2nd Class Part A1 Power Engineering Course
16
Study Guides &
Practice exams
Unlimited
Support from expert tutors
Entry-level
Prerequisite
40-60 Hours
Self Paced learning
Guaranteed
Exam Success
Overview
This 2nd Class – Part A1 Power Engineering course is specifically designed to prepare you for your provincial certification exam, based on the standardized SOPEEC syllabus used across Canada. Our focused study guides and practice exams ensure that you are learning the exact content required to pass, with no unnecessary distractions.
You’ll have six months of full access to the course, with free reactivations if needed. The self-paced format allows you to study at your own speed, and unlimited 1-on-1 support from expert tutors is always available. Our structured practice exams simulate real test conditions, helping you track your progress and focus on areas that need improvement.
We guarantee exam success. Our proven approach will prepare you with the confidence and knowledge needed to excel.
Required Resources
- 2A1 Textbook
- Academic Suppliment
- Jurisdictional Safety Codes Act
- CSA Codes Extract
Learning Path
Study Guides & Practice Exams provided for each section
Covers the jurisdictional Act and Regulations, ensuring compliance with installation, design, and operational standards for boilers and pressure vessels.
Focuses on plant design considerations, layout, and installation codes, including contract specifications and engineering aspects of plant erection.
Reviews management objectives, team selection, training, and personnel motivation, key to overseeing plant operations and staff productivity.
Covers plant inspection, upkeep, safety programs, and budgeting, ensuring equipment longevity and operational safety.
Addresses safety regulations and practices within industrial settings, including personal protective equipment and incident investigation.
Teaches thickness calculations for cylindrical shells and Maximum Allowable Working Pressure (MAWP) for boilers and pressure vessels.
Focuses on thickness calculations for dished and unstayed heads to determine MAWP.
Reviews pressure relief valves and guidelines for stayed surfaces and ligament support for structural integrity.
Discusses principles of linear velocity, acceleration, and vector components applied in engineering mechanics.
Covers angular velocity and acceleration, fundamental for rotating machinery and balanced motion.
Examines frictional forces and applications, including inclined planes and belt drives.
Analyzes forces in motion and at rest, essential for mechanical stability and equipment performance.
Teaches fluid properties, flow, and pressure head calculations, critical for hydraulic systems and process flow management.
Reviews welding processes, techniques, and quality control, with attention to maintaining weld integrity.
100 question final practice exam
Randomly generated questions each attempt
Feedback to indicate strengths and weaknesses
Unlimited attempts
Key Features
- Self Paced system allowing flexibile preparation
- Study guides to ensure you focus on the right material
- Practice Exams to test your knowledge
- Intuitive feedback to ensure structured studying
- Unlimited 1-on-1 tutoring support
- Follows the SOPEEC syllabus
- Updated regularly to ensure content is relavent
