Hello! I'm Charles,
I am a dedicated individual who graduated from NC State with a degree in Human Biology, showcasing a passion for the intricacies of the human body. Building on this foundation, I am currently pursuing a Masters in Microbial Biotechnology at NC State, delving into the fascinating world of business aspects of microbes, and their applications.
In addition to my academic pursuits, I contribute to the safety and well-being of the NC State community as an Emergency Medical Technician (EMT) for Fire and Life Safety. This role not only allows me to apply my knowledge in real-world situations but also reinforces my commitment to serving others in times of need.
During my undergraduate years, I actively engaged in research, emphasizing my curiosity and dedication to advancing scientific knowledge. This undergraduate research experience has not only honed my analytical and problem-solving skills but has also deepened my appreciation for the research process.
Overall, my diverse experiences in Human Biology, Microbial Biotechnology, emergency medical services, and research reflect my multidimensional approach to learning and my commitment to making meaningful contributions in the fields of biology and healthcare. I am excited about the opportunities ahead and look forward to furthering my academic and professional journey.
Charles Miller
Graduate Student at North Carolina State University
252-9036016
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EDUCATION
2023-2025
North Carolina State University
Master's Degree
I chose the Masters in Microbial Biotechnology program at NC State for its direct alignment with real-world applications in biotechnology companies. The program's unique blend of intensive microbial courses provides a robust foundation, allowing me to delve deeply into the intricacies of microbial systems. Additionally, the opportunity to integrate business courses from the NCSU Jenkins MBA program is a key factor. This interdisciplinary approach equips me not only with technical expertise but also with essential business insight, preparing me for a dynamic career at the intersection of science and business in the biotechnology sector.
2019-2023
North Carolina State University
Graduating Cum Laude from NC State University with a Bachelor's degree in Human Biology and a minor in Psychology was a significant milestone that fueled my passion for deeper exploration. With an overall GPA of 3.4, I demonstrated a strong academic foundation in the College of Sciences. The dynamic interplay between human biology and psychology during my undergraduate studies inspired my decision to pursue graduate school. Eager to delve further into these fields and amplify my understanding, I embarked on the journey to graduate school, driven by the desire to contribute meaningfully to the scientific and psychological realms. This academic achievement serves as the catalyst for my continued pursuit of knowledge and my commitment to making impactful contributions in the evolving landscape of human biology.
Bachelor's Degree
2021-2021
EMT Certification
Program
Johnston Community College
In my EMT education program, I acquired crucial life-saving skills, enhanced situational awareness, and developed the ability to provide immediate, effective emergency medical care. The program equipped me with the confidence and expertise needed to respond efficiently in high-pressure situations, contributing to my role in Fire and Life Safety at NC State.
SCIENTIFIC EXPERIENCE
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MANIPULATION OF RECOMBINANT DNA
BIT 510 FALL 2023
MICROBIAL METABOLIC REGULATIONS
MB 714 FALL 2023
SPECIAL TOPICS: NEXT-GENERATION DNA FORENSICS
BIT 595 SPRING 2024
CAREER OBJECTIVES
Looking ahead, my career objectives are centered around academic excellence and gaining diverse experiences in the field of biotechnology. I am currently dedicated to completing my Master's in Microbial Biotechnology at NC State, deepening my understanding of microbial systems and their applications.
In pursuit of a well-rounded skill set, I aim to secure a summer internship in biotechnology. This hands-on experience will not only complement my academic knowledge but also provide valuable insights into the practical aspects of the industry.
Beyond my current program, I aspire to further my education by seeking admission into the Master's Business Administration (MBA) program at NC State. This strategic move reflects my interest in blending technical expertise with business intuitiveness, preparing me for leadership roles in the dynamic field of medical technology.
Ultimately, my long-term career goal is to leverage my background in microbial biotechnology and business administration to make a significant impact in project management and product development within the medical technology sector. By combining my scientific knowledge with business insights, I aim to contribute to the advancement of innovative healthcare solutions and play a pivotal role in shaping the future of medical technology.
I am enthusiastic about the journey ahead, eager to absorb knowledge from every opportunity, and ready to contribute meaningfully to the intersection of science and business in the healthcare realm.
