Interdisciplinary Study
Biotechnology
Leveraging microbial innovation to advance medical solutions and sustainability
Relevant Coursework:
-Biotechnology
-Design Manufacturing
-Material Science Biomaterials
-Tissue Engineering Technologies
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Engineering
Gaining advanced knowledge of mathematics, physics, and coding languages to utilize in practical physical, mechanical, and electronic applications
Relevant Coursework:
-Physics for Engr. I & II
-Biomedical Mechanics
-Biomedical Electronics
-Calculus I-III
-Applied Differential Equations
-Computer Methods in BME
-Microsoft Suite
Science
Understanding biological and chemical processes at the micro and macro levels to support biotechnological advancements
Relevant Coursework:
-General Biology
-General/Quantitative/Organic Chemistry
-General Microbiology
-Biotransport
-Biochemistry
-Human Physiology (Mechanial and Electrical)
-Human Nutrition​​
Business
Conducting and communicating market and supply chain analyses to make cost-efficient decisions in pharmaceutical industries
Relevant Coursework:
-Biomedical Product Development and Implementa
-Biomedical Ethics
-Global Regulatory Affairs
-Interpersonal Communication
Scientific and Technical Background
Upstream
Mammalian cell culture (growth, harvest, viability, fixation, dehydration, infiltration; fibroblasts, endothelial (NHEK) cells), paraffin embedding, sectioning, staining and mounting, imaging, PCR, gel electrophoresis, living skin equivalents (LSE) models, microscopy, micropipetting
Coding
Java, MATLAB, Arduino (C/C++), Unix, HTML, CSS, Python
Downstream
Colorimetric microplate assays, gel electrophoresis/SDS-page, liquid chromatography mass spectrometry (LC-MS), buffer exchange/ultrafiltration, mechanical cell lysis, TOC, MALDI-TOF, HPLC, ddPCR, autoclaving, solid phase extraction (SPE)​
CAD
SolidWorks, Fusion360
Manufacturing
GxP, GMP documentation, SOPs, protocol writing, verification, validation, LIMS/EDMS, FMEA
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Microsoft Suite
Word Expert, PowerPoint, Excel Expert
MMB Program Overview
Overview
The Master of Microbial Biotechnology (MMB) program at NCSU is an all-encompassing, two-year, non-thesis, hybrid curriculum designed to set students up for success in the biotechnology industry via practical application. Throughout the program, students engage in both science and business coursework, including hands-on, collaborative industry projects, internship experience, MBA-level coursework, and invaluable networking opportunities.
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The program highlights professional development, evidence-based methods, and project management. Through this, students learn about flexibility, problem-solving, conflict resolution, and effective verbal and written communication.
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As a Biomedical Engineering student, I decided to partake in the MMB program to truly strengthen my knowledge of the scientific background behind the innovative processes I was studying while simultaneously learning about process development and the financial and ethical considerations that must be made along the way. As I seek to become a well-rounded individual, I believe that my diverse knowledge and skill set will allow me to provide invaluable insights in the workplace.
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MMB Practicum Project
Semester-long industry collaboration
Semester 1
Novonesis: Developing a Sustainable Landscape for Biosolutions
RESEARCH & BRAINSTORM
Investigating opportunities in the supply chain to integrate various substrates and by-products of food upcycling to align with Novonesis' sustainability initiatives
ANALYSIS
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Complete market analysis for industry sectors and substrates
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Identify leaders and targets for production
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Assess stakeholder needs
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Establish federal framework discussing regulatory barriers
PRESENT FINDINGS
Present aggregate research findings for areas of potential development to Novonesis business development leaders including recommendations and potential setbacks
