Since 1872, The University of Toledo has been improving lives. Our graduates conduct cutting-edge research, perform on stage, heal patients, teach in classrooms and make an impact in their communities. We offer 300+ undergraduate and graduate degree programs across the arts, business, education, engineering, law, medicine, natural sciences, nursing and pharmacy. At UToledo, it's all about the possibilities and opportunities. No limitations.

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Toledo, USA

Bachelor

University of Toledo - EduCo

Statistical methods for the design, testing and manufacturing of medical devices; the application of statistical methods to quality systems and process validation. To apply statistical analysis to biological data. To investigate experiment design involving biological systems. To formulate and solve problems in statistics.

On-Campus

Bachelor of Analysis of Bioengineering Systems

Already have a technical associate’s degree? Earn a bachelor’s degree in Applied Organizational Technology with just two more years of full-time study at The University of Toledo. This broad business degree gives you all the tools you need to thrive in the business world. We’ll broaden your skill set with basic, practical business classes in finance, accounting, marketing, ethics and more. UToledo graduates have marketable talents they can use in any work environment.

Bachelor of Applied Organizational Technology

Experiential learning is a hallmark of the Africana Studies bachelor’s degree program at The University of Toledo. Africana Studies majors can take the knowledge they learn in the classroom into communities across America and the world. The program seeks to promote greater understanding and improvement of socio-economic life in the black community, nationally and globally. Africana Studies undergraduates take classes across disciplines. This is an excellent program for students who are intellectually curious and passionate about social justice.

Bachelor of Arts Africana Studies

The Anthropology program at The University of Toledo in Ohio asks a fundamental question: What does it mean to be human? Anthropology majors study people around the world - people from different times and places. They learn how our thoughts and beliefs are shaped by the cultural communities in which we are raised. What makes UToledo’s Anthropology program unique? Undergraduates learn by doing. They work in the field, in the lab and in the community. Anthropology bachelor’s degree students are trained to collect, analyze and interpret data.

Bachelor of Arts Anthropology

The study of Asia has never been more relevant to American undergraduates. The countries of the largest continent on Earth continue to greatly influence the U.S. economy and political landscape. The interdisciplinary Asian Studies degree program at The University of Toledo is designed to provide students with a comprehensive and systematic education in Asian affairs. We focus on language, culture, political science, economics, history and geography, as well as business and related areas.

Bachelor of Arts Asian Studies

Physical and chemical properties of materials commonly used in medicine. Inflammatory, immunogenic, carcinogenic and toxicologic responses within host tissues. Testing and evaluation strategies for effective use of materials in medicine and biology.

Bachelor of Bioengineering Biomaterials

Measurement circuits, signal analysis, and computer design in biological systems and medicine. Electronic devices, digital devices, amplifier design, and instrumentation safety. Laboratory reinforces lecture topics and their application to the acquisition of biological signals.

Bachelor of Bioengineering Biomedical Electronics

Design and construction of medical instrumentation, including aspects of signal and image processing, computer integration, and software development. Written communication skills are emphasized through laboratory report organization, documentation of results, error analysis and interpretation of findings.

Bachelor of Bioengineering Biomedical Instrumentation Laboratory

Introduction to processing techniques used in biotechnology industries. The entire process of product development will be covered, including the creation and culture of recombinant organisms to synthesize a protein product, and the extraction, purification, immobilization and assay of the final product.

Bachelor of Bioengineering Bioprocessing Laboratory

Design and application of analog and digital signal processors to biomedical signals. Covered topics include the Laplace transform, analog filter design, continuous and discrete Fourier transform, and FIR/IIR digital filter design. To apply mathematics and electrical engineering to biological signal processing. To formulate solutions to problems in signal processing.

Bachelor of Bioengineering Biosignal Processing

The quantitative description of momentum transport (viscous flow) and mass transport (convection and diffusion) in living systems. Application of engineering methods to model and quantify aspects of bioengineering systems. To apply mass and heat transport principles to biological systems. To solve problems related to mass and heat transfer.

Bachelor of Bioengineering Biotransport Phenomena

This course integrates the engineering and life science backgrounds of senior bioengineering students through the presentation of design principles for problems in biomechanical, bioelectrical, biochemical and biological systems. Oral and written communication, ethics, engineering economics and business plans are reviewed.

Bachelor of Bioengineering Design Project I

Teams of senior bioengineering students solve problems in biomechanical, bioelectrical, biochemical and biological systems through a design project. Testing and evaluation of designs, progress reports, oral presentations and a written final report are required. To design a medical device or product. To function on a team of students to design a device or product.

Bachelor of Bioengineering Design Project II

The theory and implementation of techniques used for the measurement of forces and motion within the musculoskeletal systems at the system, organ and tissue levels. The overall aim of this course is to master lab techniques towards measurement of forces and motion at the level of the musculoskeletal systems, organs and tissues.

Bachelor of Bioengineering Experimental Methods in Orthopedic Biomechanics

Mechanics of the human musculoskeletal system and its joints. Basic concepts for deformable body mechanics, including stress and strain analysis, viscoelasticity and applications to common problems in orthopedic biomechanics. To understand key concepts in statics, mechanics and strength of materials such as equilibrium, stress, strain, material properties.

Bachelor of Bioengineering Introduction to Biomechanics

Preparation for co-op and full-time employment in industry. Topics include resume writing, interviewing skills, compensation and benefits, social protocol and corporate ethics, biomedical ethics, design and quality control processes, and governmental regulation.

Bachelor of Bioengineering Professional Development

Principles of thermodynamics and conservation of mass applied to living systems, biomedical devices, and bioprocesses. To apply thermodynamic calculations to biological systems. To solve biological problems related to thermodynamics.

Bachelor of Bioengineering Thermodynamics

Students will learn computer skills and techniques for AutoCAD so that they can design and solve problems in Bioengineering. Students will learn computer skills for programming MATLAB language to solve problems in Bioengineering.

Bachelor of Computer Programming for Bioengineering

Orientation to the University of Toledo, the College of Engineering and the Department of Bioengineering. Topics also include a general introduction to the field of bioengineering, and a survey of engineering computing resources. To learn that Bioengineering is a very quantitative field. To learn that engineering principles can be applied to living systems.

Bachelor of Orientation and Introduction to Bioengineering

Review of general physiological principles followed by a comprehensive study of the human nervous, muscle, circulatory, respiratory, excretory and digestive systems from an engineering perspective. To understand the basic principles of human physiology. To apply biologic and engineering principles to physiologic systems.

University of Toledo - EduCo

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