Irvine, CA · On-site
$139K - $185K/yr
The Senior Engineer II serves as a subject matter expert in ECG signal processing, mentors junior ... Bachelor's or Master's degree in Electrical Engineering, Biomedical Engineering, Computer ...
Irvine, CA · On-site
$139K - $185K/yr
The Senior Engineer II serves as a subject matter expert in ECG signal processing, mentors junior ... Bachelor's or Master's degree in Electrical Engineering, Biomedical Engineering, Computer ...
Irvine, CA · On-site
$139K - $185K/yr
The Senior Engineer II serves as a subject matter expert in ECG signal processing, mentors junior ... Bachelor's or Master's degree in Electrical Engineering, Biomedical Engineering, Computer ...
Irvine, CA · On-site
$139K - $185K/yr
The Senior Engineer II serves as a subject matter expert in ECG signal processing, mentors junior ... Bachelor's or Master's degree in Electrical Engineering, Biomedical Engineering, Computer ...
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
Williamsburg, VA · On-site
$91K - $102K/yr
Leads team of junior BMETs providing daily work guidance and responsibilities; communicates ... Clinical Engineering and BIOMED equipment. * Direct experience in Total Quality Maintenance (TQM ...
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Williamsburg, VA · On-site
$91K - $102K/yr
Leads team of junior BMETs providing daily work guidance and responsibilities; communicates ... Clinical Engineering and BIOMED equipment. * Direct experience in Total Quality Maintenance (TQM ...
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
... biomedical engineering, neuromorphic processing, and human performance optimization. Guide junior staff and customers in R&D concepts and practices and implementation of decision-support solutions.
$33.5K - $40.4K
3% of jobs
$40.4K - $47.3K
20% of jobs
$48.8K is the 25th percentile. Wages below this are outliers.
$47.3K - $54.2K
7% of jobs
$54.2K - $61.1K
6% of jobs
$61.1K - $68K
12% of jobs
The median wage is $68.5K / yr.
$68K - $75K
17% of jobs
$78.6K is the 75th percentile. Wages above this are outliers.
$75K - $81.9K
17% of jobs
$81.9K - $88.8K
7% of jobs
$88.8K - $95.7K
4% of jobs
$95.7K - $102.6K
3% of jobs
$102.6K - $109.5K
2% of jobs
$33.5K
$71.8K
$109.5K
As a Junior Biomedical Engineer, you can expect to contribute to project teams by assisting in the design, testing, and documentation of medical devices or healthcare technologies. You may help with prototype development, data analysis, and performing validation tasks under the guidance of senior engineers or project managers. Your role may also involve collaborating with clinicians, quality assurance professionals, and suppliers to gather feedback and ensure compliance with regulatory standards. This hands-on experience is valuable for building technical skills and understanding the full product development lifecycle in the biomedical field.
Junior Biomedical Engineers typically need a bachelor's degree in biomedical engineering or a related field, with a solid understanding of biology, engineering principles, and medical device regulations. Familiarity with CAD software, laboratory equipment, and standards like ISO 13485 is frequently required. Strong problem-solving abilities, effective teamwork, and good communication skills make candidates stand out. These competencies are vital for developing safe, innovative healthcare solutions and collaborating efficiently in multidisciplinary environments.
A Junior Biomedical Engineer assists in the design, testing, and maintenance of medical devices and equipment. They work under senior engineers to ensure that healthcare technology operates safely and effectively. Typical responsibilities include troubleshooting equipment issues, conducting research, and supporting product development. This role requires knowledge of engineering principles, biology, and medical regulations. It is an entry-level position suited for recent graduates or those with limited experience in the biomedical field.
$139K - $185K/yr
Full-time
Medical, Dental, Vision, Life, Retirement, PTO
Posted 28 days ago
Sourced by ZipRecruiter
Medical equipment and supplies manufacturing
1,001 - 5,000 Employees
Irvine, CA, US
1989
