KU's master's degree in molecular biotechnology program prepares students for advanced careers in molecular biotechnology-oriented clinical, industrial and research laboratories. During the 2-year (40 credit hour) non-thesis program, students obtain training in the use and application of the latest methodologies and instrumentation as well as critical thinking, trouble shooting, and communication skills.

The application of these skills to research and development is emphasized. The innovative curriculum is structured to provide broad-based knowledge and hands-on experience through course work and practica performed in biotechnology settings. Together with state-of-the-art research facilities and excellent faculty, the University of Kansas Medical Center is a premier location to study molecular biotechnology.

Applicants for this program are accepted online. Detailed instructions on how to apply are posted on the molecular biotechnology program website. Students are admitted for the fall semester only. Applications for the fall semester must be received by February 1 for consideration.

Admission requirements:

  • A bachelor’s degree in a life science (e.g., biochemistry, biology, cell biology, clinical laboratory science, microbiology, molecular biosciences, etc.) from a regionally accredited institution is required and must be documented by submission of official transcript indicating the degree has been conferred. An applicant with a bachelor's degree in other than a life science may be considered for admission provided the prerequisite course work has been successfully completed. Official transcripts for any courses from all institutions attended are also required.
    Students with degrees from outside the U.S. are subject to transcript evaluation indicating the degree is equivalent to a U.S. bachelor's, master's or doctoral degree and meets the minimum cumulative grade-point average requirement. To meet this requirement, applicants must submit an official copy of the transcript evaluation report conducted by either World Education Services or Educational Credential Evaluators. The evaluation must also include a course-by-course evaluation to also determine if prerequisite course requirements have been met. 
    Please note: transcripts and grades earned outside the U.S. must be evaluated, even if classes were taught in English and the transcript is written in English. For example, transcripts from India and other former British colonies with widespread English language use must also be evaluated.
  • Applicants must possess a cumulative grade-point average of at least a 3.0 on a 4.0 scale for his or her bachelor's degree program.
  • Applicants who are not native speakers of English, whether domestic or international, must demonstrate they meet the minimum English proficiency requirement.
  • A background check is required during the admission process; it may affect the student's eligibility to enter the program.
  • An official copy of the Graduate Record Examination score must be sent from Educational Testing Service to KU Medical Center using ETS institutional 6895. The general exam must have been taken within the last two (2) years and include verbal, quantitative and analytical scores. A subject test is not required.
  • The following prerequisite courses must be completed before beginning the program:
    • Biochemistry – one semester
    • Calculus – one semester
    • Cell biology – one semester
    • Chemistry (general) – two semesters
    • Chemistry (organic) lecture and laboratory – at least one semester
    • Genetics – one semester
    • Physics – one semester
  • A current resume or curriculum vitae is required and must include information on the applicant's educational, professional, and research background. This document should include a history of both paid and unpaid research and laboratory experience, and any honors and awards. Also include, in chronological order, a list of titles, authors, and complete references for any publications or abstracts on which the applicant's name appears.
  • A personal statement that describes applicant's educational goals and career objectives will be submitted with the online application.
  • Three references from a faculty member, advisor, employer or other person familiar with the applicant's work and character are required. The recommendations may not be obtained from family members, friends, etc.
  • Interview - the most qualified applicants will receive an invitation for an interview.

Applicants will be assessed based on these requirements. Students not meeting the above requirements may be eligible for provisional admission. After an applicant has been admitted, a program may defer an applicant's admission for one year after which time the applicant must submit a new application.

Admission requirements are subject to change. In most cases, use the catalog of the year student entered the program. Other years’ catalogs».

The Master of Science in Molecular Biotechnology (M.S.) program is a two year non-thesis program that provides broad-based knowledge and skills to prepare students for advanced careers in molecular biotechnology-oriented clinical, industrial, and research laboratories. Students receive training in the use and application of advanced methodologies and instrumentation as well as critical thinking, troubleshooting, and communication skills. The application of these skills to research and development is emphasized.  The curriculum is divided between core courses and practicum. The majority of the core courses (see list below) are completed during the first year of enrollment with the three practica completed during the second year in the program.

Degree Requirements:

  • Degree requirements are normally completed within 2 years of admission to the degree program although a maximum of 7 years is allowed.
  • Cumulative grade-point average (GPA) of at least a 3.0 for all KU graduate coursework.
  • Successful completion of the core courses and the practicum which totals to 40 credit hours.
    Core Courses (26)
    The core curriculum includes biochemistry, molecular genetics, cell structure, cell signaling, research ethics, biotechnology issues, scientific writing, and radiation safety, and provides a solid foundation in the field. Practical skills are built through lecture and laboratory coursework in the theory and application of a broad range of nucleic acid- and protein-based molecular biotechnologies.
    CLS 710Molecular Techniques I2
    CLS 711Molecular Techniques Laboratory I2
    CLS 720Molecular Techniques II2
    CLS 721Molecular Techniques Laboratory II2
    CLS 730Current Issues in Biotechnology1
    CLS 740Journal Club1
    CLS 742Scientific Writing1
    GSMC 850Proteins and Metabolism2
    GSMC 851Molecular Genetics2
    GSMC 852Introduction to Biomedical Research I2
    GSMC 853Cellular Structure2
    GSMC 854Cell Communication2
    GSMC 855Introduction to Biomedical Research II2
    BIOL 702Laboratory Practice: Radiation Safety Procedures0.75
    BIOL 703Radioisotopes and Radiation Safety in Research1.25
    GSMC 856Introduction to Research Ethics1
    Practicum (14)
    For the three required practica, students work with investigators, laboratory staff, and other members of the practicum site in the ongoing activities of the practicum site. In a research-oriented practicum, students initially participate in an ongoing research project that leads to independent research activities. While enrolled in a practicum, the primary academic obligation is at the practicum site, and students engage in their practicum-associated activities on a full-time basis (i.e., eight hours a day, Monday through Thursday).
    CLS 750Practicum I4
    CLS 751Practicum II5
    CLS 752Practicum III5
    Total Hours40
  • Successful completion of a general examination the semester the student will graduate.  This is a comprehensive examination, consisting of written and oral components.  To satisfy the written component, students write a grant proposal. Successful completion of the written component is required preliminary to taking the comprehensive oral examination of general knowledge of molecular biotechnology concepts and applications.
  • Enrollment in a minimum of one (1) credit hour the semester the student will graduate.

Degree requirements and course descriptions are subject to change. Any courses taken as an equivalent must be approved by the Graduate Director and the Office of Graduate Studies. In most cases, use the catalog of the year student entered the program. Other years’ catalogs».

Typical Plan of Study

Year 1
GSMC 8502GSMC 8532BIOL 7020.75
GSMC 8512GSMC 8542BIOL 7031.25
GSMC 8522GSMC 8552CLS 7504
GSMC 8561CLS 7202 
CLS 7102CLS 7212 
CLS 7112  
CLS 7301  
 12 10 6
Year 2
CLS 7401CLS 7421 
CLS 7515CLS 7525 
 General Examination (comprehensive examination consisting of written and oral components)  
 6 6 
Total Hours: 40