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At 100 level there are four core courses,泭,泭,泭泭硃紳餃泭泭which are required for all students intending to major in Physics or Astronomy. They should also take泭.泭 In addition to these, students intending to major in Astronomy are required to take泭泭in Semester One.

Students with fewer than 14 credits at NCEA level 3 Physics should take泭PHYS 111泭before advancing to泭PHYS 101泭硃紳餃泭102.

• The泭Science Headstart泭programme offers a bridging course.
• 插泭Certificate in Science泭is a good option for those who don't want to commit to a full-time degree.
• Check the entry requirements on the泭Physics subject page.
• International students should refer to泭UC's International web page.

For Physical Science or Engineering, the choice of first-year courses will depend on your previous experience (in particular your results from NCEA physics and mathematics with calculus) and future plans.

The core physics paper for Engineering Intermediate Year is泭泭and is offered twice a year泭��� in Semesters One and Two.

Students with 14 credits in NCEA Level 3 Physics and Mathematics and Calculus, or acceptable similar qualifications, will be permitted to take this course. Other students are required to take泭泭offered in the first semester.

Either entry route would enable completion of the basic Engineering Intermediate Year in one year or the completion of a BSc in three years. Students who qualify for泭泭but have fewer than 14 credits in Level 3 NCEA Physics) may find泭泭quite challenging. These students are encouraged to consider taking泭泭款勳娶莽喧.

For those planning to advance in Physical Science or to proceed to Electrical and Electronic Engineering,泭泭is offered in the second semester, with泭泭as the usual prerequisite.

Students with 18 level 3 NCEA credits in Physics and Mathematics and Calculus will also be admitted.泭泭is also offered during the summer. This enables those students who take the泭泭硃紳餃泭泭path in their first year to pick up泭泭over the summer and so complete the courses required for advancement in either Physics or Electrical Engineering.

100-level

泭

Required泭

• : Engineering Physics A: Mechanics, Waves, Electromagnetism and Thermal Physics
• : Engineering Physics B: Electromagnetism, Modern Physics and 'How Things Work'
• : Mathematics 1A
• : Mathematics 1B
• : Introduction to Programming for Engineers.
  • this course requirement may be waived for students with a demonstrated proficiency in Python programming.

泭is offered in Semesters 1 and 2 and泭泭is offered in Semester 2 and as a Summer Course. MATH102/103 may be replaced by EMTH118/119.

泭

200-level

泭

Required泭

• :泭Technical and Professional Skills for Physicists
• 45 points from PHYS 201-209
• :泭Multivariable Calculus

泭

Strongly recommended

• 泭and/or泭

泭

300-level

泭

Required泭

• : Thermal, Statistical and Particle Physics
• :泭Quantum Mechanics
• :泭Advanced Electromagnetism and Materials
• :泭Advanced Experimental Physics and Astronomy

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Notes

1. A student may be permitted by the HOD to obtain a double major in Physics and Mathematics with PHYS 381 replaced by PHYS 326 as a required course.

Required for postgraduate

Students intending to proceed to BSc (Hons) or MSc in Physics, Medical Physics or Astronomy should take:泭
(1) an additional two courses from 300-level PHYS or ASTR;
and (2) two additional courses from 300-level MATH or STAT.

Students intending to take泭Mathematical Physics泭in postgraduate studies should take a double major in Physics and Mathematics and replace PHYS381 by PHYS326 Classical Mechanics and Symmetry Principles as a majoring requirement.

Each October the PHYS 300 level guide is updated and available on request by emailing the School of Physical and Chemical Sciences office.

For all prescribed courses for a basic Bachelor of Science in Physics see泭degree regulations. 泭These include recommended courses for intending postgraduate study paths.