Prospective students will be required to complete a simplified application and provide their undergraduate transcript indicating that they hold a baccalaureate degree in a relevant natural science or engineering field. Applicants with degrees from institutions outside the USA are encouraged to have their credentials evaluated by one of the local evaluation companies. A minimum undergraduate GPA of 3.0 (4 point scale) is preferred. Close attention will be paid to grades in relevant science and engineering courses. GREs are not required.
Please note that a Graduate Certificate, while below a full Masters degree, is not a remedial graduate program. Students must demonstrate the ability to complete graduate level work to be accepted into a graduate certificate program. As such, if an applicant was denied acceptance into a graduate degree program due to academic deficiencies, then acceptance into the certificate program is unlikely.
Courses may not be applied to a certificate if already applied to another certificate and vice versa. However, credits earned towards a certificate may be applied to a Masters or Doctoral degree program in an appropriate discipline. Note that acceptance into a Graduate Degree Program is separate from acceptance into a Graduate Certificate Program.
Biological Sciences and Chemical & Nuclear Engineering departments (Interdisciplinary)
Seongkyu Yoon, Ph.D., 978-934-4741, Seongkyu_Yoon@uml.edu
The certificate is intended for students who hold a baccalaureate degree in science, engineering, health, or related disciplines. The courses emphasize biological and engineering principles, process concepts and the application of these to process design and improvement. Courses deliberately cross disciplinary boundaries and emphasize teamwork in a multidisciplinary environment as well as a result-oriented, document-driven approach to efficient project completion.
Plus Two Electives from the following:
Gainful Employment Disclosure Information
Completion rates, median loan debts and program costs are outlined in the Graduate Certificate Gainful Employment Disclosure Information.
Biological Sciences, Chemistry, Civil & Environmental Engineering departments (Interdisciplinary)
Rick Hochberg, Ph.D., 978-934-2885
Environmental biotechnology refers to the application of biological technologies to monitor, understand, and remediate environmental problems. This certificate combines courses that explore the ecological impact of anthropogenic environmental change with courses that provide training in current biological technologies that can be brought to bear on environmental problems. Recent advances in biotechnology are providing new avenues for investigating biologically mediated environmental processes, many of which were inaccessible using traditional approaches. New biological technologies are being developed to mitigate environmental problems. These include the biological remediation of pollutants, biological treatment of wastewater and drinking water, source tracking of microbial pathogens, and mitigation of toxic algal blooms. As environmental resources are increasingly strained and new biological technologies with the potential to improve our environment become available, the demand for professionals with training in environmental biotechnology will continue to increase.
Required Courses (choose two):
Elective courses (choose six to eight credits):
Total: 12-14 credits
Completion rates, median loan debts and program costs are outlined in the Graduate Certificate Employment Disclosure Information
Biological Sciences and Chemical Engineering departments (Interdisciplinary)
Contact:Rich Hochberg, Ph.D., 978-934-2885
The Graduate Certificate in Molecular and Cellular Biotechnology provides students with training in this growing field. Over the years, an ever-increasing demand for manipulation of DNA and analysis in cultured cells in most aspects of funded research has created a growing need in the job market.
Certificate Program: The Certificate consists of five courses, with four core courses and one related elective (14 credits total).
All students must hold a baccalaureate degree in a relevant natural science or engineering field; at least one year of college-level biology, genetics and biochemistry also is required.
Required Courses: (4 courses, 11 credits)
* Students may take both Cell Biology and Stem cell Biology, in which case one will count towards the core and the other as the elective.
+ Either Cell Biology or Stem Cell Biology can be used to satisfy the pre-requisite for Cell Culture.
Elective courses (students choose one 3 credit course from the following list):
*Biochemistry I is a pre-requisite for Molecular Biology and Cell Biology, but still may be used to satisfy the certificate requirements.