Professional Introduction

Applied Physics is an undergraduate major in general higher education institutions in China, categorized under Physics, with the code 070202. The standard duration of this major is 4 years. Students can complete their studies within 3-6 years. Qualified graduates are awarded a Bachelor of Science degree. The Applied Physics major at Hefei University of Technology focuses primarily on physics, with lasers and optoelectronics as its main training direction. It has a distinctive science curriculum that emphasizes practical professional courses, highlighting the unique characteristics of a technical institution offering science disciplines. The program emphasizes training application-oriented talents in optoelectronic technology. Graduates are not only fit for teaching, research, technological development, and management roles but also possess the capability to pursue further studies in physics and related frontier disciplines.

Major Introduction

Applied Physics is an undergraduate major widely offered in Chinese higher education institutions, falling under the broader category of Physics (code 070202). The typical duration of this program spans four years, though students have the flexibility to complete their studies within a range of 3 to 6 years. Upon successful completion, graduates receive a Bachelor of Science degree.

The Applied Physics major at Hefei University of Technology places a strong emphasis on the field of physics, with a specialized focus on lasers and optoelectronics. What sets this program apart is its unique science-based curriculum that prioritizes practical professional courses, highlighting the distinct character of a technical institution that excels in scientific disciplines. This program is dedicated to nurturing application-oriented talents in the field of optoelectronic technology. Graduates from this program are well-equipped not only for careers in teaching, research, technological development, and management but also possess the capacity to pursue advanced studies in physics and related cutting-edge disciplines.

Professional Training Objectives

The Applied Physics program, with a focus on optoelectronic science and engineering, primarily cultivates professionals who engage in the research, teaching, technical development, application, and management of optoelectronics and related physics frontiers. It also trains talents who can apply physics to modern high-tech and various social fields. After undergraduate studies, students will possess a foundation for further studies in physics and related disciplines, meeting the requirements for research, technological development, teaching, and management. Specifically, students will:

l Master the basic theories, knowledge, and experimental skills of physics.

l Have a solid foundation in mathematics and computational abilities.

l Possess knowledge in foreign languages, computer applications, and information technology.

l Be trained in scientific thinking and research methods of physics.

l Receive preliminary training in applied basic research and engineering technology development.

l Have a robust scientific spirit, scientific literacy, scientific methodology, and innovative consciousness.

l Demonstrate good abilities in self-learning, practical application, scientific research, and new technology development.

Education Objectives

The Applied Physics program, with a specialization in optoelectronic science and engineering, primarily nurtures professionals who are actively involved in researching, teaching, developing technology, applying, and managing the cutting-edge aspects of optoelectronics and related physics. It also equips individuals with the ability to apply physics in modern high-tech and various societal domains. Following their undergraduate studies, students will have a solid foundation to pursue further studies in physics and related disciplines, meeting the requirements for research, technological development, teaching, and management. In particular, students will:

l Master the fundamental theories, knowledge, and experimental skills of physics.

l Establish a strong footing in mathematics and computational proficiency.

l Acquire knowledge in foreign languages, computer applications, and information technology.

l Develop scientific thinking and research techniques in physics.

l Undergo initial training in basic applied research and engineering technology development.

l Cultivate a strong scientific mindset, scientific literacy, scientific methodology, and innovative thinking.

l Exhibit strong skills in self-directed learning, practical application, scientific research, and the development of new technologies.

Professional Special Features

The Applied Physics undergraduate program was formed by integrating the lasers, solid materials, and semiconductor directions established in 1980 when the Applied Physics department was founded. The program addresses the basic talent cultivation needs of the nation and local regions, adhering to the philosophy of "investigating the nature of matter", targeting fundamental scientific issues in the nation's "bottleneck" problems. It aims to cultivate innovative leaders in the applied physics field with international perspectives and the ability to analyze and solve complex engineering problems. Emphasizing the characteristics of a technical institution offering science disciplines, the program combines the school's strengths to serve basic talent cultivation. It focuses on cultivating basic talents in optoelectronic science and engineering, with a distinctive science character and a profound professional foundation. The program emphasizes application-oriented talent training in optoelectronic technology, integrating theory and practice, and promoting strong practical skills and outstanding innovative consciousness.

Special FeaturesThe Applied Physics undergraduate program traces its roots back to 1980 when the Applied Physics department was established. It merged the disciplines of lasers, solid materials, and semiconductors, laying the foundation for what it is today. This program caters to the essential talent development needs of the nation and local communities, guided by the core philosophy of unraveling the mysteries of matter. Its primary objective is to tackle fundamental scientific challenges, addressing the critical bottlenecks in the nation's progress.

The program’s vision is to nurture forward-thinking leaders in the field of applied physics, equipped with a global perspective and the ability to dissect and resolve intricate engineering dilemmas. Built on the bedrock of a technical institution offering science-focused disciplines, it harnesses the school’s unique strengths to fuel the cultivation of foundational talent.

The program’s core focus lies in molding skilled individuals in the realm of optoelectronic science and engineering. It prides itself on its scientific essence and robust professional groundwork. This program places a strong emphasis on practical training in optoelectronic technology, seamlessly integrating theory with hands-on experience, fostering exceptional practical skills, and promoting a culture of innovation.

Professional Employment Directions

Graduates can work in:

l R&D, technical support, production, sales, and management in optoelectronics and related fields.

l Educational and teaching roles in physics or related disciplines.

l Research, technical development, application, and management in physics or related scientific and technical fields.

l Further studies in optics, electronics, and other physics disciplines to pursue master's and doctoral degrees.

Career Pathways

Graduates have various career pathways to explore, including:

l R&D, technical support, production, sales, and management in optoelectronics and related fields.

l Educational and teaching roles in physics or related disciplines.

l Research, technical development, application, and management in physics or related scientific and technical fields.

l Further master's and doctoral studies in optics, electronics, and other physics disciplines.