVS expertise or named programming language. Experimental neuroscience, motor control, biomechanics, sport science, psychology, engineering or computing can be relevant if supported by quantitative and human-research experience; this is a reasoned preparation profile rather than a new official degree list. The exact 180D English score and Chinese-degree equivalence remain to be confirmed. MIBTP permits English proof to become an offer condition; a linked taught-course policy and another department's IELTS score are insufficient evidence for this PhD.

Useful Preparation

Show one example of synchronising or analysing behavioural/sensor data, explaining artefacts, reliability, uncertainty and individual variability. Read one supervisor paper closely enough to distinguish its contribution from this project's open question. A small documented R/Python/MATLAB analysis or comparable quantitative work can demonstrate readiness; none is an advertised language prerequisite. Human-participant ethics, comfort and data governance matter alongside mechanics. An interest confined to sports performance or clinical intervention, without basic sensorimotor mechanisms, would face a mismatch. Contacting supervisors is encouraged rather than compulsory.

Career and transferable skills

Transferable capabilities include human movement analysis, experimental design, sensor integration and quantitative modelling. The National Careers Service describes sports-scientist work spanning biomechanics and computing, with £25,000 starter to £50,000 experienced salaries. This broad occupational range is neither a doctoral starting salary nor this lab's placement record. Research in academia, movement technology and human factors is plausible; clinical practice requires its own professional qualifications, and a PhD does not confer physiotherapy registration. Career evidence.

Next Actions and Questions to Verify

Before Applying

Check the exact 180D project-linked portal and 23 November deadline; obtain confirmation of Chinese qualification equivalence, the programme's English threshold and any CV/cover-letter/optional-statement discrepancy. Complete ED&I and arrange references early. Confirm how international competition and project allocation are handled if the preferred supervisor cannot take another student.

At Interview

Ask whether the indoor platform is operational, what participant population and first-year baseline are intended, and how speed/task demand and sensory perturbations will be distinguished analytically. Discuss hardware/technical support, ethics and recruitment lead time, supervision split and 2027 student load. Ask what would remain publishable if a planned sensory manipulation or platform component were delayed. Confirm the 2027 cohort placement calendar and how it fits participant experiments.

Before Accepting

Obtain written four-year full overseas tuition coverage, the 2027 stipend and payment schedule, research/travel budgets, interruption/extension conditions and what happens beyond the funded period. Confirm exact registration, October start, all-year accommodation and visa/IHS/relocation cash. There is a verified competitive international route; the remaining decision concerns award selection, training/experimental support and written terms, not a currently evidenced fee gap.

Evidence and Sources

Current acceptance status has not been confirmed. The three recent mentor-linked original studies below illustrate different methodological expertise; none directly validates cycling control. Each entry states its reading scope: the gait study is represented by its institutional abstract and bibliography, while the other two are discussed only from their abstracts, metadata and specified sections. None is presented as a full-paper or supplement review.

Project, school and training

Supervisors and primary research

Costs and careers

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