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Bioengineering​

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Study Bioengineering at KAUST


Seamlessly blending the natural world with an expanding universe of modern technology, bioengineering is a discipline with extraordinary potential to secure a better tomorrow. By borrowing fundamental biological principles — how natural organisms regulate themselves, protect themselves, replicate and adapt to threats — bioengineers are making life longer, safer and healthier for everyone. With strong governmental backing and state-of-the-art facilities at KAUST, our bioengineering program is on the brink of scientific breakthroughs. Driven by a passionately entrepreneurial outlook, and with one of the fastest-growing research-citation rates, KAUST Bioengineering is the place to put theory into practice — and improve the world for all.

WHY JOIN US?

Strategic Research for Global Impact

In alignment with Saudi Vision 2030, KAUST is dedicated to transforming not only the academic landscape but also the broader world by addressing pressing global challenges such as disease, hunger and climate change. Our commitment to fostering innovative solutions is exemplified through initiatives like TAQADAM, our startup incubator, which empowers students to turn groundbreaking ideas into impactful ventures with the necessary funding, training and mentorship. By partnering with industry leaders — from Saudi Aramco to emerging sustainability pioneers — KAUST ensures that our research reaches beyond the laboratory and contributes to the Kingdom's goal of economic diversification and sustainable development. Through our focus the RDIA’s four research pillars, we aim to commercialize ideas that not only enhance lives but also contribute to a vibrant, knowledge-driven economy envisioned in Saudi Vision 2030.

Interdisciplinary Collaboration

The Bioengineering program at KAUST embraces an interdisciplinary approach that unites diverse fields to drive innovation and address complex challenges in healthcare and sustainability. Through its three specialized tracks — Biodevices and Biomaterials, Synthetic Biology, and Bioinformatics and Machine Learning — the program fosters collaboration among scientists, engineers and technologists. This integration allows students and researchers to develop cutting-edge biodevices that improve diagnostics and treatment, explore the vast potential of synthetic organisms for environmental and health solutions, and harness the power of bioinformatics and machine learning to analyze biological data and drive informed decision-making. By blending these disciplines, KAUST equips its community to pioneer transformative advancements that can significantly enhance quality of life and address global issues.

World-Class Faculty and Facilities at KAUST

At KAUST Bioengineering, by offering students generous funding and world-class facilities and giving them the power to commercialize their technology and transform their ideas into successful startups, we let innovators focus on what matters most: finding the technologies of tomorrow and then sharing them with the world.

Tailored Education and Training

Across our program, we offer students the funding and freedom to pursue their individual passions, then ensure they drive collective change without borders.
Whether you want to develop synthetic tissues, build prosthetics that mimic the human body, or use bioreactors to treat wastewater, KAUST Bioengineering offers unrivalled research opportunities for postgraduate dreamers and doers. Combine our entrepreneurial spirit with free tuition, world-class facilities and unique collaborations across commerce and industry, and it is no wonder KAUST Bioengineering has quickly made its mark. Now it is time to stamp your legacy!

Collaborative and Supportive Community

Founded as a research institution with large aspirations less than two decades ago, KAUST has rapidly become one of the most respected universities in the world. With graduate students coming from five continents, our bioengineering program prides itself on its international, collaborative spirit — bringing together a diverse cohort of innovators to solve our planet’s most pressing problems.

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Academic Overview
Bioengineering Program


The Bioengineering program is designed to equip students with the skills and knowledge to develop and apply engineering principles to the life sciences. This dynamic field focuses on modeling, monitoring, and treating disorders and disabilities affecting living organisms, as well as creating innovative algorithms to enhance our understanding of biological systems. Students will explore how to engineer living systems to optimize their performance, fostering advancements in health and technology.

The interdisciplinary nature of bioengineering merges concepts from electrical and mechanical engineering, biochemistry, chemistry, computer science, materials science, and biology, enabling the creation of novel solutions that address challenges in enhancing the well-being of living systems.

The Bioengineering program offers three specialized tracks to allow students to tailor their education to their interests and career goals.

  • Biodevices and Biomaterials Track: Focuses on the design and application of devices and materials that interact with biological systems, emphasizing innovation in medical technologies.
  • Synthetic Biology Track: Explores the engineering of biological systems and organisms, enabling students to develop synthetic pathways for novel applications in medicine and industry.
  • Bioinformatics and Machine Learning Track: Combines computational methods with biological data analysis, preparing students to harness machine learning techniques for advancements in genomics and personalized medicine.
Through this comprehensive curriculum, students will be well-prepared to tackle the challenges of modern bioengineering and contribute to the advancement of health and technology.


Bioengineering Master's Degree Program

KAUST Bioengineering advances human knowledge, We work with nature to revolutionize life across disciplines, guiding the next generation of bioengineers towards greatness.

  • Program Specializations
  • Mandatory Courses
  • Lab Experience
  • Duration of Study
  • Biodevices and Biomaterials
  • Synthetic Biology
  • Bioinformatics and Machine Learning
  • 4 Core Courses
  • 4 Electives
  • Graduate Seminars
  • Foundations of Bioengineering Lab
  • Thesis and Non-thesis options
  • 1.5 to 2 years
  • 3 x 15-week semesters and one Summer for Non-thesis
  • 4 x 15-week semesters and one Summer for Thesis
Bioengineering Tabs

Bioengineering Phd Degree Program

Program Specializations
Mandatory Courses
Lab Experience
Duration of Study
  • Biodevices and Biomaterials
  • Synthetic Biology
  • Bioinformatics and Machine Learning
  • 2 PhD-level Electives
  • Graduate Seminars
  • PhD courses can be taken from any program
  • Doctoral Dissertation Research with your Pl Traveling Scholar for external collaboration
  • 2.5-4 years
  • Maximum of 8 x 15-week semesters and 4 Summers

Contact us


  • Kyle Lauersen
    Associate Professor, Bioengineering
    kyle.lauersen@kaust.edu.sa

  • Selena Franchini
    Graduate Program Coordinator
    Building 9, Room 3355