MASTER OF BIOTECHNOLOGY PROGRAM
The NC State Master of Microbial Biotechnology (MMB) program provides an unparalleled fusion of scientific expertise and business education, uniquely tailored for success in the biotechnology sector. Our students engage in hands-on industry training, facilitated by immersive experiences, professional networking opportunities, and rigorous MBA-level coursework. Through practicum projects and internships, they gain practical insights into the dynamic landscape of the biotechnology industry, ensuring a well-rounded skill set and real-world readiness. The program's emphasis on experiential learning equips students with the tools and experiences vital for thriving in diverse roles within the biotechnology field. By seamlessly integrating science and business education, the MMB program at NC State cultivates a cohort of professionals primed for impactful contributions and leadership positions in the ever-evolving biotechnology industry.
MBA Coursework
Currently enrolled in the MMB curriculum, I'm pursuing a dual degree program combining my passion for business with my science background. Integrating MBA courses into my studies, I'm laying the foundation for obtaining an MBA degree in the future. The MMB curriculum offers a unique blend of business and science courses, allowing me to explore the connection between business dynamics and their applications to my scientific background and future endeavors. This dual degree pathway enhances my knowledge and skills, opening up endless possibilities to make a meaningful impact in both the business and scientific communities. I'm eager to leverage this interdisciplinary approach to drive innovation, solve complex problems, and contribute to positive change in the world. Stay tuned as I embark on this exciting journey towards achieving my academic and professional goals!
Education
Spring 2024
MBA 585
Current Topics in Bioscience Management
In Biotechnology in the Real World, students explore current events in the biotech industry through team projects, research, executive summaries, and presentations. Guest speakers, industry professionals, share insights and experiences, providing firsthand perspectives. Join us as we delve into the dynamic intersection of science, business, and innovation.
Spring 2024
BUS 554
Project Management
This course offers a comprehensive exploration of diverse concepts, methods, and tools, spanning executive management to project teams and stakeholders. It emphasizes virtual teamwork skills, aligning with modern workplace dynamics. Through group assignments, students refine virtual communication and executive-level deliverable production. By course end, students grasp project portfolios, organizational culture, scheduling software use, risk management, and behavioral dynamics in project leadership.
INDUSTRY PROJECTS
CMI (COMPARITIVE MEDICINE INSTITUTE) PROJECTS
Project Title: Using artificial intelligence to enable the diagnosis of aortic valve stenosis from a pressure tracing obtained in the ascending aorta
This project focuses on leveraging artificial intelligence for the diagnosis of aortic valve stenosis using pressure tracings from the ascending aorta. By employing advanced algorithms, the AI system analyzes the pressure data, identifying characteristic patterns associated with aortic valve stenosis. This innovative approach aims to enhance diagnostic accuracy, expedite assessments, and ultimately contribute to more efficient and precise healthcare interventions for individuals with aortic valve stenosis.
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INDUSTRY PRACTICUM PROJECT Fall Semester 2023
INDUSTRY PRACTICUM PROJECT Spring Semester 2024
CATALYZE COMMERCIALIZATION CONFERENCE
Project Title: Thermo Fisher Scientific Genetic Sciences Business Project Description
Project Title: A New Frontier: Go-To-Market Strategy for iFyber’s Expansion Into North Carolina
Project Title: Amine Production via Automated Flow Chemistry
My team conducted a comprehensive market assessment for ThermoFisher's OpenArray technology, evaluating its applications across diverse areas such as Pharmacogenomics (PGx), Cystic Fibrosis, Solid Tumor diagnostics, and Emerging Microbial Testing. This analysis encompasses market trends, competitive landscapes, and potential growth opportunities within each sector. By examining the broad spectrum of applications, the assessment aims to provide strategic insights for optimizing the utilization and advancement of ThermoFisher's OpenArray technology in these critical healthcare domains.
iFyber's practicum project focuses on market analysis and strategic planning for its expansion into North Carolina's Research Triangle Park (RTP) area. Led by CEO Tony Eisenhut, the project evaluates market segmentation, total addressable market, competitive landscape, and service gaps within the medical devices, regenerative medicine, and therapeutics industries. By leveraging insights from voice of the customer (VoC) research, the team aims to develop a targeted go-to-market strategy tailored to iFyber's strengths and the unique demands of the North Carolina market, fostering strategic growth and partnership development.
Our project for the Catalyze Commercialization Conference focused on evaluating the market landscape for amine production and developing a commercialization strategy for a new automated flow chemistry technology. We identified pharmaceutical companies as prime targets for adoption due to widespread amine use in their products. We recommended targeting smaller amine manufacturing companies for acquisitions and licensing agreements with industry leaders. Our efforts were recognized with a second-place finish and a $2,000 prize at the conference.
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