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Master's Degree in 生物制造 and 生物工艺

Prepare to use the latest technologies to fight diseases and shape the future of health care. The Master’s in 生物制造 and 生物工艺 at ACPHS is an innovative one-year master’s program with one-of-a-kind opportunities for hands-on learning.

一群学生在实验室里做研究
生物制造和生物加工学位概述
Ever wondered how scientific discoveries turn into real-world medicines and treatments? 这就是生物技术的力量! This field combines biology with the engineering of living cells to create value-added products, 比如药品, 疫苗, 基因疗法. The process of manufacturing these value-added products is called 生物制造 and 生物工艺. The MBB program equips students with the knowledge and hands-on skills in biomanufacturing's scientific, 规管及实务层面.

The Master of 生物制造 and 生物工艺 (MBB) at ACPHS is offered by the Department of 生命科学 and 医药科学 in collaboration with CBET (Stack Family Center for Biopharmaceutical Education and Training). MBB offers two tracks: a full-time track for full-time students, 为在职专业人士提供兼职培训. In addition, the flexibility of the program enables you to pursue dual degree programs (e.g.药学博士).

MBB is a one-year accelerated program with over 150+ hours of hands-on laboratory learning and courses that lay the foundations for understanding the science and regulatory landscape of the biotech industry. The program culminates with a biopharmaceutical project (research-focused, review paper and industrial-experience track) allowing a customizable personalized education experience.

奖学金 are available for qualified students who submit complete applications by the deadlines. 有两个奖学金,Richard E. Sobiski ’65 Masters in 生物制造 and 生物工艺 Fund and the Borisenok Family Foundation 生物制造 Scholar to help support advancement in the biopharmaceutical sciences.
针头和细菌
MBB is Designed to Lay the Foundation for Careers in the Biotech Industry
生物制造 is the science and technology of using (engineered) living cells to create valuable products like medicine, 生物燃料, 可持续材料. Medicines made using cells are also known as biologics and include, 疫苗, 抗体, 酶, 以及细胞和基因疗法.

The MBB program is designed to lay the foundation for careers in the biotech industry. The program emphasizes understanding cell and molecular biology, 药物是如何被发现的, (生物)制造, and regulated and has 150+ hours of hands-on training on laboratory techniques that match industry standards equipment and techniques.

The MBB at ACPHS is a great fit for early and mid-career professionals who want to enter the biotech sector and (bio)pharmaceutical industry. 如果你已经是生物制药领域的专业人士, this program is a great way to sharpen your skills and prepare for leadership roles in a continually evolving industry.
两个学生在实验室分析数据
MBB硕士课程的实践学习
The MBB program culminates with Biopharmaceutical capstone projects, offering students the opportunity to apply their classroom and laboratory learning to real-world practice. There are three options for biopharmaceutical capstones. The program culminates with a biopharmaceutical project (research-focused, review paper and industrial-experience track) allowing a customizable personalized education experience.

生物制药顶点

  1. Refining Affinity Chromatography of Hybridoma-derived Anti-IgM Monoclonal IgG Antibodies – Joel Goetz (ACPHS 教师 Mentor: Payel达塔)
  2. Exploring Human Cytochrome P450 2C8 and 2C9: Genetic Polymorphisms, 药物之间相互作用, and Clinical Implications) - Aezat Ullah (ACPHS 教师 Mentor: Dr. Manish Shah)
  3. Benefits and Limitations of IBM Robotic Process Automation (RPA): A Use Case for Text Recognition - Nivedita Sivakumar, 行业经验
  1. Interchangeable Biologics: Pharmacy Level Substitution - Vidisha Amin (ACPHS 教师 Mentors: Dr. Payel Datta和Dr. 海安郑)
  2. Methods to Establish an Efficient Workflow to Produce Antibody-Drug Conjugate (ADC) - Bereket Estifanos – (ACPHS 教师 Mentors: Dr. Payel达塔)
  3. Review of Molecular Mechanisms of Monoclonal Antibodies for Cancer Treatment - Carmen Nazario (ACPHS 教师 Mentors: Dr. Payel Datta和Dr. Kideok金)
  1. Quality Assurance Validation for Curial Global – Mariam Gawdat, Curia
  2. 辉瑞疫苗研发公司流感检测技术的发展&D -尼古拉斯·拉贝
  3. Benefits and Limitations of IBM Robotic Process Automation (RPA): A Use Case for Text Recognition - Nivedita Sivakumar, IBM
  4. Quality Assurance for Biopharmaceuticals: An overview of regulations and methods – Hany Elfar, Curia
一个学生在实验室里观察显微镜
生物制药科学类工作
Our graduates are prepared to take on a variety of positions in the biopharmaceutical industry, 包括细胞系发育, 过程开发, 法规遵从性, 质量保证/质量控制, 制造和业务发展. Leading biopharmaceutical sciences companies who hire our graduates include:

Amgen, AstraZeneca, Bristol-Myers Squibb, Curia Global, Eli Lilly, GlaxoSmithKline, Johnson & 强生、默克、辉瑞和再生元.

Earning your master’s degree opens the door to leadership opportunities and higher-paying careers. Get the attention of employers increasingly looking for candidates who can successfully navigate the complex regulatory environments in biotechnology.

Located near the biopharma and biotech hubs of Boston and New York City, Albany is a growing area for biopharmaceutical sciences and an ideal place to pursue your degree.