Alexander Fast
Chief Technology Officer
I have 7 years of optical systems engineering experience. I have developed solutions for different applications from concept to working prototype designing and sourcing complete systems including mechanical, optical, electronic and software components.
Integrated deep learning image analysis to push boundaries of the hardware limitations in microscopy.
Experience with human skin physiology, function, it's spectroscopic signatures and metabolic behavior.
InfraDerm
University of California
Irvine, CA, USA
专业背景
- 目前状态
- 专业
- 产业
- 工作年资6 到 10 年 (6 到 10 年相关工作经验)
- 管理经历我有管理 1～5 人的经验
- 技能
- 语言能力English・母语或双语Russian・母语或双语German・专业French・专业
- 最高学历博士
求职偏好
- 预期工作模式全职・对远端工作有兴趣
- 希望获得的职位Chief Technology Officer
- 期望的工作地点
- 接案服务不提供接案服务
工作经验
Chief Technology Officer
Received a $263,000 SBIR phase I grant from the NIH/NIBIB for testing and validation of the technology I helped develop during my postdoctoral research.
Lead research and development engineer. Built a second generation of FLAME imaging platform integrating novel and optimized solutions for volumetric imaging, optical fiber light delivery, pulse compression and fast attenuation.
T32 Postdoctoral Fellow
Designed and developed a clinical microscope platform for noninvasive human skin imaging. Integrated a novel approach to rapid functional imaging with molecular contrast. System packaged into a compact portable unit and optimized for skin imaging in a clinical setting. Main applications include pigmented lesion oncological diagnosis and monitoring, pigmentation disorders, inflammatory conditions as well many applications for clinical research.
Postdoctoral Research Fellow
Designing advanced nonlinear microscopic tools for medical imaging. Secured a partnership with a fiber laser manufacturer and designed and built a coherent Raman microscope powered by the fiber source.
Studied ex vivo human tissue with nonlinear optical microscopy and the response to topical drugs including quantifying delivery and understanding the pathway.
Graduate Student Researcher
Developed a novel surface enhanced Coherent Raman microscopy technique. Demonstrated the sub diffraction limit axial sectioning with chemical contrast on simple gold coated coverslips. Wide field excitation with fast camera based detection applied to measuring cell membranes and protein dynamics.
学历
Doctor of Philosophy (PhD)
・
Doctor of Philosophy PhD Physical ChemistryMaster’s Degree
・
Master's degree Physical Chemistry