Introduction to the Undergraduate Program in Applied Physics

The undergraduate program in Applied Physics is designed to cultivate scientists for the future. The curriculum provides students with a broad and solid foundation in physical theories, enhanced mathematical and logical analysis capabilities, as well as hands-on and experimental skills.

Program Objective

The objective of this major is to provide students with a comprehensive understanding of the state of the arts in physics. The goal is to cultivate students' concrete background knowledge for future researches, whether in frontier science and advanced technology.

Learning Outcomes

The learning outcomes of the program include:

• Mastering fundamental theories and basic experimental skills systematically and comprehensively
• Acquiring mathematical skills necessary for analyzing physical problems, fluent communication skills, English scientific writing skills, as well as proficiency in computer-aided experiments and simulations
• Developing fundamental skills for conducting scientific research

Program Highlights

The program offers comprehensive training with a solid background in physics and mathematics, along with excellent English communication skills. It stimulates students' curiosities about scientific research while also enhancing their abilities in logical thinking and analysis.

Major Disciplines

The major disciplines of the program include:

• Theoretical physics
• Optics
• Condensed matter and material physics
• Astrophysics
• Nuclear physics
• Precision measurement physics
• Plasma physics

Program Length and Degree

The program lasts for 4 years, and the degree conferred is a Bachelor of Science.

Credits Hours and Units

The minimum curriculum credits, including courses and practicum, are 150 credits. The breakdown of credits is as follows:

Courses Credits Hours and Units

• General Education Core Curriculum: 744 hours / 46.5 credits, 34.1% of total credits
• Elective: 160 hours / 10 credits, 7.3% of total credits
• Basic Sub-disciplinary Courses: 464 hours / 26.5 credits, 19.4% of total credits
• Major-specific Core Courses: 520 hours / 41.5 credits, 30.4% of total credits
• Major-specific Electives: 192 hours / 12 credits, 8.8% of total credits

Practicum Credits

• Military Training: 2 weeks / 1 credit
• On-campus Voluntary Work: 1 week / 0.5 credits
• Electrical Engineering Practice: 2 weeks / 1 credit
• Engineering Internship (Scientific Research Training): 2 weeks / 1 credit
• Undergraduate Thesis: 20 weeks / 10 credits

Extracurricular Credits

• Community Engagement: 1 credit
• Academic Activities: 1 credit
• English Test: 1 credit
• Academic Competition or Other Comprehension Recognized by School: 1-6 credits
• Academic Paper: 2-3 credits
• Research Programs: 1-4 credits
• Experiments: 1-3 credits

Main Courses

The main courses of the program include:

Basic Sub-disciplinary Courses

• History of physics
• Error analysis and data processing
• Probability and statistics
• Analogue electronics
• Fundamental mathematical methods in physics
• Mathematical methods in physics
• Topics on frontier physics
• Elemental physics laboratory
• Comprehensive physics laboratory
• Modern physics laboratory

Major-specific Core Courses

• Mechanics
• Thermal physics
• Electromagnetic
• Optics
• Atomic physics
• Solid state physics
• Theoretical mechanics
• Electrodynamics
• Quantum mechanics
• Thermodynamics and statistical physics

Major-specific Electives

• Introduction to precision measurement physics
• Introduction to biophysics
• Computational physics
• Laser physics
• Nuclear physics and particle physics
• General relativity and cosmology
• Introduction to condensed matter physics
• Introduction to astrophysics
• Introduction to plasma physics
• Introduction to geophysics

Practicum Module (Experiments included)

The practicum module includes:

• Science Research Practice
• Undergraduate Thesis

Course Schedule

The course schedule is as follows:

General Education Core Curriculum

• Morals & Ethics & fundamentals of Law: 40 hours / 2.5 credits
• Survey of Modern Chinese History: 32 hours / 2 credits
• Basic Theory of Marxism: 40 hours / 2.5 credits
• Social Practice of Ideological and Political Theories Course: 24 hours / 1.5 credits
• General Introduction to Mo Zedong Thought and Socialist Theory with Characteristics: 56 hours / 3.5 credits
• Current Affairs and Policy: 32 hours / 2 credits
• Chinese: 32 hours / 2 credits
• Calculus: 88 hours / 5.5 credits
• Fundamental English: 56 hours / 3.5 credits
• Physical Education: 32 hours / 1 credit
• Military Theory: 16 hours / 1 credit
• Engineering Graphics: 40 hours / 2.5 credits
• Computer and the foundation of programming design: 48 hours / 3 credits

