salaryThe salary is determined by the researcher, university and KTP partner. The amount should be suitable for the experience and qualifications of the appointed researcher, up to 45,000 pounds annually.

This publication is full time and finances a fixed period for 24 months

A unique and exciting opportunity to connect KTP with experience in mathematical modeling and fluid mechanics to lead an innovative partnership to transfer knowledge between the University of Glasgow (College of Mathematics and Statistics) and kidney technologies limited (Ltd.Quantadt.com/usTreating challenges associated with traditional dialysis treatment. This position is funded by Innovate UK and Quanta.

Kidney disease is one of the main causes of mortality all over the world, with millions of patients die every year without reaching treatment at reasonable prices. With the exception of the transplant, the treatment of dialysis remains the only option for patients with kidney disease to maintain a living, with toxins and excess fluids from the filtered patient blood through the artificial kidneys known as dialysis.

The colleague researcher will benefit from the unique ability of Quanta to the pulse of fluids-the first in the dialysis industry-the pioneer developing and improving a set of sports models for new flow methods inside the dialysis of augmented, sustainable and effective treatment for acute and chronic kidney disease. The colleague will lead the cooperation between experimental teams and software in QUANTA dialysis techniques and academic supervisors (Dr. Katarzina Kawal and Dr. Matthew Dori) At the University of Glasgow.

A researcher will be employed by the University of Glasgow, who is mostly based on Quanta in Warwick.

benefits

The situation gives you the opportunity to:

• Driving your own project, and providing a positive change
• Flashing the interface between the academic circles and industry to achieve influence and form a career
• Apply your academic knowledge to address the real life challenge
• Implementing strategic development within an innovative company and formed the future of academic research in dialysis techniques
• Speech of 2000 pounds annually on personal training (such as skills development, conference attendance, professional bodies, etc.)

The post provides dedicated training (residential training and via online), guidance and supervision.

About the industrial partner

Quanta Dialysis Technologies is a medical devices company founded in 2008 with the aim of providing it to market its property technology to deliver kidney replacement treatments, especially dialysis, through the settings of the three sectors of the needs/chronic, chronic and requirements at home.

communication

For unofficial inquiries or more information about the project, please contact Dr. KATARZYNA KOWAL (kaarzyna.kowal@glasow.ac.ukDr. Matthew Dori (Matthew.durey@glasow.ac.uk).

For more information about the Faculty of Mathematics and Statistics at the University of Glasgow, please visit www.gla.ac.uk/schools/matithmaticStaStics

For more information and online progress: www.jobs.gla.ac.uk/job/ktp-research-assoate?

The mission of the University of Glasgow is to enhance a comprehensive climate, which guarantees equality in the work environment, learning, research and teaching.

We strongly support the principles of Athens Swan, including a supportive and flexible work environment, with a commitment from all levels of the organization in enhancing gender equality.

University of Glasgow, charitable number SC004401.

salaryThe salary is determined by the researcher, university and KTP partner. The amount should be suitable for the experience and qualifications of the appointed researcher, up to 45,000 pounds annually.

This publication is full time and finances a fixed period for 24 months

A unique and exciting opportunity to connect KTP with experience in mathematical modeling and fluid mechanics to lead an innovative partnership to transfer knowledge between the University of Glasgow (College of Mathematics and Statistics) and kidney technologies limited (Ltd.Quantadt.com/usTreating challenges associated with traditional dialysis treatment. This position is funded by Innovate UK and Quanta.

Kidney disease is one of the main causes of mortality all over the world, with millions of patients die every year without reaching treatment at reasonable prices. With the exception of the transplant, the treatment of dialysis remains the only option for patients with kidney disease to maintain a living, with toxins and excess fluids from the filtered patient blood through the artificial kidneys known as dialysis.

The colleague researcher will benefit from the unique ability of Quanta to the pulse of fluids-the first in the dialysis industry-the pioneer developing and improving a set of sports models for new flow methods inside the dialysis of augmented, sustainable and effective treatment for acute and chronic kidney disease. The colleague will lead the cooperation between experimental teams and software in QUANTA dialysis techniques and academic supervisors (Dr. Katarzina Kawal and Dr. Matthew Dori) At the University of Glasgow.

A researcher will be employed by the University of Glasgow, who is mostly based on Quanta in Warwick.

benefits

The situation gives you the opportunity to:

• Driving your own project, and providing a positive change
• Flashing the interface between the academic circles and industry to achieve influence and form a career
• Apply your academic knowledge to address the real life challenge
• Implementing strategic development within an innovative company and formed the future of academic research in dialysis techniques
• Speech of 2000 pounds annually on personal training (such as skills development, conference attendance, professional bodies, etc.)

The post provides dedicated training (residential training and via online), guidance and supervision.

About the industrial partner

Quanta Dialysis Technologies is a medical devices company founded in 2008 with the aim of providing it to market its property technology to deliver kidney replacement treatments, especially dialysis, through the settings of the three sectors of the needs/chronic, chronic and requirements at home.

communication

For unofficial inquiries or more information about the project, please contact Dr. KATARZYNA KOWAL (kaarzyna.kowal@glasow.ac.ukDr. Matthew Dori (Matthew.durey@glasow.ac.uk).

For more information about the Faculty of Mathematics and Statistics at the University of Glasgow, please visit www.gla.ac.uk/schools/matithmaticStaStics

For more information and online progress: www.jobs.gla.ac.uk/job/ktp-research-assoate?

The mission of the University of Glasgow is to enhance a comprehensive climate, which guarantees equality in the work environment, learning, research and teaching.

We strongly support the principles of Athens Swan, including a supportive and flexible work environment, with a commitment from all levels of the organization in enhancing gender equality.

University of Glasgow, charitable number SC004401.