PDRA in Bioengineering

PDRA in Bioengineering

Full-Time 39906 - 46049 £ / year (est.) No working from home possible
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At a Glance

  • Tasks: Develop advanced human tissue models using 3D bioprinting and microfluidics.
  • Company: Join a vibrant research group at Hull University focused on diabetes and metabolism.
  • Benefits: Competitive salary, collaborative environment, and opportunities for impactful research.
  • Other info: Collaborate with top researchers and contribute to innovative publications.
  • Why this job: Make a real difference in disease modelling and drug discovery while advancing your career.
  • Qualifications: Strong background in tissue engineering and cell biology required.

The predicted salary is between 39906 - 46049 £ per year.

We are committed to equality, diversity and inclusion, creating a community where colleagues feel respected and valued. We aim to reflect the diversity of our students and communities, and to strengthen our university through collaboration and diverse perspectives, across all roles at the University.

This 12-month Postdoctoral Research Assistant (PDRA) position is supported by Breakthrough T1D funding award focused on the development of advanced, specific and highly reproducible human in vitro models – lab grown systems which mimic real human tissues to improve understanding of disease, accelerate drug discovery, and reduce reliance on animal models. This individual project focuses on establishing a vascularized human pancreas model using advanced extrusion 3D bioprinting and microfluidics to create perfusable, multicellular constructs that replicate pancreatic architecture, nutrient delivery, and exocrine-islet interactions.

The post-holder will work under the supervision of Dr Amin Ardestani at CfB/HYMS alongside Dr Amirpasha Moetazedian at the School of Engineering and Technology. The post will be based in a vibrant Diabetes and Metabolism research group that will offer an excellent opportunity to work across multiple disciplines (Biomedical Engineering and AI) as part of a diverse multidisciplinary team to progress research objectives.

We are now inviting applications from candidates with a strong background in tissue engineering, preferably with prior experience and skills in cell and molecular biology, as well as a clear commitment to advancing research in human disease modelling. The successful candidate will be responsible for optimising the microenvironments of the pancreas by synthesising hydrogel systems containing various ECM proteins suitable for 3D bioprinting. Analysis of constructed tissues involves cell culture, fluorescence microscopy (confocal and super resolution), as well as genomic and proteomic experiments.

The PDRA will be based at Hull University but will be expected to collaborate or visit external collaborator sites (including Wellcome Sanger Institute), and to engage productively with other research units at the University of Hull as required. The PDRA will report research results to the project supervisory team on a weekly basis, and relevant governance committees. The PDRA will produce an appropriate quantity and quality of progress reports and contribute to generating research publications. They will work closely with the Knowledge Exchange Office of the University of Hull on preparation of materials for filing for IP protection.

For any informal queries relating to this role, please contact Amin Ardestani (Senior Lecturer in Metabolic Signalling/Biomedicine) via email to a.ardestani@hull.ac.uk. All applicants should submit a CV and covering letter. Please note, the covering letter is uploaded on the same screen as the CV. After uploading the CV, click “Select File” again and upload the covering letter. Applications close at 00:01am of the closing date listed. We reserve the right to close this vacancy early if we receive sufficient applications. If you are interested in this role, please submit your application as early as possible.

PDRA in Bioengineering employer: Hull Limited.

The University of Hull is an exceptional employer, offering a dynamic and inclusive work environment that fosters collaboration across disciplines such as Biomedical Engineering and AI. With a strong commitment to equality, diversity, and employee development, the PDRA in Bioengineering role provides unique opportunities for professional growth while contributing to groundbreaking research in human disease modelling. Located in the vibrant Hardy Building, you will be part of a multidisciplinary team dedicated to advancing innovative solutions in healthcare.

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Contact Details:

Hull Limited. Recruitment Team

StudySmarter Expert Advice🤫

We think this is how you could land PDRA in Bioengineering

Tip Number 1

Network like a pro! Reach out to people in the bioengineering field, especially those connected to the University of Hull. A friendly chat can open doors and give you insights that a job description just can't.

Tip Number 2

Prepare for interviews by diving deep into the latest research in tissue engineering and 3D bioprinting. Show us your passion and knowledge during the interview – it’ll set you apart from the crowd!

Tip Number 3

Don’t just apply; engage! When you submit your application through our website, follow up with a quick email to express your enthusiasm. It shows initiative and keeps you on our radar.

Tip Number 4

Be ready to discuss your previous projects and how they relate to this role. We love candidates who can connect their experience to what we’re doing at the University – it shows you’re a perfect fit!

We think you need these skills to ace PDRA in Bioengineering

Tissue Engineering
Cell and Molecular Biology
3D Bioprinting
Microfluidics
Hydrogel Synthesis
Fluorescence Microscopy
Confocal Microscopy

Some tips for your application 🫡

Tailor Your CV:Make sure your CV is tailored to the PDRA in Bioengineering role. Highlight relevant experience in tissue engineering, cell and molecular biology, and any specific skills that match the job description. We want to see how your background aligns with our research objectives!

Craft a Compelling Cover Letter:Your cover letter is your chance to shine! Use it to explain why you're passionate about advancing research in human disease modelling. Share specific examples of your work and how it relates to the vascularized human pancreas model we’re developing. Let us know why you’d be a great fit for our team!

Follow Application Instructions:Pay close attention to the application instructions. Remember to upload your CV and cover letter on the same screen. We want to make it as easy as possible for you to apply, so don’t skip any steps!

Apply Early:Don’t wait until the last minute to submit your application! We might close the vacancy early if we get enough applications. Get your materials in as soon as you can, so we can start reviewing your awesome qualifications!

How to prepare for a job interview at Hull Limited.

Know Your Stuff

Make sure you brush up on your knowledge of tissue engineering and 3D bioprinting techniques. Familiarise yourself with the latest advancements in human disease modelling, as well as the specific projects Dr Amin Ardestani is involved in. This will show your genuine interest and help you stand out.

Showcase Your Skills

Prepare to discuss your previous experience in cell and molecular biology, especially any hands-on work with hydrogels or fluorescence microscopy. Be ready to share specific examples of how you've optimised microenvironments or contributed to research publications in the past.

Ask Smart Questions

Think of insightful questions to ask during the interview. Inquire about the collaborative aspects of the role, such as working with external sites like the Wellcome Sanger Institute. This demonstrates your eagerness to engage with the multidisciplinary team and your understanding of the project's scope.

Be Yourself

While it's important to be professional, don't forget to let your personality shine through. The university values diversity and inclusion, so being authentic can help you connect with the interviewers and show that you would fit well within their vibrant research community.