Why study physics at Wake Forest?

Overview of programs and research interests

The Wake Forest Physics Department offers an outstanding educational program for the undergraduate student, with the option to pursue either the BS or the BA degree.  The program is designed to give the student a broad understanding of physics, with the opportunity to pursue research at the forefront of biophysics, nano-technology, condensed matter physics, gravitation and particle physics and optical and laser physics. The Department thus provides the unique mix of research opportunities similar to those found at large research universities with the atmosphere of a small liberal arts university.  Graduates from the Wake Forest Physics Department hold exciting and challenging positions at colleges, universities, industry and government laboratories, and not-for-profit institutes (see Outcomes section below for more detail).

What makes the Department of Physics at Wake Forest special?

The teacher-scholar model means the faculty are involved in:
• Internationally-recognized research AND
• In developing new courses and unique methods of teaching

Small classes:
• Faculty get to know all the students
• Faculty can provide personal feedback and modify teaching methods, if necessary
• Students feel more comfortable asking questions and engaging in discussion

Benefits of a liberal arts education
• A liberal arts education is one in which students must take courses that provide a general knowledge, as well as those in a specific major. (This is in contrast to a technical, professional, or vocational education, which focuses only on preparing students for a specific job or career.)
• A liberal arts education is designed to develop general intellectual capabilities, including the ability to identify and solve problems, and communicate those solutions to others; these skills are necessary for a lifetime of learning and community engagement in any career.
• The 2000 survey of employers conducted by the National Association of Colleges and Employers (NACE) indicated that general skills, including written and verbal communication skills, the ability to solve complex problems and to work well with others are important in hiring decisions; these are characteristics of a liberal arts education and the education you would obtain with a physics degree from Wake Forest University.

Facilities and infrastructure to support research
• State-of-the-art equipment
• Excellent library
• Powerful high performance scientific computing

Interdisciplinary teaching and research with other departments (Computer Science, Math, Chemistry, Biology) and other schools (Wake Forest University Medical School)

Graduate Outcomes: What might you expect after earning a degree in physics from WFU?

• With a major in physics from WFU, you will develop solid mathematical skills, strong problem solving ability, and a good work ethic--these essential skills will allow you to work in many different areas.
• Students have earned 334 BS and BA degrees in physics from Wake Forest University since 1943 (241 of those since 1980), as shown in the graph below.
• In a typical WFU graduating class of 8-9 physics majors:
• 2 - 3 go on to graduate study in physics
• 2 - 3 go on to graduate study in engineering
• 2 - 3 go to medical or law school
• about 2 enter the work force, usually in high tech
• The following table provide more detail regarding the careers of our alumni (this snapshot of our alumni and their careers was taken in 2007):
  

  	Since 1943	Since 1980
  Professor/Post-secondary Educator	25	11
  Research Scientist	28	20
  Engineer	18	12
  Doctor/Dentist	10	7
  K-12 Teacher	9	4
  Information Technology;Software Engineer	13	9
  Lawyer	13	10
  Executive	21	10
  Science Mgmt	6	4
  Education Administration	3	1
  Other Management	10	4
  Consulting	9	6
  Financial	8	6
  Military	4	3
  Pilot	4	3
  Sales	6	6
  Other	8	7
  Unknown	116	100



• The following graph shows the number of BA and BS degrees in physics awarded by year: