Objective: The future of public health in Canada depends on the competence of today’s public health students. The Public Health Agency of Canada (PHAC) core competence categories are designed to guide public health practice and the training of public health students. The objectives of this study were to understand public health graduate students’ perception of the PHAC core competencies and report the usability of a practicum placement software in the facilitation of competence-based learning. Methods: Twelve students in the first year of the graduate program in public health participated in two focus group sessions. Participants were asked to select their top and least desired PHAC competencies and then discuss the reasons for their selection. Factors that may have influenced the category selection and their opinion on improving the competence categories were discussed. The system usability scale (SUS) was administered to the student participants and two staff members to help understand the usability of the practicum placement software in the facilitation of competence-based learning. Results: Partnership, collaboration, and advocacy emerged as the top-desired, with public health sciences being the second top-desired. The assessment and analysis category was the least desired, followed by the Leadership competence category. Prior educational background, future career goals with respect to job prospects were among the key factors that influenced the students’ competence selection. Conflict resolution, outreach, and community engagement were some of the suggestions of categories that could be included in the core competence categories. The system usability score for InPlace platform was 61.8 (95% 56.7- 66.9). Conclusions: Overall, students believe that the PHAC core competencies are comprehensive. They suggested seeing certain terminologies become a prominent part of the competence categories. The use of InPlace platform in the facilitation of competence-based learning may require more time for adequate user experience. / Thesis / Master of Public Health (MPH)

The diploma thesis deals with the design of concrete structures reinforced by FRP according to ACI, fib, CSA and EC2 regulations, which are stressed by a shear force. The diferences between steel rebar and FRP reinforcement were described, in particular its mechanical degradation over time and a different stress-strain diagram. Furthermore, shear capacity calculations were performed according to the regulations and compared with the real tests. Then the parametric analysis of shear strength was performed. In the practical part, the design of concrete floor slab structure supported by the pillars and walls was performed. The upper reinforcement of this slab was designed with FRP and the lower with steel rebar. Double-headed studs were used as a punching shear reinforcement.