PhD Nanoscale Science

Program Overview

The PhD Nanoscale Science Program at University at Albany equips students with advanced knowledge and skills in nanoscale science and engineering. Through specialized tracks, students delve into various aspects of the field, including materials properties, nanomaterial development, and technological applications. The program emphasizes hands-on research, industry collaborations, and international opportunities, preparing graduates for diverse careers in academia, research, and industry.

Program Outline

Degree Overview:

• Objective: Equip students with the necessary knowledge and skills to excel in nanoscale science and engineering research.
This includes understanding the fundamentals of material properties, developing and manipulating nanomaterials, and applying this knowledge to various technological applications.
• Description:
• The program offers seven specialized tracks to cater to individual interests and career aspirations.
These tracks focus on various aspects of nanoscale science and engineering, including molecular materials, optoelectronics, spintronics, thin film nanomaterials, nanoscale characterization, nanomaterials for nanotechnology, and the economic impact of nanoscale science.
• Students are required to complete either 36 or 60 credits, depending on their prior qualifications and chosen thesis research path.
The coursework involves a combination of foundational courses, track-specific electives, and research-oriented projects culminating in a dissertation.

Outline:

• Program Content:
• Covers fundamental principles, advanced concepts, and current research trends related to nanoscale science and engineering.
• Delves into specific areas like molecular and material properties, device fabrication and characterization, nanostructured materials, nanofabrication techniques, and theoretical simulations at the nanoscale.
• Provides in-depth knowledge of various materials, including molecular dots, wires, crystals, thin films, and nanostructured architectures.
• Introduces students to diverse applications across sectors like healthcare, energy, electronics, and more.
• Includes research projects and hands-on experience using advanced tools and equipment at the Albany NanoTech Complex.
• Structure & Schedule:
• Requires 36 credits (for students with a Master's degree) or 60 credits (for students with a Bachelor's degree) for program completion.
• Includes core courses, track-specific electives, research credits, and seminars totaling the required credit count.
• Offers flexibility to choose the course load per semester based on individual goals and research progress.
• Typically requires 4-5 years for full-time students and longer for part-time students to complete the program.
• Specific course offerings and schedules may vary depending on availability, faculty expertise, and student demand.
• Modules & Descriptions:
• Foundational Modules:
• Introduction to Nanoscale Science and Engineering
• Quantum Mechanics and Materials Science
• Nanomaterials Synthesis and Characterization
• Nanoelectronics and Optoelectronics
• Nanoscale Modeling and Simulation
• Track-Specific Modules:
• Each of the seven tracks mentioned previously offers specialized modules related to their respective themes.
These may include:
• Economic Impacts of Nanoscale Science and Nanotechnology:
Theoretical and simulation-based studies exploring the economic impact of emergent nano-enabled systems on various industries and society
• Course Load: Typically involves taking 4-5 courses in a semester, but students have the flexibility to adjust based on research workload or time constraints.

Assessment:

• Preliminary Written Exam: Covers basic nanoscience topics, with two attempt opportunities for students to maintain standing in the program.
• Preliminary Oral Examination: Held 2 semesters post written exam and specific to individual student research focus.
• Dissertation: Submission and defense of an original research proposal contributing new knowledge to nanoscale science.
• Publication Requirements: Requires publishing as first author in at least two peer-reviewed journal articles within the student's specialization.

Teaching:

• Methods: Combines traditional lectures with hands-on laboratory exercises, independent research opportunities, and participation in research seminars to encourage active learning and knowledge development.
• Faculty: Comprises distinguished professors, experienced researchers, and industry leaders specializing in various areas of nanoscience and engineering.
Their diverse expertise contributes to a well-rounded and research-driven learning experience.
• Unique Approaches:
• Extensive access to state-of-the-art facilities at the Albany NanoTech Complex provides a unique and unparalleled research environment.
• Interaction and collaborations with numerous corporate research partners offer valuable industry perspectives and real-world research applications.
• Opportunities to present research findings at various conferences and participate in professional development activities foster networking and career opportunities.

Careers:

• Potential Careers: Upon graduation, students may pursue diverse career paths in academia, research institutions, or industrial settings.
• Examples: Positions like university professor, post-doctoral researcher, R&D engineer, scientific director, photovoltaic materials scientist, research metallurgist, and many others are accessible with a PhD in Nanoscale Science.

Other:

• International Opportunities: The program is recognized as a STEM designated program, enabling international students to pursue up to 12 months of post-completion Optional Practical Training for practical industry experience after graduation.