Associate degree or technical training in optics, electronics, or biomedical engineering preferred. Experience * 2+ years of experience in optics, lens repair, or micro-assembly preferred.
Quick apply
Associate degree or technical training in optics, electronics, or biomedical engineering preferred. Experience * 2+ years of experience in optics, lens repair, or micro-assembly preferred.
Quick apply
Associate degree or technical training in optics, electronics, or biomedical engineering preferred. Experience * 2+ years of experience in optics, lens repair, or micro-assembly preferred.
Ann Arbor, MI · On-site
Job Summary The Shea Lab in the Department of Biomedical Engineering at the University of Michigan ... of optical and wireless hardware and its embedded firmware, integration into implantable ...
Ann Arbor, MI · On-site
Job Summary The Shea Lab in the Department of Biomedical Engineering at the University of Michigan ... of optical and wireless hardware and its embedded firmware, integration into implantable ...
... optics, and laser-based material engineering. Our highly specialized solutions are used in the ... biomedical devices, haptic surgery, energy generation, semi-conductor chip manufacturing, and many ...
... optics, and laser-based material engineering. Our highly specialized solutions are used in the ... biomedical devices, haptic surgery, energy generation, semi-conductor chip manufacturing, and many ...
Van Andel Institute (VAI), a world-class biomedical research institute, located in Grand Rapids ... The Optical Imaging Core (OIC) provides imaging services for VAI and collaborating institutions.
Van Andel Institute (VAI), a world-class biomedical research institute, located in Grand Rapids ... The Optical Imaging Core (OIC) provides imaging services for VAI and collaborating institutions.
Saint Clair, MI · On-site
$65K - $80K/yr
Degree in Laser Electro-optics, Biomedical Equipment Technology, Electronics, or a similar field; military training in related fields is also acceptable. * Hands-On Experience: Proficiency with basic ...
Saint Clair, MI · On-site
$65K - $80K/yr
Degree in Laser Electro-optics, Biomedical Equipment Technology, Electronics, or a similar field; military training in related fields is also acceptable. * Hands-On Experience: Proficiency with basic ...
$13.41 - $15.28
0% of jobs
$15.28 - $17.14
3% of jobs
$17.14 - $19.01
8% of jobs
$19.01 - $20.88
10% of jobs
$21.32 is the 25th percentile. Wages below this are outliers.
$20.88 - $22.74
19% of jobs
The median wage is $23.92 / hr.
$22.74 - $24.61
16% of jobs
$24.61 - $26.48
13% of jobs
$27.45 is the 75th percentile. Wages above this are outliers.
$26.48 - $28.34
12% of jobs
$28.34 - $30.21
9% of jobs
$30.21 - $32.08
6% of jobs
$32.08 - $33.94
4% of jobs
$13
$24
$33
Biomedical Optics professionals typically spend their days designing and testing optical devices or imaging systems used in medical diagnostics and research. Responsibilities often include calibrating instruments, analyzing imaging data, collaborating with clinicians and scientists, and documenting results for reports or publications. Many positions also involve troubleshooting technical issues and staying current with advancements in optical technology. This hands-on and research-driven environment requires a blend of technical expertise and teamwork to ensure ongoing innovation and successful project outcomes.
A Biomedical Optics job involves applying principles of optics and photonics to medical and biological problems. Professionals in this field develop imaging systems, laser therapies, and diagnostic tools for healthcare and research applications. They work in various settings, including academia, medical device companies, and hospitals. Responsibilities may include designing optical instruments, conducting experiments, and analyzing biomedical data. Strong skills in physics, engineering, and biology are essential for success in this role.
To thrive in Biomedical Optics, a strong background in physics, engineering, and biology is essential, often supported by an advanced degree in biomedical engineering or a related field. Familiarity with optical imaging systems, laser technologies, and data analysis software (such as MATLAB or LabVIEW) is commonly required, along with relevant research experience. Strong problem-solving abilities, attention to detail, and effective collaboration skills help professionals excel in multidisciplinary research and development environments. These competencies are crucial for innovating and maintaining high standards in designing optical solutions for medical diagnostics and therapies.

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51 - 200 Employees
Southfield, MI, US
1996