Biofabrication Lab Director — Research & Facilities

University of Notre Dame; Notre Dame (IN); On-site; USD 90,000 - 110,000; Full time

Benefits offered by this job

Renewable contract

Career development programs

Notre Dame benefits

Job summary

The University of Notre Dame seeks a highly qualified scientist or engineer to serve as the full-time, on-site Research and Facilities Program Director (RFPD) of its Biofabrication Core Facility. The RFPD leads facility operations and interfaces biomaterials, 3D printing, and cell biology to study cell–microenvironment interactions for therapeutic outcomes.

The role reports to the BELS Director and is part of a multi-disciplinary team funded by the BELS Initiative with opportunities for growth,

Qualifications

• MS or PhD in bioengineering or related field.
• BS with significant relevant experience will be considered.
• Experience with biofabrication equipment and lab safety.
• Strong collaboration across biology, engineering, chemistry, and medicine.

Responsibilities

• Establish and outfit the new biofabrication laboratory.
• Support biofabrication equipment (3D printers, bioprinters) for diverse users.
• Work with cell-based constructs and characterize them using molecular biology techniques.
• Assist with project design and execution.
• Manage lab training, safety, and compliance.
• Manage ordering, budgeting, and inventory.
• Coordinate lab meetings and events.

Skills

3D bioprinting

CAD

cell culture

biomaterials

cross-functional collaboration

Education

MS in bioengineering

PhD in bioengineering

BS with relevant experience

Job description

The University of Notre Dame seeks a highly qualified scientist or engineer to serve as the full-time, on-site Research and Facilities Program Director (RFPD) of its Biofabrication Core Facility. The RFPD leads facility operations and interfaces biomaterials, 3D printing, and cell biology to study cell–microenvironment interactions for therapeutic outcomes.

The role reports to the BELS Director and is part of a multi-disciplinary team funded by the BELS Initiative with opportunities for growth,