44 phd-in-computational-mechanics-"St"-"FEMTO-ST" Fellowship positions at University of Michigan
Sort by
Refine Your Search
-
on understanding the molecular mechanisms underlying aortic aneurysm and valve disease. Utilizing a variety of approaches including stem cell biology, gene editing, bioengineered human vascular grafts and animal
-
blot, immunofluorescence) Cell transfection Mechanical testing and biomaterials characterization Quantitative image analysis Computational skills including data processing and statistical analysis Prior
-
chromatin and nuclear structures during development (www.lsi.umich.edu/science/our-labs/herman-fung-lab). Qualified applicants will have experience in cell, structural or computational biology and a passion
-
% - Ultrasound Data Collection and Data Analysis 30%-Conference Abstract and Manuscript Preparation Required Qualifications* PhD in Mechanical Engineering, Electrical Engineering, Computer Science, or related
-
computational molecular docking software would also be beneficial. The candidate is expected to be a good team player and have excellent oral and written communication skills. Mission Statement Michigan Medicine
-
Cancer Section. He/she will be an integral member of research team whose focus is epigenetics and drug resistance in prostate cancer. Our laboratory focuses on identifying mechanisms by which key chromatin
-
experiences to help further our mission. The successful candidate(s) will have: Completed a doctoral degree program (MD, PhD, DrPH, EdD, or equivalent) by the starting date. Demonstrated commitment and interest
-
analysis. Required Qualifications* A PhD in hydrology, water resources engineering, environmental science, civil engineering, atmospheric sciences, computer science, or a related field is required either
-
large physical modeling basin which serves as a vital resource. Required Qualifications* A doctoral degree in Mechanical, Aerospace, Naval Architecture & Marine Engineering, Scientific Computation
-
ranges from reprogramming intracellular signaling of cells to modeling whole joint mechanics to understand and modify these systems at their respective length scales. Our research focuses on engineering