Applied Molecular Biology and Biotechnology (AMBB) BS

4 Years On Campus Bachelors Program

University of Delaware

Program Overview

The Applied Molecular Biology and Biotechnology (AMBB) BS at the University of Delaware is designed for students who want practical preparation for biotechnology, biopharmaceutical, molecular diagnostics, and research careers. Its hands-on, competency-based curriculum combines a strong science foundation with laboratory training and required internships, helping students develop skills they can apply in real biotechnology and clinical laboratory settings.

Curriculum Structure

First Year: Students build their scientific foundation through BISC 207/217 Intro Biology I with Lab, CHEM 103/133 General Chemistry I with Lab, and MMSC 100 Introduction to Medical & Molecular Sciences. In the second semester, BISC 208/218 Intro Biology II with Lab, CHEM 104/134 General Chemistry II with Lab, and MMSC 200 Language of Medicine introduce students to biological systems, chemistry, and the terminology used in medical and molecular sciences.

Second Year: Students move toward biotechnology with MMSC 301 Introduction to Biotech, while continuing their preparation through organic chemistry or biochemistry, physics, and human anatomy and physiology options. These courses help students connect fundamental biological and chemical principles with the technologies and applications used in biotechnology and healthcare.

Third Year: The program becomes strongly focused on applied molecular science, with courses such as MMSC 408 Molecular Prep Tech, MMSC 425 Basic Recombinant DNA Tech, and MMSC 426 Protein Purification & Characterization. Students also study MMSC 415 Clinical Immunology & Med Virology, MMSC 450 Medical Biochemistry, MMSC 451 Cell & Tissue Culture Tech, MMSC 491 Human Molecular Genetics, and MMSC 492 Application of Molecular Diagnostics Technique, giving them substantial exposure to molecular biology and diagnostic laboratory methods.

Fourth Year: Students develop more advanced professional and laboratory skills through MMSC 435 Practical Genomics, Proteomics and Bioinformatics, MMSC 427 Flow Cytometry, and MMSC 461 Lab Practice & Leadership I. The year also includes MMSC 441–444 Biotechnology Practicum I–IV, MMSC 471 Laboratory Practice & Leadership II, ANFS 449/459 Food Biotechnology with Lab, and HLTH 241 Ethical Aspects of Healthcare, bringing together technical competence, workplace practice, leadership, and professional ethics.

Focus Areas

Biotechnology and biopharmaceutical sciences, applied molecular biology and recombinant DNA, genomics and genetics, protein science, molecular diagnostics, clinical immunology and medical virology, cell and tissue culture, bioinformatics, proteomics, laboratory practice and biotechnology applications.

Learning Outcomes

Students develop practical biotechnology laboratory skills alongside a strong foundation in biological and molecular sciences. They learn to work with molecular preparation, recombinant DNA, protein purification, cell and tissue culture, molecular diagnostics, genomics, proteomics, bioinformatics, flow cytometry, and biotechnology practicum activities, preparing them to contribute effectively in laboratory and biotechnology environments.

Professional Alignment (Accreditation)

The AMBB program is accredited at the highest level by the American Society for Biochemistry and Molecular Biology (ASBMB). The University of Delaware states that graduates with the appropriate academic preparation and work experience are eligible to sit for the molecular biology certification examination offered by the Board of Certification of the American Society for Clinical Pathology (ASCP).

Reputation (Employability Rankings)

The University of Delaware positions AMBB as a career-focused alternative to a traditional basic science degree, with a curriculum specifically designed to develop biotechnology laboratory skills and practical workplace experience. The university reports that approximately 36 students are admitted to the AMBB major each year, creating a low student-to-instructor ratio in AMBB student laboratory courses, while recent graduates have progressed into biopharmaceutical, hospital, biotherapeutics, and related industries as well as advanced degree programs.

Experiential Learning (Research, Projects, Internships etc.)

Hands-on experience is one of the defining features of this program. Students progress from laboratory-based science courses into specialized molecular techniques, biotechnology practicums, and required practical internships in real-world laboratory settings, with the senior year focused heavily on professional laboratory practice and clinical experience. The university also states that senior students receive clinical experience at three or more clinical laboratory affiliates, giving them direct exposure to professional laboratory environments.

Students gain practical experience through:

BISC 207/217 and BISC 208/218 Introductory Biology with Labs, providing early laboratory experience in biological sciences.
CHEM 103/133 and CHEM 104/134 General Chemistry with Labs, developing practical chemistry skills alongside foundational science knowledge.
MMSC 425 Basic Recombinant DNA Tech, introducing students to practical recombinant DNA methods.
MMSC 426 Protein Purification & Characterization, providing training related to protein analysis and purification.
MMSC 451 Cell & Tissue Culture Tech, giving students practical experience with cell and tissue culture techniques.
MMSC 492 Application of Molecular Diagnostics Technique, connecting molecular biology techniques with diagnostic applications.
MMSC 435 Practical Genomics, Proteomics and Bioinformatics, introducing students to modern molecular data and analysis approaches.
MMSC 427 Flow Cytometry, providing focused training in an important biomedical laboratory technology.
MMSC 441–444 Biotechnology Practicum I–IV, giving students extended practical experience as part of the professional curriculum.
Clinical laboratory experience at three or more affiliates during the senior year, allowing students to apply their training in professional laboratory settings.
Faculty and industry involvement in teaching, giving students perspectives on how biotechnology is applied in both academic and commercial settings.
Opportunities for undergraduate research and Summer Scholars through the College of Health Sciences.
Study abroad and World Scholars opportunities are available to students in the major.

Official program and facilities information: University of Delaware Applied Molecular Biology & Biotechnology program and Medical & Molecular Sciences facilities are available through the university's College of Health Sciences.

Progression & Future Opportunities

AMBB is designed to give graduates both the scientific knowledge and practical laboratory experience needed to enter biotechnology-related employment without limiting their options for further education. The University of Delaware identifies opportunities across biotechnology and biopharmaceutical industries, academic and industry research and development, core facilities, molecular diagnostics, regulatory affairs, and sales, while graduates can also continue into advanced research or professional health programs.

Typical career directions include biotechnology laboratory scientist, molecular diagnostics professional, biopharmaceutical research associate, research and development scientist, with additional opportunities in core laboratory facilities, regulatory affairs, biotechnology sales, hospitals, and biotherapeutics.

Students can strengthen their transition into employment and further study through:

Medical & Molecular Sciences advising, which supports students as they progress through the AMBB curriculum and its required courses and experiences.
Required practical internships, giving students experience in real-world laboratory environments before graduation.
Clinical laboratory affiliations, with senior students gaining experience at three or more clinical laboratory sites.
Undergraduate research opportunities, including research experiences available through the College of Health Sciences.
The ASBMB highest-level accreditation, providing an external quality benchmark for the program's biochemistry and molecular biology education.
Eligibility, with the required academic preparation and work experience, to sit for the ASCP Board of Certification molecular biology examination, which can add professional value for students pursuing molecular laboratory careers.
Recent graduates progressing into biopharmaceutical, hospital, biotherapeutics, and related industries, while others continue into advanced research and professional programs.

Further Academic Progression: Graduates can continue into science-focused doctoral programs, public health programs, and professional health programs such as medicine, dentistry, and veterinary medicine. The University of Delaware also offers an Applied Molecular Biology & Biotechnology MS, providing a direct graduate-level route for students who want to deepen their expertise in biotechnology and molecular laboratory science.