Indiana University of Pennsylvania

What you'll study

This programme combines core principles of nanoscale science with practical laboratory training and a research component. Coursework emphasises the physics, chemistry and engineering of nanomaterials and devices, together with methods used to characterise and manipulate matter at the nanometre scale.

• Core topics: quantum and electronic properties at the nanoscale, surface and interface science, materials chemistry for nanostructures, and nanoscale thermodynamics.
• Techniques and instrumentation: electron and scanning probe microscopy, spectroscopy techniques, thin film deposition and basic micro/nanofabrication concepts, and sample preparation methods.
• Advanced modules: nanocomposites and functional nanomaterials, nanoelectronics and device physics, nanobiotechnology and applications in energy and sensing.
• Research and project work: an independent research project or thesis carried out under faculty supervision, plus laboratory rotations or practical modules to develop experimental skills.
• Seminars and professional skills: research seminars, scientific communication, ethics in nanoscience, and project management relevant to multidisciplinary teamwork.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in physics, chemistry, materials science, engineering or a closely related discipline from an accredited institution. Typical application materials include academic transcripts, a statement of purpose outlining research interests, and letters of recommendation.

• Academic preparation: foundational undergraduate coursework in calculus, linear algebra, physics and chemistry or materials science. Prior laboratory experience is advantageous.
• Grades and other evidence: a competitive undergraduate GPA and evidence of quantitative and experimental ability. Specific minimum GPA requirements are set by the department and can vary.
• International applicants: evidence of English proficiency through an approved test where required, plus the usual documentation such as translated transcripts and proof of degree equivalence.
• Additional items: some applicants may be invited for an interview or asked to discuss a prospective research supervisor; professional experience in a relevant industry can strengthen an application.

Career prospects

Graduates are prepared for roles in research, development and technical leadership across a range of sectors that apply nanoscale science and engineering.

• R&D positions in industries such as semiconductors, advanced materials, pharmaceuticals and medical devices, energy and clean technologies.
• Laboratory and technical specialist roles in instrumentation, quality control and process development.
• Opportunities in regulatory policy, patent law (with additional training), technical consulting and product development.
• Progression to doctoral study and academic or national laboratory research careers for students focusing on deep research training.

Why study at Indiana University of Pennsylvania

IUP offers a focused, interdisciplinary environment where students work closely with faculty from chemistry, physics and related disciplines. The programme emphasises hands‑on laboratory training and supervised research projects that build practical skills sought by employers and doctoral programmes alike.

• Faculty mentorship: small cohort sizes allow close supervision and direct collaboration with faculty on research topics spanning materials synthesis, characterisation and application.
• Laboratory experience: students gain practical experience in modern experimental techniques and access to department laboratories and instrumentation for nanoscale analysis.
• Regional connections: proximity to a broader technology and manufacturing region provides opportunities for collaborations, internships and career networks.
• Flexible pathways: programme options typically support both thesis and project-oriented tracks, enabling students to tailor their study toward industry roles or further research training.