PEO. Professional Engineers Ontario. Presented by. Adeilton Ribeiro, P.Eng. EIT & Student Programs Coordinator

Transcription

1 PEO Professional Engineers Ontario Presented by Adeilton Ribeiro, P.Eng. EIT & Student Programs Coordinator

2 PEO Professional Engineers Ontario Organization that regulates the practice of engineering in Ontario 40 Sheppard Ave W, Toronto, Ontario PEO Chapters Where members belong 36 chapters Council Task forces / committees 36 Chapters 80,000+ members 2

3 APEY CANADA WIDE 200,000+ P.Eng. NAPEGG APEGBC APEGA PEGNL APEGS APEGM PEO 80,000+ OIQ Engineers PEI APEGNB Engineers Nova Scotia *National Membership Report 2016 Engineers Canada 3

4 Objectives Engineering Students Statistics What is Professional Engineering? PEO s Licensing Requirements What are the PEO SMP, EIT and FCP programs? 4

5 Total undergraduate enrolment Postgraduate enrolment 81,287 24,421 CANADA WIDE *Canadian Engineers for Tomorrow 2016 Engineers Canada report 5

6 CANADA WIDE 81,287 3 British Columbia Newfoundland (7,644) Alberta (7,317) Sask. (2,778) Manitoba (1,521) 1 2 Quebec & Labrador (1,030) Ontario (35,868) (21,073) P.E.I. (128) New Brunswick (1,836) Nova Scotia (2,093) *Canadian Engineers for Tomorrow 2016 Engineers Canada report 6

7 Enrolment by Discipline Mechanical largest undergraduate enrolment Civil second and Electrical - third *Canadian Engineers for Tomorrow 2016 Engineers Canada report 7

8 CANADA WIDE (20%) British Columbia (18.2%) Alberta Newfoundland & Labrador (23%) Sask. (18.8%) Manitoba (18.2%) Quebec (26.1%) Ontario (20.5%) (18.5%) P.E.I. (11%) New Brunswick (24.2%) Nova Scotia (20.1%) *Canadian Engineers for Tomorrow 2016 Engineers Canada report 8

9 Practice of Professional Engineering All three items must be present: 1. Any act of planning, designing, composing, evaluating, advising, reporting, directing or supervising (or the managing of any such act); 2. That requires the application of engineering principles; and 3. Concerns the safeguarding of life, health, property, economic interests, the public welfare or the environment 9

10 Why be a Professional Engineer? May be required by law Gives you the right to use P.Eng. and Engineer Demonstrates commitment to profession Opportunities for career advancement Participation in a self-regulated profession 10

11 Licensing Requirements Acceptable engineering education Good character Professional Practice Examination 48 months acceptable engineering experience (12 months must be within a Canadian jurisdiction) References (all direct supervisors & a minimum of one P.Eng.) 11

12 Professional Practice Examination (PPE) 3 hours total 12

13 Engineering Experience 5 Required Elements: Application of Theory Practical Experience Management of Engineering Communication Skills Social Implications of Engineering 13

14 Pre-Graduation Experience After completing 50% of course work Up to 12 months credit for co-op, summer engineering employment, etc.; Complete Pre-graduation experience form is different than post graduate experience. 14

15 Engineering Masters or PhD Completed degrees - 12 months experience Same discipline or closely related to your bachelor of engineering degree Only one degree applies Additional experience for industrially applied research work. Up to 6 months for master s degree and 12 months for doctorial degree. 15

16 Application of Theory Link your academic knowledge to your work referring to specific engineering principles: Planning, designing, composing, evaluating, advising, reporting, directing, supervising, etc. When performing your work, what engineering principles did you apply in order to perform such work? 16

17 Practical Experience Link your work to limitations and/or restrictions referring to real world considerations: Production parameters; Manufacturing tolerances; Relationship between product and equipment; Workflow; Schedule/Budget obstacles; Codes; Standards; Regulations; Etc. What considerations did you have to make due to real world conditions and how did these considerations impact/affect your engineering work? 17

18 Management of Engineering Describe which management of engineering tools you used and how you used them: Scheduling; Budgeting; Planning; Pricing; Crew Supervision; Quality Assurance/Control; Project Control; Risk Assessment; Etc. Identifying restrictions, establishing interactions and evaluating alternative methods when performing your work is an asset. 18

19 Communication Skills Describe how you communicate your work: Written work Correspondence design briefs; Technical reports - recommendation, inspection, etc. Oral Reports Coworkers; Supervisors; Senior management; Clients, Regulatory authorities; Etc. How do you report your work? 19

20 Social Implication of Engineering Link the work you have done towards the Public: Potential effects, both positive and negative Relationship between your work and the Public Does your work bring value/benefit to the Public? Public safety is paramount 20

21 Describing your work WHAT HOW WHY Narrative Tense 21

22 Describing your work Application of Theory (WHAT) I calculated the super-elevation (Ea) of a track horizontal curve; (HOW) Using the theory of centrifugal force principle; (WHY) In order to provide comfort to passengers in my design. Practical Experience Due to property limits (limitation), I had to decrease the curve radius and lower the operating speed (impact/affect) in order to comply with EaAREMA standards (restrictions). 22

23 Describing your work Management of Engineering I was responsible for budgeting the materials according to my design. Communication Skills I presented the budget spreadsheets as well as an oral update of my work progress in our bi-weekly design meeting to my manager. Social Implications of Engineering Passenger comfort is a crucial element of the design in order to provide the passenger with a safe commute throughout its trajectory. 23

24 SMP Student Membership Program Provide a seamless transition from student through to licensed P.Eng. Increase level of professional awareness & conduct Promote better communication between students and the engineering community Link to the engineering community through on-line information Access to Engineering Dimensions Magazine Chapter involvement Questions answered Through your web connection to PEO Participation Means that your voice is heard and you & your opinions are counted! FREE TO JOIN! 24

25 EIT - Engineering Intern Program Annual review of work experience Personal guidance related to work experience EIT seminars/webinars EIT title for business cards and resumes PEO publications mailed directly to you Chapter membership LAP Program (not all chapters) 25

26 FCP Financial Credit Program Graduate from Engineering or Applied Science programs are eligible to apply; FCP waives: - Application fee of $ HST - EIT enrollment and 1 st year annual fee of $ HST CEAB: Must apply within 6 months after graduation Non-CEAB: Must apply within six months after the landing date in Canada 26

27 Your licensure path Student Membership Program (SMP) Engineering Intern Program (EIT) P.Eng licence 27

28 PEO Professional Engineers Ontario 28