Undergraduate Student Resources

Undergraduate Degree Programs in Quantum Science and Engineering

The University of Å·ÃÀ¿Ú±¬ÊÓƵ Boulder provides quantum science and technology classes, research opportunities and resources for learning that range from the casually interested member of the public to the advanced graduate student orÌýprofessional seeking to develop a particular expertise.

Undergraduate Degree Programs in Quantum Science and Engineering

Undergraduate Quantum Courses

Å·ÃÀ¿Ú±¬ÊÓƵ Boulder offers a wide range of quantum-specific courses either required for physics and engineering degrees or as electives.Ìý

ASTR 2100:ÌýFundamental Concepts in Astrophysics
CHEM 4531:ÌýPhysical Chemistry 2
CHEM 4591:ÌýPhysical Chemistry Lab 2
CHEM 5591: Advanced Molecular Spectroscopy
CHEM 5591: Advanced Molecular Spectroscopy
CHEN 4521: Physical Chemistry for Engineers
CSCI 3090: Introduction to Quantum Computing
CSCI 4831: Special Topics in Algorithms: Adv Tpcs Quantum Comp and Info
ECEN 3090: Introduction to Quantum Computing
ECEN 3915: Foundations of Quantum Engineering
ECEN 4925: Foundations of Quantum Hardware
ECEN 4925: Foundations of Quantum Hardware
MCEN 4700: Quantum Forge I
MCEN 4710: Quantum Forge II
MCEN 4710: Quantum Forge II
PHIL 3430: History of Science: Newton to Einstein
PHIL 4400: Philosophy of Science
PHIL 4400: Philosophy of Science
PHYS 2130: Introduction to Quantum Mechanics and Its Applications
PHYS 2150: Experimental Physics 2
PHYS 2170: Foundations of Modern Physics
PHYS 3090: Introduction to Quantum Computing
PHYS 3220: Quantum Mechanics 1
PHYS 4410: Quantum Mechanics 2
PHYS 4450: History and Philosophy of Physics
PHYS 4700: Quantum Forge I
PHYS 4710: Quantum Forge II

Undergraduate Quantum Courses

Quantum Forge

Quantum Forge is a hands-on student training experience providing a novel laboratory space for multidisciplinary teams of undergraduate and master's students from engineering and physics. The result: developing research, communication and problem-solving skills while addressing challenges identified by companies and investigators. Teams will calibrate, characterize, build and design technologies relevant to a research lab, so graduates can enter the workforce ready to participate in and contribute to practical problem-solving in a quantum setting.Ìý

The Quantum Forge curriculum includes:

  • Introductions to laboratory-relevant test equipmentÌý
  • Fabrication skills (including electronics and machining) with integration into existing shops
  • Fundamental quantum concepts, such as qubit rotations on the Bloch Sphere

The Quantum Forge also providesÌýStudent Hands-On Training in Quantum.Ìý

Quantum Scholars

The Quantum Scholars program provides a fellowship and opportunities to help students learn about the quantum field, including connecting students with local industry and quantum technology. The program supports undergraduates in physics, engineering and computer science with the aim to advance quantum education and workforce development through professional development, co-curricular activities, and industrial engagement.

  • Earn a fellowship!
  • Learn more about the quantum sector
  • Build community with like-minded students, staff and faculty

Quantum Research Exchange

Quantum Research Exchange (QRX) is an internship program specifically geared toward students at two-year colleges, minority-serving institutions, and other academic institutions serving students typically underrepresented in STEM. QRX employs a relational cohort model that groups students together for development throughout the entire academic year, leading up to the summer internship season. Industry partners participate in student-company mixers, provide wisdom and guidance to students seeking information about the quantum industry, and share internship opportunities with students in the program directly.Ìý

  • Gain experience with resumé-building for internshipsÌý
  • Learn interviewing techniques
  • Develop, networking and related skills useful for job applications

Quantum Research Internships

Participating in scientific research can be a highly valuable and rewarding part of your undergraduate education. Working in a research program as an intern can also be a significant help in ensuring success in your post-graduation plans.

  • Develop interests, skills and contacts by working on projects during their time at university
  • Research programs range from volunteer to paid to paid + housing/living allowance
  • Highly recommended for those who are considering post-graduate academic programs
  • Make your resume a standout when applying for nearly any type of job after graduation

Check back soon for a list of currently available quantum research internships.Ìý

Quantum Research Internships

Quantum Tech is a student-led organization open to any Å·ÃÀ¿Ú±¬ÊÓƵ Boulder undergraduate or graduate studentÌýinterested in quantum science and its applications in technology.Ìý

  • Learn from fellow students and industry professionals
  • Collaborate on projects
  • Engage in discussions
  • Hang out with our energetic community!