PhD Nanobioscience

Program Overview

The program emphasizes research and collaboration, providing students with hands-on experience in the field. Graduates can pursue careers in industrial research and development, academia, or government agencies, with potential job titles including research scientist, bioengineer, and university professor.

Program Outline

• Integrate, process, test, and qualify these materials in integrated micro- and nanosystems, sensors, and integrated optics.
• Prepare graduates for pioneering interdisciplinary careers in high-tech industries, academia, or government agencies.

Program Description:

The PhD in Nanobioscience integrates theoretical knowledge with practical applications, providing students with hands-on experience in the field. The program emphasizes research and collaboration, allowing students to work alongside faculty and fellow students on cutting-edge research projects.

Outline:

Structure:

• The program requires the completion of either 36 or 60 credits, depending on the student's prior degree (Master's or Bachelor's).
• The curriculum includes a sequence of four foundational courses, followed by relevant coursework, seminars, and dissertation research.

Assessment:

• Preliminary Written Exam: Assesses the student's ability to conceive and execute a nanobioscience research project.
Two attempts are allowed.
• Preliminary Oral Examination: Requires the submission of a written research proposal followed by a formal oral exam based on the proposed work.
• Dissertation: Submission and defense of a dissertation representing original research contributing to the field of nanobioscience.
• Publication: Requires authorship of at least two scientific publications accepted for publication in peer-reviewed technical journals related to the student's area of concentration.

Teaching:

• The program utilizes a combination of lectures, seminars, and hands-on research experiences.
• Faculty members are experts in their respective fields and actively engage in research.
• The program promotes a collaborative learning environment where students can interact with faculty and peers.

Careers:

• Graduates can pursue careers in various industries, including:
• Industrial research and development
• Academic scholarship and research
• Government research agencies
• Potential job titles include:
• University Professor
• Research Scientist
• Bioengineer
• Pharmaceutical Engineer
• Gene Therapist
• Scientific Writer
• Process Engineer
• Chief Scientific Officer
• Program Manager

Other:

• The program provides access to the Albany NanoTech Complex, a state-of-the-art nanotechnology research facility.
• Students have the opportunity to participate in internships and research projects with industry partners.
• The program focuses on research areas such as:
• Human stem cell-derived neurons and neural circuitry therapeutics
• Bio-hybrid devices
• Biosensors for disease detection
• Cellular circuit discovery for drug development
• Bioprocess optimization