35 parallel-computing-numerical-methods-"Multiple" positions at UNIVERSITY OF MELBOURNE
Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Program
-
Field
-
methods in mathematics / Collaborate across diverse disciplines. Apply now to join a world class School of Mathematics and Statistics and drive innovation in computational approaches. Investing in your
-
/ Mentor and develop academic teams Apply now to lead the Periodontics program, driving national excellence in education, research, and clinical practice. Investing in you - benefits package including salary
-
Deadline 1 May 2026 - 00:00 (UTC) Country Australia Type of Contract Permanent Job Status Full-time Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is the Job
-
subcellular mechanisms (proliferation, differentiation) with multicellular mechanical and biochemical interactions. Apply Advanced Statistical Methods: Perform Bayesian parameter estimation and identifiability
-
Role type: Full Time (1.0 FTE); Continuing; Multiple positions available Faculty: Faculty of Science Department/ School: Melbourne Veterinary School Salary: UOM 9: AUD $146,049 to $151,951 p.a. plus
-
subcellular mechanisms (proliferation, differentiation) with multicellular mechanical and biochemical interactions. Apply Advanced Statistical Methods: Perform Bayesian parameter estimation and identifiability
-
clinical leadership in training future dental specialists. You will lead the development, delivery, and coordination of the Doctor of Clinical Dentistry (DCD) Periodontics degree program, ensuring excellence
-
will coordinate placements, deliver innovative teaching and contribute to assessment and curriculum improvement across the MD program. You will build your academic profile through educational leadership
-
/ Mentor and develop academic teams Apply now to lead the Periodontics program, driving national excellence in education, research, and clinical practice. Investing in you - benefits package including salary
-
spearhead method development at the exciting intersection of quantum computing and integrative omics. You'll have the opportunity to design, evaluate, and benchmark quantum-inspired computational approaches