Innovation and discovery are in your DNA. Now, you can acquire the technical mastery to begin solving healthcare’s most significant challenges with the first regenerative and stem cell technologies master’s degree offered entirely online.
Regenerative and stem cell technologies have the potential to revolutionize treatments for numerous diseases and health conditions. Develop the expertise needed to advance in this rapidly growing field with the MS in Regenerative and Stem Cell Technologies program. You can pursue this degree entirely online, or choose the option to collaborate with JHU’s research faculty during a brief lab residency that provides hands-on experience for the next phase of your career.
A master’s in regenerative and stem cell technologies can give you specialized knowledge and skills spanning cellular biology, regenerative medicine, gene therapy, stem cell technologies, research ethics, and related biotechnology applications. You’ll also have many opportunities to study emerging areas such as bioinformatics, epigenetics, immunology, personalized medicine, pharmacology, and recombinant DNA. In a field where scientific discoveries must increasingly move from laboratory research toward scalable, clinically relevant applications, these skills are highly sought after.
Below are a few examples of regenerative and stem cell technologies master’s courses that you can take as part of our program. These courses will help you gain the skills you need to advance in your career and improve your abilities. As part of the program, you will be expected to take required core classes as well as choose from relevant electives to complete your degree.
The skills and expertise gained through a regenerative and stem cell technologies graduate program can open the door to a host of careers. Learn what this master’s degree can do for you.
I am grateful for the professors, connections, and resources I found at Hopkins. If you want to be part of the impact that biotechnology has, this is where you need to be.
This program gives you practical expertise and experience for advancing your career right away.
Experienced faculty with expertise in molecular and cellular biology enable you to develop technologies that will benefit patients and society.
Build practical knowledge to develop next-gen technologies and therapies. Then choose the electives that fit your interests. These courses delve into immunology, bioinformatics, personalized medicine, and more.
You have the option to spend a week in the lab with JHU researchers and your classmates to learn cell cultivation methods and the basics of tissue engineering. You can take your hands-on learning further with advanced recombinant DNA and advanced stem cell lab electives.
Once you’re a Johns Hopkins student, you will expand your career network to include biotech, medical, and research professionals throughout the world. Connect with leaders and alumni accelerating change in every industry through innovative science.
Discover the next breakthrough in regenerative medicine and stem cell technologies. Pursue your master’s degree online with Johns Hopkins University.
Johns Hopkins University’s MS in Regenerative and Stem Cell Technologies program is a 10-course, 40-credit STEM-certified professional master’s degree program – often completed within 12-36 months, though students have up to seven years for degree completion. Courses are offered online, in-person at the JHU Homewood Campus in Baltimore, Maryland, or through a combination of both modalities.
The admissions criteria for the MS in Regenerative Stem Cell Technologies program includes a bachelor’s degree from a regionally accredited U.S. college or university, or an equivalent international credential, with a minimum grade point average of 3.0 on a 4.0 scale. Additionally, this program requires certain prerequisite courses. The application can be completed online and requires supporting materials, including resume, transcripts, and more.
Tuition and fees for the MS in Regenerative Stem Cell Technologies are $58,400 USD. The cost per course is $5,740. Students may be eligible to access federal loans, employer tuition assistance, military and veterans benefits, or partner-organization benefits to offset the cost of the degree. Learn more about financial aid options.
Students complete six core courses focused on gene therapy, regenerative medicine, stem cell biology, and research ethics. They also choose four electives from an array of specializations including: bioinformatics, epigenetics, human molecular genetics, immunology, personalized medicine, pharmacology, and recombinant DNA.
Yes. Students can complete a one-semester research project on an approved topic that results in a written document, poster, and oral presentation of the student’s research findings.
Graduates may pursue a position such as:
There are many opportunities in academic and medical research, biotechnology, and pharmaceutical companies. Some research-intensive positions require additional education, so the degree’s value will depend on previous experience, career goals, and position.
The knowledge and skills developed through this program can apply across:
Graduates may find themselves working for a biotechnology company developing cell or gene therapies, a pharmaceutical organization involved in drug discovery, a research institution investigating disease mechanisms, or a healthcare organization involved in emerging therapeutic approaches.
One example from the Bureau of Labor Statistics reports that medical scientists work primarily across research and development, hospitals, colleges and universities, medical laboratories, and pharmaceutical manufacturing.