Research Opportunities
We are always interested to hear from people who wish to pursue PhD degrees or carry out post-doctoral research in bioengineering. Please send a copy of your C.V. to tcbe@tcd.ie.
- PhD Studentship in Corneal Tissue Engineering / Stem Cells
- Post-Doctoral Researcher for Dear Diary: Assessing Cognitive Dysfuction through Longitudinal Analysis of Speech Characteristics
- Post-Doctoral Researcher in Biomedical Acoustic Signal Processing
PhD Studentship in Corneal Tissue Engineering / Stem Cells
Corneal blindness resulting from physical injury, chemical burns or medical condition such as keratoconus, bullous keratopathy or Stephan-Johnson syndrome affects millions worldwide. In many cases corneal transplants are required to relieve pain and restore vision however there is a shortage of available corneal tissue for transplantation. The rapidly developing field of tissue engineering offers the potential to generate corneal tissue for transplantation. The aim of this project will be to examine the use of adult stem cells for cornea repair and develop their application in engineering corneal tissue. The successful candidate will receive training in a variety of biological and bioengineering techniques and have access to state-of-the-art facilities at the Trinity Centre for Bioengineering. There will also be the opportunity to attend international conferences.
Candidates will ideally have a 1st class honours primary degree or MSc degree in a relevant science or engineering discipline. Experience in molecular techniques, cell culture, stem cell biology, biomaterials or tissue engineering is desirable but not essential.
A fully funded PhD Studentship at Trinity College Dublin including fees (EU student rate) and stipend is available starting 1st July, 2012. Interested candidates should send a CV and cover letter to Dr. Mark Ahearne via e-mail (ahearnm@tcd.ie). Informal enquires are also welcome.
Assessing Cognitive Dysfunction through Longitudinal Analysis of Speech Characteristics
The Postdoctoral Researcher will be required to:•Play a leading role in the development of novel theoretical ideas for analysis of biomedical signals, particularly speech signals for the detection, analysis and classification of cognitive function.•Participate in the specification, design and validation of new and improved linear and non‐linear signal processing methods and techniques for acoustic analysis of cognitive function.•Assist in the design of neuroimagingstudies based on EEG/fMRIor a combination of both modalities.•Operate independently with weekly or biweekly supervision.•Write journal papers for publication, research and development grants on innovative methods and approaches for acoustic analysis in biomedical applications.•Work with clinicians and neuropsychologists to develop and evaluate new and improved signal processing systems.•Prepare progress and technical reports on the research project.•Represent the Neural Engineering Group in outside discussions (technical and scientific fora) including collaborations with faculty, researchers and clinicians.•Work closely with internal Trinity Centre for Bioengineering research staff to develop and validate complete acoustic signal acquisition and processing subsystems and to integrate these subsystems into a complete cognitive function assessment system.•Act as a technical resource for research staff involved in the development of signal processing technologies and assist in the technical investigation and resolution of biomedical signal processing issues.
Primary Function: 65%: Carry out theoretical studies, development of algorithms, and testing applications. Analyse real experimental data (audio, behavioural, neuroimaging). Develop new and improved signal processing algorithms. Help input to the technical focus and direction for the signal processing development effort required for the project.
20%: Work as project team leader on the specification, design, development, integration and validation of complete signal processing technologies. Participate as design engineer during the initial phase of signal processing software development.
10%: Report research progress and results with funding agencies. Identify funding opportunities for development of this research activity.
5%: Provide support to other laboratory research staff and students regarding biomedical signal processing issues.
The candidate must have a PhD in signal processing and will have publications in the leading journalsin the field of audio and acoustic signal processing and be
- Extensive experience with signal processing tools and languages (Matlab, C++, etc)
- Extensive experience with statistical analysis of experimental data
- Familiar with neuroimagingtools (SPM, FSL, EEGLAB, FieldTRIP)
- Able to work autonomously, managing and reporting on their assigned project
More information can be obtained from Professor Richard Reilly tcbe@tcd.ie
Post-Doctoral Researcher in Biomedical Acoustic Signal Processing
The Neural Engineering Group within the Trinity Centre for Bioengineering invites applications for a Post-Doctoral Researcher with specific acoustic signal processing skills. This position will be in collaboration with Professor Richard Costello at the Royal College Surgeons in Ireland and funded by the Health Research Board from 2011-2013.
The candidate will also be required to:
- Play a leading role in the development of novel theoretical ideas for analysis of biomedical signals, particularly acoustic signals for the detection, analysis and classification of respiratory function
- Participate in the specification, design and validation of new and improved linear and non-linear signal processing methods and techniques for acoustic analysis.
- Operate independently with weekly or biweekly supervision.
- Write journal papers for publication, research and development grants on innovative methods and approaches for acoustic analysis in biomedical applications.
- Work with clinicians and neuropsychologists to develop and evaluate new and improved signal processing systems.
- Prepare progress and technical reports on the research project.
- Represent the Neural Engineering Group in outside discussions (technical and scientific fora) including collaborations with faculty, researchers and clinicians.
- Work closely with internal Trinity Centre for Bioengineering research staff to develop and validate complete acoustic signal acquisition and processing subsystems and to integrate these subsystems into a complete acoustic respiratory analysis system.
- Act as a technical resource for research staff involved in the development of signal processing technologies and assist in the technical investigation and resolution of biomedical signal processing issues.
Primary Function:
65%: Carry out theoretical studies, development of algorithms, and testing applications. Analyse real experimental data (audio, behavioural). Help develop new and improved signal processing algorithms. Help provide the technical focus and direction for the signal processing development effort required for a project. 20%: Work as project team leader on the specification, design, development, integration and validation of complete signal processing technologies. Participate as design engineer during the initial phase of signal processing software development.10%: Report research progress and results with funding agencies. Identify funding opportunities for development of this research activity.5%: Provide support to other laboratory research staff and students regarding biomedical signal processing issues.The candidate must have a PhD in signal processing and will have journal publications in the field of audio and acoustic signal processing and be
- Familiar with Signal Processing tools and Languages (Matlab, C++, etc)
- Familiar with statistical analysis of experimental data
- Able to work autonomously, managing and reporting on their assigned projects
More information can be obtained from Professor Richard Reilly