Assistant Professor of Biomedical Engineering: Advanced Biomaterials and Precision Theranostics

Role details

Overview The Department of Biomedical Engineering (BME) invites applications for a tenure-track faculty position in the area of Advanced Biomaterials and Precision Theranostics . Desired areas of expertise include foundational research in biomaterials engineering that synergistically leverages cross-cutting expertise spanning areas of Biomedical AI, Bioelectronics and Biosensing, Advanced Manufacturing, Point-of-Care Diagnostics, and Microphysiological Models.

Potential areas of interest include (but are not limited to) AI-driven biomaterials engineering, portable diagnostics for therapeutic guidance, organ-on-chip models aligned with NIH’s New Approach Methodologies endeavor, ML/AI-driven big data analytics for diagnostic and prognostic applications in precision medicine, and cutting-edge translational technologies that can be applied to both civilian and military healthcare. The ideal candidate will strongly advance the joint engineering-medicine translational mission of the CWRU BME department, with impactful contributions to undergraduate and graduate education, and sustained research support from federal and non-federal sources.

Outstanding candidates at the Assistant Professor rank will be considered for an anticipated start date of July 1, 2027. In recognition of the interdisciplinary nature of this field, the successful candidate will have the opportunity to consider a secondary or joint appointment (up to 25%) in the Department of Electrical, Computer and Systems Engineering or the Department of Mechanical and Aerospace Engineering.

This position is part of an ambitious faculty hiring plan this year within the Case School of Engineering and is in support of the President’s and Provost’s Faculty 100 Initiative to hire at least 100 new tenure and tenure-track faculty at Case Western Reserve University ( https://case.edu/provost/initiatives/faculty-100 ) by 2028 in areas that address global challenges. CWRU BME is a premier academic and research department, operating jointly under Case School of Engineering (CSE) and Case School of Medicine (SOM).

The department currently has 37 primary faculty members and numerous affiliated faculty, leading education and research in the areas of biomaterials and nanomedicine, immunoengineering, regenerative medicine, neural engineering and neurotechnologies, biomedical imaging, and artificial intelligence in health and disease. Research in CWRU BME is supported by an excellent ecosystem of federal, philanthropic and industry partnerships, with significant translational impact on advancing innovations and discoveries to treating disease and improving human health. The department also has a large footprint in the newly opened Roger E.

Susi Interdisciplinary Research Building in the strategic domains of Precision Diagnostics & Therapeutics, and Neurotechnologies. About Us Case Western Reserve University (CWRU) is a leading private research university, located in Cleveland’s vibrant University Circle. The university is known for its strengths in interdisciplinary research, academic excellence, and collaboration with world-renowned healthcare, cultural, and industry partners. In 2026, CWRU was named to the Forbes’ “New Ivies” list. CWRU’s research expenditures trajectory also earned the #1 spot as the fastest-growing research university in the Association of American Universities (AAU).

Under the leadership of CWRU President Eric W. Kaler, the university is guided by three institutional priorities: to elevate academic excellence, expand the research enterprise and enhance community engagement and impact. The university is celebrating its bicentennial this year with the opening of a new $300 million interdisciplinary science and engineering building, intended to foster greater collaboration across disciplines to improve the world. The Case School of Engineering is a major driver of innovation, discovery, and translational impact at Case Western Reserve.

The school is known for excellence in both foundational and applied research, with strengths spanning biomedical engineering, computer and data sciences, materials, energy, robotics, manufacturing, human health, and emerging technologies. Faculty benefit from strong institutional support for research and innovation, as well as extensive opportunities to collaborate across the university and with major external partners including NASA Glenn Research Center, hospital affiliates (including the Cleveland Clinic), regional industry, and national laboratories.

Faculty in the Case School of Engineering are encouraged to pursue joint appointments with external partners as well as other exchange opportunities such as industry-based sabbaticals. The school is at the forefront of CWRU’s new National Science Foundation Regional Innovation Engine, NEO-SMART, backed by an NSF investment of up to $160M over 10 years with well over 70 partners across Northeast Ohio. The school’s educational mission is equally distinctive, emphasizing experiential learning and student mentorship.

Faculty are supported in their research pursuits through advanced instrumentation in shared facilities, advanced research computing resources, research centers and institutes, and strong administrative support for proposal development and grants management. Faculty are supported in their pursuit of teaching excellence and engineering educational innovations through the University Center for Innovation in Teaching and Education. CWRU also offers outstanding opportunities for pursuing entrepreneurship and translational research.

The university supports innovation through resources for intellectual property development, commercialization, startup creation, and strategic partnerships, enabling faculty to extend the reach of their research from discovery to societal benefit. CWRU's 267-acre campus is in the heart of Cleveland’s University Circle, one of the nation’s top arts districts and within walking distance of three major hospitals. Cleveland and its surrounding suburbs are known for their affordable, high-quality of life, with access to great schools, recreation options, and a vibrant community.

Responsibilities The successful candidate will be expected to: Establish and sustain an externally funded and internationally recognized research program Contribute to excellence in undergraduate and graduate education through teaching undergraduate and graduate courses, mentoring undergraduate and graduate students, and contributing to curriculum development and innovations Participate in departmental, school, university, and professional-society service Engage in collaborative and interdisciplinary activities across the university and with external partners - including industry and national laboratories Salary and Benefits In compliance with the City of Cleveland’s Pay Transparency Ordinance (effective October 27, 2025), the annual starting base (academic year) salary range for this position is from $115,00-120,000.

CWRU considers factors such as (but not limited to) scope and responsibilities of the position, candidate’s work experience, education/training, key skills, internal peer equity, as well as market and organizational considerations when extending an offer. University employees enjoy a comprehensive benefits package that includes excellent healthcare, retirement plans, tuition assistance, and paid time off. For more details on CWRU’s benefits, see https://case.edu/hr/benefits .

Required Qualifications

An earned PhD in Biomedical Engineering or a closely related field by the start date An excellent academic record A clearly articulated vision for an innovative and societally relevant research program aligned with the strategic priorities of the department, and the skills to implement that vision Demonstrated potential for excellence in teaching and commitment to effective mentoring and student success, and if being considered for a tenured position, a strong track record of excellence in both teaching and mentoring Strong written and oral communication skills in English Preferred Qualifications Postdoctoral, industrial, or other relevant research experience beyond the Ph.D.

Experience with interdisciplinary collaboration

Application deadline: 2026-12-31