Master of Science in Bioengineering (MS-BIOE)

Introduction

The master of science in bioengineering program draws its foundation from the wealth of knowledge from breakthroughs in scientific and engineering methodologies in bioengineering including cell and molecular biology, microbiology, biotechnology, biomaterials, bioinstrumentation, and biochemical and environmental engineering. The program's philosophical objective is to educate students so they can become proficient in bioengineering and contribute to generating fresh insights in the realm of environmental preservation and sustainability. Additionally, they should be equipped to address societal issues in areas such as food, energy, and health. It is designed with the vision of equipping students from diverse backgrounds with unique skill sets, which will make a transformative impact on global health, sustainability, and equity.

Objectives

The educational objectives of this program are for the graduates to satisfy the following within a few years of graduation: 

  • PEO-1: Apply advanced principles from engineering, biology, chemistry, mathematics, medicine, biotechnology, and physics to tackle various challenges in diverse bioengineering domains.
  • PEO-2: Promote innovation, design applications, and train professionals for careers in government, private sectors, and bio entrepreneurship.
  • PEO-3: Disseminate advanced bioengineering research findings via scientific outcomes while upholding professional and ethical standards.

Program Learning Outcomes

In order for a graduate to meet course objectives, the following is a list of expected learning outcomes that will be met during the training. Graduates will acquire the ability to:

  • Identify, formulate, and resolve multifaceted problems by applying principles of science and engineering.
  • Critically examine, evaluate, and interpret scientific literature and breakthroughs within his/her major area of research in bioengineering.
  • Apply specialized theories and practical concepts to decipher complex problems in bioengineering.
  • Conduct applicable research, analyze and interpret data, and utilize bioengineering knowledge to design and complete a project.
  • Communicate research results efficiently through various platforms via formal presentations.
  • Adhere to professional and ethical values in the execution and communication of scientific research.