Biomedical Engineer (USA)

About the Role

Insight Surgery help surgeons plan the most complex surgeries, designing and manufacturing cutting edge patient-specific medical devices including anatomical models, surgical cutting guides and complex custom implants partnering with a number of large institutions across the USA and with the NHS in the UK. This is achieved by delivering a unique Point of Care service model.

We are looking for a passionate Biomedical Engineer to join our growing team and help design patient-specific medical devices and surgical solutions. In this role, you will transform medical imaging data into custom surgical cutting and drilling guides, using planning tools that directly support surgeons and improve patient outcomes.

You will work closely with surgeons, engineers and manufacturing teams to take patient-specific solutions from concept to delivery. This role is ideal for someone who enjoys solving complex anatomical challenges, working with cutting-edge 3D technologies and making a real impact in the operating room.

The successful candidate can expect a challenging and rewarding role, making a positive difference to patient outcomes in some of the USA's leading hospitals. Our innovative way of working directly at the point of care allows for a level of autonomy and responsibility, providing staff with a structured career development pathway.

This role ideally will have a successful candidate based at our Houston, Texas office, however remote working is another option. It will nationally, indirectly report to Insight Surgery's USA Team lead based in Houston and globally to the Head of Engineering based in the UK.

Responsibilities

• Project manage and own the end-to-end design workflow, ensuring compliance with the ISO 13485 certified Quality Management System.
• Use validated segmentation software to convert patient scan data into 3D anatomical models for clinical cases.
• Collaborate with surgeons and clinical teams throughout planning and design to deliver patient-specific medical devices.
• Use CAD to design solutions for a broad range of clinical indications.
• Lead case discussions, communicate design concepts and technical solutions clearly and effectively to ensure on-time delivery for surgery.
• Prepare the design files for 3D printing and production workflows, print devices to a high standard, then complete post-processing, finishing and inspection.
• Carry out routine maintenance and calibration of facility equipment in line with the scheduled plan.
• Attend surgical cases, where required, to support surgeons.
• Support with the improvement of internal workflows.
• Support third-party audits via strong knowledge of company procedures and compliance processes.

Qualifications & Requirements

• Minimum Bachelor's degree or equivalent in Biomedical Engineering or a similar related discipline.
• Experience using enterprise-level medical segmentation software, ideally focused on the design or manufacture of patient-specific surgical guides.
• Industry experience designing patient-specific surgical guides using CAD.
• Knowledge of human anatomy and orthopaedic surgical procedures.

Preferred Specific Knowledge & Skills

• Materialise Mimics experience, including segmentation of CT and MRI datasets.
• Geomagic Freeform experience.
• Experience with 3D printing technologies (FDM, SLA and SLS) and associated post-processing/inspection.
• Experience designing patient-specific solutions for orthopaedic oncology cases.
• Strong project management and stakeholder communication skills.

Salary & Benefits

• Core working hours 0900-1800, Monday to Friday.
• 18 days annual holiday allowance plus 9 vacation days.
• Competitive salary based on experience.
• Health insurance, including dental and vision.
• Performance-based bonus scheme paid bi-annually, that provides up to 12% of the employees per annum salary.
• 3% of salary per annum employer contribution toward 401k pension.
• Discretionary yearly salary review/increase.
• Future opportunities to join Insight Surgery's Company Share Options scheme.