138 parallel-computing-numerical-methods-"Prof" positions at University College Cork in Ireland
Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
, meticulous and proactive. This role requires excellent communication and interpersonal skills, computer literacy, organisation and an awareness of time management. Project Title: Cancer Research @ UCC / Cancer
-
for Future Networks and hosted by UCC’s nasc Research Centre within the School of Computer Science & Information Technology (CSIT). The Centre comprises approximately 50 people working on networks, security
-
communication and interpersonal skills, computer literacy, organization and an awareness of time management. EXPERIENCE REQUIRED: • Qualified Nurse (Mandatory RGN, BSc,). • Oncology background
-
joining a team focused on commercialising innovative technology in the exciting and quickly developing generative AI area. UCC's nasc research centre is within the School of Computer
-
BACtheWINNER team. The main aim of this research programme is to develop bacteriocins as novel antimicrobials/therapeutics by solving the current challenges associated with their implementation, such as low
-
Ireland Centre for Data Analytics, based at the School of Computer Science & IT, University College Cork, Ireland and the School of English and Digital Humanities. This position is highly interdisciplinary
-
://ore.ucc.ie/ Informal enquiries can be made in confidence to Liam O’Mahony, Prof, APC Microbiome Ireland, Email: liam.omahony@ucc.ie Applications must be submitted online via the University College Cork vacancy
-
, computer literacy, organization and an awareness of time management. EXPERIENCE REQUIRED: Qualified Nurse (Mandatory). (Registered General Nurse with Nursing Midwifery Board Ireland). Cancer care background
-
, computer literacy, organization and an awareness of time management. EXPERIENCE REQUIRED: Qualified Nurse (Mandatory RGN, BSc,). Oncology background or related experience would be a strong advantage. Strong
-
OptiVivax consortium. This project will utilise pharmaceutical methods and principles to enhance the stability of a range of vaccines that rely on lipid-based adjuvants or nanoparticles for their activity