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Remote Biomedical Signal Processing Engineer Jobs in New York

Varsity Tutors

Biomedical Engineering Tutor

Paramus, NJ · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

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Biomedical Engineering Tutor

Yonkers, NY · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

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Biomedical Engineering Tutor

Clifton, NJ · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

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Biomedical Engineering Tutor

Norwalk, CT · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

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Biomedical Engineering Tutor

Hoboken, NJ · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

Varsity Tutors

Biomedical Engineering Tutor

Summit, NJ · Remote

$18 - $40/hr

Ability to explain signal processing for biosignals, finite element analysis, drug delivery systems, and medical device design principles while preparing students for biomedical engineering ...

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Remote Biomedical Signal Processing Engineer information

What are some typical challenges faced by remote biomedical signal processing engineers, and how can they be addressed?

Remote Biomedical Signal Processing Engineers often face challenges related to collaborating with interdisciplinary teams, ensuring data security, and accessing necessary hardware for testing algorithms. To overcome these, it's important to establish clear communication channels with colleagues, make use of secure data transfer protocols, and leverage remote access to lab equipment or simulators when possible. Regular virtual meetings and documentation can help maintain alignment with project goals and facilitate effective teamwork.

What does a remote biomedical signal processing engineer do?

A Remote Biomedical Signal Processing Engineer analyzes and interprets physiological signals—such as ECG, EEG, or EMG—using advanced computational and mathematical methods. They work remotely to develop algorithms and software that aid in medical diagnostics, patient monitoring, and healthcare research. Their role often involves cleaning, filtering, and extracting meaningful information from complex biological data to support clinical decisions or scientific studies. Collaboration with medical professionals and teams is common, and strong knowledge of signal processing, biomedical engineering, and programming is essential.

What is the difference between Remote Biomedical Signal Processing Engineer vs Remote Medical Data Analyst?

AspectRemote Biomedical Signal Processing EngineerRemote Medical Data Analyst
Required CredentialsBachelor's or Master's in Biomedical Engineering, Electrical Engineering, or related fields; knowledge of signal processingBachelor's or Master's in Data Science, Statistics, or related fields; proficiency in data analysis tools
Work EnvironmentResearch labs, healthcare tech companies, hospitals; focus on signal dataHealthcare organizations, research institutions; focus on large datasets
Employer & Industry UsageMedical device companies, biotech firms, hospitalsHealthcare providers, research organizations, health tech startups

While both roles involve working with healthcare data, Remote Biomedical Signal Processing Engineers focus on analyzing and developing algorithms for biomedical signals like ECG or EEG. Remote Medical Data Analysts interpret large health datasets to derive insights. The roles differ mainly in technical focus and data types but often collaborate within healthcare tech environments.

What are the key skills and qualifications needed to thrive as a remote biomedical signal processing engineer?

To thrive as a Remote Biomedical Signal Processing Engineer, you need expertise in signal processing, biomedical engineering, and a strong background in mathematics and statistics, usually supported by a relevant degree. Familiarity with tools like MATLAB, Python (NumPy, SciPy), and experience with medical device data protocols and regulatory standards are commonly required. Strong problem-solving, self-motivation, and clear communication skills help you work effectively in a remote, interdisciplinary environment. These abilities are crucial for developing accurate, regulatory-compliant solutions that improve healthcare outcomes while collaborating remotely with diverse teams.

What are the most commonly searched types of Biomedical Signal Processing Engineer jobs in New York?

The most popular types of Biomedical Signal Processing Engineer jobs in New York are:

What are popular job titles related to Remote Biomedical Signal Processing Engineer jobs in New York?

For Remote Biomedical Signal Processing Engineer jobs in New York, the most frequently searched job titles are:

What job categories do people searching Remote Biomedical Signal Processing Engineer jobs in New York look for?

The top searched job categories for Remote Biomedical Signal Processing Engineer jobs in New York are:

What cities in New York are hiring for Remote Biomedical Signal Processing Engineer jobs?