Basic Sub-disciplinary Courses

• History of Physics: 24 hours / 1.5 credits
• Error Analysis and data processing: 32 hours / 2 credits
• Probabilities and Statistics: 40 hours / 2.5 credits
• Analogue Electronics: 64 hours / 4 credits
• Fundamental Mathematical Methods in Physics: 64 hours / 4 credits
• Mathematical Methods in Physics: 64 hours / 4 credits
• Topics on Frontier Physics: 32 hours / 2 credits
• Fundamental Physics Lab Experiments: 32 hours / 1 credit
• Comprehensive Lab Experiments: 48 hours / 1.5 credits
• Lab experiments of Modern Physics: 48 hours / 1.5 credits

Major-specific Core Courses

• Mechanics: 72 hours / 4.5 credits
• Thermal Physics: 48 hours / 3 credits
• Electromagnetics: 72 hours / 4.5 credits
• Optics: 72 hours / 4.5 credits
• Atomic Physics: 48 hours / 3 credits
• Solid State Physics: 64 hours / 4 credits
• Theoretical Mechanics: 72 hours / 4.5 credits
• Electrodynamics: 72 hours / 4.5 credits
• Quantum Mechanics: 72 hours / 4.5 credits
• Thermodynamics and Statistical Physics: 72 hours / 4.5 credits

Major-specific Electives

• Digital Electronics: 48 hours / 3 credits
• Introduction to Precision Measurement Physics: 48 hours / 3 credits
• Introduction to Biological Physics: 48 hours / 3 credits
• Computational Physics: 48 hours / 3 credits
• Laser Physics: 48 hours / 3 credits
• Nuclear Physics and Particle Physics: 48 hours / 3 credits
• General Relativity and Cosmology: 48 hours / 3 credits
• Introduction to Condensed Matter Physics: 48 hours / 3 credits
• Introduction to Astrophysics: 48 hours / 3 credits
• Introduction to Plasma Physics: 48 hours / 3 credits
• Introduction to Geophysics: 48 hours / 3 credits

Practical Training Items

• Military Training: 2 weeks / 1 credit
• Electrical Engineering Practice: 2 weeks / 1 credit
• Engineering Internship: 2 weeks / 1 credit
• Labouring for Public Benefit: 1 week / 0.5 credits
• Undergraduate Thesis: 20 weeks / 10 credits

Huazhong University of Science & Technology

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Overview:

Huazhong University of Science & Technology (HUST) is a comprehensive and multi-disciplinary research university located in Wuhan, China. It is renowned for its advanced research facilities and academic achievements, boasting a full range of academic disciplines across 10 major categories. HUST is the only university in China that manages four National Laboratory / National Science Centers.

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Services Offered:

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Student Life and Campus Experience:

HUST provides a vibrant campus where artistic atmosphere and athletic spirit are advocated. It is a diverse community with creative people from around the world. The university has a 70% greening rate, earning it the nickname "university in the forest."

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Key Reasons to Study There:

Research Excellence:

HUST is renowned for its advanced research facilities and academic achievements, managing four National Laboratory / National Science Centers.

Global Reach:

HUST has a strong international presence, with over 2000 international students from 120 countries.

Diverse Programs:

The university offers a wide range of academic programs across 10 major categories, including 41 schools, 1 department, 2 institutes, and 1 sino-foreign joint institute.

Vibrant Campus Life:

HUST provides a vibrant campus with a strong emphasis on arts and athletics, fostering a diverse and creative community.

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Academic Programs:

HUST offers a full range of academic disciplines across 10 major categories, including 41 schools, 1 department, 2 institutes, and 1 sino-foreign joint institute.

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Other:

HUST has been accepting international students since the 1960s. The university has over 3,400 full-time teachers, including over 1,200 professors. Experts from around the world come to HUST to give lectures and conduct research.