Biomedical Engineer

STEMZ Healthcare; Mumbai; On-site; INR 600,000 - 1,200,000; Full time

Job summary

STEMZ Healthcare in Mumbai's Lower Parel is seeking a Biomedical Engineer to support planning, evaluation, procurement, integration, deployment, and maintenance of medical devices used in AI-enabled public health screening programs.

The role collaborates with program teams, software developers, clinical experts, vendors and field teams to ensure devices are clinically appropriate, technically reliable, integration-ready and suitable for field implementation; experience with medical device

Qualifications

• Bachelor's degree in Biomedical Engineering or related field.
• Master's degree in Biomedical Engineering or Healthcare Technology is a plus.
• 2–5 years of experience in biomedical equipment management or medtech device support.
• Experience with diagnostic/imaging/point-of-care devices preferred.

Responsibilities

• Support evaluation of medical devices for clinical-use and technology integration.
• Assess device suitability for AI-enabled screening workflows and software compatibility.
• Coordinate SDK/API integration of diagnostic devices with the AI platform.
• Ensure device outputs can be transferred securely into the project platform.

Skills

Vendor coordination

Regulatory documentation

Field deployment

Cross-functional collaboration

Education

Bachelor's degree in Biomedical Engineering

Master's degree in Biomedical Engineering or Healthcare Technology (advantage)

Tools

SDK/API integration

Medical device management software

Job description

Biomedical Engineer

Lower Parel, Mumbai
Full-Time

Role Summary

The Biomedical Engineer will support the planning, evaluation, procurement, integration, deployment, and maintenance of medical devices used in AI-enabled public health screening programs.

The person will work closely with the program team, software development team, clinical experts, vendors, and field teams to ensure that devices are clinically appropriate, technically reliable, integration-ready, and suitable for field implementation.

Key Responsibilities

• Support evaluation of medical devices from both clinical-use and technology-integration perspectives.
• Assess device suitability for AI-enabled screening workflows, including image quality, data output, connectivity, metadata availability, and software compatibility.
• Coordinate with IT/software teams for SDK/API integration of diagnostic devices with the AI platform
• Ensure that device outputs such as images, readings, reports, and metadata can be transferred securely into the project platform without unnecessary third-party data dependency.
• Support technical discussions related to OEM, partnerships, white-labelling, co-development, and possible future manufacturing of selected devices.
• Support device testing during pilot and pre-deployment phases
• Test device usability in field conditions, including PHC, HWC, camp, and outreach settings
• Document device performance, errors, user feedback, and technical issues
• Support validation of device output quality before clinical use
• Ensure availability of required device accessories, consumables, chargers, cables, calibration tools, and manuals.
• Support procurement team in preparing technical specifications and BOQ for devices and consumables
• Review vendor quotations from a technical perspective
• Ensure device documentation is complete, including certifications, manuals, calibration certificates, warranty documents, and regulatory approvals
• Support compliance review for medical devices as per applicable Indian regulatory requirements
• Ensure proper documentation for device-related incidents and corrective actions.

Required Qualification

• Bachelor s degree in Biomedical Engineering / Medical Electronics / Instrumentation Engineering / Electronics Engineering.
• Master s degree in Biomedical Engineering, Medical Technology, or Healthcare Technology will be an added advantage.
• Required Experience
• 2-5 years of experience in biomedical equipment management, medical device implementation, hospital biomedical engineering, or medtech device support.
• Experience with diagnostic devices, imaging devices, or point-of-care devices is preferred.
• Prior experience in public health programs, field deployment, or healthcare technology projects will be an advantage.
• Experience in device market research, integration with software platforms, SDK/API coordination, or digital health systems will be preferred.
• Justification for Hiring Biomedical Engineer

The AI Public Health Project is dependent on multiple medical devices across disease tracks, including cervical cancer, COPD, oral cancer/ENT, TB, cardiac screening, and other point-of-care diagnostic areas. These devices will act as primary input sources for the digital and AI platform through images, readings, reports, and clinical metadata.

As the project moves toward pilot implementation, there is a need for dedicated technical ownership of device selection, technical evaluation, procurement support, integration readiness, field deployment, maintenance planning, and vendor coordination.

In addition, the project explore partnerships pathways of white-labelling, co-development, or localization of selected devices. This requires a role that can bridge public health needs, clinical usability, engineering feasibility, software integration, regulatory documentation, and vendor capability assessment.

Currently, these responsibilities are distributed across the program, IT, procurement, and clinical teams. As the pilot timeline approaches, this fragmented approach may lead to delays in device readiness, incomplete technical evaluation, integration gaps, field-level breakdowns, and lack of accountability for device performance.

A Biomedical Engineer is required to provide dedicated technical support for all device-related activities under the AI Public Health Project. The role will act as a bridge between the program team, software development team, clinical experts, field teams, procurement team, and device vendors.

The position is critical to ensure that all medical devices used in the project are technically suitable, clinically usable, integration-ready, field-ready, and maintained during implementation.