Fourth year research project courses
Each student will be assigned a project in consultation with a supervisor. Written reports and oral presentations are required!
Physics 598 F(0-9)
Honours research thesis
Prerequisite(s): PHYS 443, 449, 455 and consent of the department
Physics 599 H(0-9)
Senior research thesis
Prerequisite(s): consent of the department
Please note that PHYS 599 is a decimalized course and may be repeated once for credit.
Experimental projects: 599.01 and 599.02
Theoretical or computational: 599.03 and 599.04
PHYS 598 is meant for honours students, but students majoring in physics or astrophysics are permitted to take PHYS 598 in lieu of PHYS 599 if they prefer.
Students majoring in physics or astrophysics instead take PHYS 599. One semester of PHYS 599 fulfills the major requirement. However, a student is allowed to take PHYS 599 twice. Two enrolments require two different decimal numbers (two distinctive course codes).
A project can be planned for eight months with an assessment performed and grade assigned upon completion of the first PHYS 599 course (in the first semester). The introductory report and first presentation for the second PHYS 599 course (second semester) can build on the final report and presentation for the first course (first semester).
Acceptance into a project is required for enrolment. Available PHYS 598 and 599 projects are listed on the PHYS 598/599 project list website.
Students should contact potential supervisors as early as possible. (Note: The project list is not exhaustive, and the entries in the list are not all up to date, due to the evolving nature of some of the projects and to logistical constraints on their periodic updates.) Students should work with the supervisor to develop a research project and plan. A completed proposal includes the student and course details, project title, and a paragraph project description.
After this, students should submit a completed proposal through our PHYS 598/599 webform. An email is generated and sent to the supervisor for acceptance. Supervisors are also required to sign an affidavit stating their commitment to adequate supervision of the student. The supervisor then forwards their acceptance to the convener for endorsement, with a copy to the physics and astronomy undergraduate associate head. The convener performs a quality check of the submitted project before forwarding their endorsement to the physics and astronomy undergraduate associate head. The associate head makes the final decision on whether the student can enroll in PHYS 598 or PHYS 599; in particular, enrolment in PHYS 598 requires prior successful completion of PHYS 443, 449, and 455, in addition to permission of the department. The whole process takes roughly one week.
After receiving department authorization, students can register for PHYS 598 or PHYS 599 through the course registration website.
While students majoring in Physics or pursuing an honour’s degree in Astrophysics are expected to enroll in PHYS 599 to complete their degree requirements, under special circumstances they may elect to enroll in PHYS 598 instead. Students pursuing an honour’s Physics degree are expected to enroll in PHYS 598. Please note that enrolling in two separate PHYS 599 courses is allowed, but entails considerably more work than enrolling in one (two-term) PHYS 598 course.
A student is expected to spend about 12 hours per week during the semester to complete course tasks.
The introductory report should include the topic of investigation and a brief background, motivation for the investigation, a brief literature survey, and an outline of the method of investigation. The report should be a maximum one page in length, not including references. It should be single spaced in 12-point font and must state both the student’s and supervisor's names below the title. Use a preferred journal's style guide for reference.
The content of the introductory report is pitched to fellow undergraduate students. The oral presentation is strictly seven minutes long with three minutes for questions.
The interim report should summarize the project’s progress to date. It is a maximum of two pages in length including germane figures and tables and references. It should be single spaced and in the same format as the introductory report. It must be approved by the supervisor.
The final report should be in the style of a journal article with section headings. It can be up to 20 pages double spaced in length (10 pages in the case of PHYS 599), not including appendices or references. In order to achieve an excellent grade, PHYS 598 final reports must demonstrate a substantial effort in an original research or development project in the field of study. PHYS 599 final reports need to demonstrate a substantial effort in contributing to a research or development project in the field of study.
For PHYS 598, the final presentation is a 20-minute oral presentation (including 5 minutes for questions and comments). For PHYS 599, the final presentation is a 15-minute oral presentation (including 3 minutes for questions and comments).
PHYS 598 deadline: Friday, October 1, 2021
PHYS 599 fall deadline: Friday, October 1, 2021
PHYS 599 winter deadline: Friday, February 4, 2022
PHYS 598 deadline: Thursday, September 30, 2021
PHYS 599 fall deadline: Thursday, September 30 2021
PHYS 599 winter deadline: Thursday, February 3, 2022
PHYS 598 deadline: Wednesday, December 8, 2021
PHYS 599 fall deadline: Friday, November 5, 2021
PHYS 599 winter deadline: Friday, March 4, 2022
PHYS 598 deadline: Tuesday, April 12, 2022
PHYS 599 fall deadline: Wednesday, December 8, 2021
PHYS 599 winter deadline: Tuesday, April 12, 2022
PHYS 598 deadline: Thursday, April 7, 2022
PHYS 599 fall deadline: Tuesday, December 7, 2021
PHYS 599 winter deadline: Friday, April 8, 2022
Note: All dates above subject to change and to Departmental Approval. The approved course outline, found at https://contacts.ucalgary.ca/info/phas/courses is considered to be authoritative in the case of discrepancies.
*First and Final presentations will be scheduled between 8 a.m. and 5 p.m. on the days above. Students will be consulted by the instructor to find a time that works within their schedule on these days.
Each piece of work (reports, assignments, quizzes, midterm exam(s) or final examination) submitted by the student will be assigned a grade. The student's grade for each component listed above will be combined with the indicated weights to produce an overall percentage for the course, which will be used to determine the course letter grade.
The conversion between a percentage grade and letter grade is as follows.
A+ (minimum % required is 95%)
A (minimum % required is 90%)
A- (minimum % required is 85%)
B+ (minimum % required is 80%)
B (minimum % required is 75%)
B- (minimum % required is 70%)
C+ (minimum % required is 65%)
C (minimum % required is 60%)
C- (minimum % required is 55%)
D+ (minimum % required is 50%)
D (minimum % required is 45%)
The Craft of Scientific Writing (Third Edition)
Author: Michael Alley
The Craft of Scientific Presentations (Critical steps to succeed and critical errors to avoid)
Author: Michael Alley