Daniel Kim Email & Phone Number

Maple Grove, Minnesota, United States

Mechanical design, development, testing, and related accessory components of the DurAVR(TM) transcatheter heart valve (THV) system in treating aortic stenosis.

Commerce, Georgia, United States

- Develop new analysis methods to measure battery reliability (e.g., FIB SEM, LIBS, Ion Milling, CT)- Oversee Analysis team of Engineers and Technicians (Tear down analysis, CT, elemental analysis – FTIR, XRF, EDS, SEM, FIB, Ion Milling, digital microscopy)- Lead and timely delivery of production root cause analysis requests- Production and process.

Mounds View, Minnesota, United States

I specialize in heart valve reliability testing, overseeing various aspects including:Identifying failure modesDeveloping testing methods and strategies for short and long-term testingLeading design and execution of reliability tests and providing trainingAnalyzing reliability statistics using DOE, particularly with SAS JMPOffering guidance on design and.

Mounds View, Minnesota, United States

Product research and development engineer on heart valve frame- Principal frame reliability test (fatigue test) engineer for heart valve frame- Test method development and execution- Fatigue-to-fracture, S-N curve and probabilistic test method development- Support FEA validation through partial crack initiation-stop testing- Support FEA validation through.

West Lafayette, Indiana, United States

New product development in aortic (endovascular) product division.- New product idea generation and prototype development (- 20+ patents)- Reverse engineering (Abbott Cardiomems pressure sensor, Medtronic Endurant)- New test method development - fatigue-endurance testing (suture, textile, stent)- Profile reduction of device- Quality control development and.

West Lafayette, Indiana, USA

Design, development and support of aortic endovascular product lines.

West Lafayette, Indiana US

Test method design using clinical MRI to measure in vivo 2D strain field of vertebral disc in human. This work was published in Nature Scientific Reports.

Henry Ford Hospital (Detroit)

Involved in exploring new methods to understand bone quality by use of new types of x-ray imaging devices and software algorithms. This research will help doctors diagnose osteoporosis patients with fracture risks, allowing them to pin point where the fracture might take place and therefore prescribe life style change and medications to prevent such.

Involved impact force research in musculoskeletal joint system (cartilage, bone and the interface) in order to understand precursor cause of osteoarthritis. This research was considered to be importance as many of the sports deforms cartilage similar to a creep, and yet there has not been a systematic study how this pre-creep deformation might affect the.

Glenfield

Delivery and sorting of mails and packages to the business district and wider community in North Harbour, North Shore.

Doctor Of Philosophy (Ph.D.), Biomedical/Medical Engineering

Exercise induced changes in bone and vascular channels in euqine joint (pathology, histology, collagen, cartilage, harversian canals)

Master Of Engineering (M.Eng.), Bioengineering And Biomedical Engineering

Bachelor Of Engineering (B.E.), Mechanical Engineering

Mechanical Engineering Masters in Chemical and Materials (Biomaterials) PhD in Chemical and Materials (Biomaterials)