Cities in New York with the most Remote Biomedical Signal Processing Engineer job openings:

Remote Biomedical Signal Processing Engineer jobs near you

Medical Device Systems Engineer

AVTC Group

Parsippany, NJ • On-site, Remote

Full-time

Re-posted 24 days ago

Job description

ob Summary:
Highly experienced, cross-functionally skilled technical leader (electrical/software/mechanical) responsible for the system level architecture/design, implementation and verification of complex systems (e.g. defibrillators, patient monitors, ventilators) in a matrix setting.
Essential Functions:
  • Works with Project/Program management to establish and refine system level requirements for assigned new and enhanced products.
  • Leads development team in translating system level requirements into product architecture and system level design including partitioning functionality into sub-systems, creating specifications for each sub-system and documenting the interface requirements among the sub-system.
  • Ensures that new product architecture meets system level requirements, is appropriately featured, robust and adaptable enough to support product lifecycle plans and objectives.
  • Establishes performance, interface, safety, and cost specifications for each sub- system within the selected architecture in consultation with the functional design leaders. Contributes significantly to the system level risk management activities associated with assigned programs.
  • Under auspices of the Program Manager, leads efforts to allocate system functionality among electronic/software/mechanical subsystems, make hardware/software/mechanical trade-off decisions, cost/time/performance trade-off and safety decisions necessary to meet the product's clinical performance, reliability, manufacturability/serviceability, regulatory and business objectives.
  • Leads efforts during the product implementation phase to develop and refine the system level design, identify and resolve sub-system performance and interface issues, and resolve cross•functional design issues that have system level impacts.
  • Leads/oversees team efforts during the subsystem integration and verification testing phases to ensure that critical sub-systems meet their individual performance, interface and system integration goals and to ensure that the fully integrated system robustly meets its performance, safety and cost requirements.
  • Responsible for documenting the system level design, operating principles and sub-system interface specifications for his/her assigned new and existing products.
  • Researches and documents the relationships between clinical requirements, architectural decisions, performance requirements and product evolution plans.
  • Provides advice and consultation to engineering teams regarding system engineering principles and system level requirements ofproducts. Actively participates in decision making processes that involve changes to the system level design of existing products.

Skills Requirements:
  • Extensive knowledge and experience in the system level design and development of multi•processor based medical instruments containing biomedical signal acquisition and processing electronics and embedded software systems.
  • Demonstrated ability to translate high level product requirements into system and sub- system level specifications and designs.
  • Demonstrated success leading engineering teams in the architecture, system level design, integration and verification of portable, battery operated, multi-processor based measuring and/or patient treatment systems.
  • Working knowledge and experience with low level analog signal acquisition, digital/microprocessor systems design, power supplies, embedded real time software development, digital signal processing, real time operating systems, Analog/digital control systems, displays, batteries, data storage and wireless communications systems.
  • Working knowledge of mechanical engineering issues and processes associated with electronics packaging, small moving mechanisms, molding, and machining processes.
  • Ability to independently analyze and evaluate electronic circuitry, software and mechanical designs using drawings, schematics, source code, technical education, and experience.
  • Thorough understanding of the product development and engineering project management processes.
  • Experience with and sensitivity to human factors issues associated with the use of medical devices.
  • Knowledge and experience developing products under FDA and European Community medical device regulations and standards.
  • Excellent verbal and written communications skills. Demonstrated success in technical decision making and people management/leadership in a matrix environment.
  • Ability to handle confidential information with discretion and skill.
  • Business acumen.

Required/Preferred Education and Experience:
  • Advanced degree in Engineering including training and experience in systems, electronics, software and mechanical engineering.
  • 10+ years' experience developing electronic hardware and embedded software systems/subsystems for complex, real time measuring instruments.
  • 7+ years' experience as a Systems Engineer, leading the architectural design and systems engineering of complex, real time medical measuring instruments.
  • Knowledge of fluid mechanics and/or past experience with ventilators/aspirators is required.
  • Project management experience and training.

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