What is the Advanced Electric Propulsion Certification?
The Advanced Electric Propulsion Certification is a training program designed to equip marine professionals with in-demand skills in electric propulsion technology. This certification helps you master next-generation systems and become a recognized Technically Trained Marine Electric Propulsion Expert—with little to no cost to your employer.
What you'll learn?
The Advanced Electric Propulsion Certification delivers practical, in-depth training across the full ecosystem of the components of an electric propulsion system. This includes components like battery, motor, charger, electric control unit, etc. and integrated software.
During this program, participants will learn to:
- Bring to market the new technology to existing marine applications
- Install, service, and troubleshoot Electric outboard motors
- Work with high-performance battery packs and Battery Management Systems (BMS)
- Understand the Electric Control Unit, the system’s digital backbone
- Operate and calibrate the Digital Throttle for precise control
- Use the Charger to optimize safety and ease of use
- Navigate and configure the Vessel Control, Unit (VCU) including real-time diagnostics and performance data
You'll Gain:
- Understand the technology to sell electric systems
- Hands-on experience with real-world installations
- Exposure to the latest in marine clean tech
- A competitive edge in the evolving electric propulsion market
The Program Structure
LEVEL 1
Foundations of Electric Propulsion for Marine Professionals
Course Highlights:
- Interactive modules tailored for marine applications
- Real-world case studies contrasting electric vs. combustion systems
- Visual breakdowns of electric propulsion architecture
- Step-by-step guidance on safety protocols and standards (ISO, ABYC, CE)
- Quick-reference system schematics and diagnostics
- Built-in knowledge checks and final assessment
Learning Outcomes:
- Explain the principles behind electric propulsion and its benefits for marine environments
- Identify key components in an electric propulsion system and their functions
- Distinguish between electric and traditional combustion systems in terms of efficiency, emissions, and maintenance
- Apply foundational safety procedures and compliance requirements (including relevant certifications and standards)
- Interpret basic system architecture and troubleshoot common setup or performance issues
Duration: 10 Hours
Format: Virtual
Cost: $2,100
LEVEL 2
Mastering Technical Sales in Electric Propulsion
Course Highlights:
- Deep dive into the technical value proposition of electric systems
- Frameworks for selling to boat builders, dealers, and fleet operators
- Hands-on training with system configurations, performance metrics, and ROI calculators
- Objection-handling strategies tailored to the electric transition
- Use of digital tools: quoting software, spec sheets, and comparison kits
- Real-life role-play and sales scenario simulations
Learning Outcomes:
- Confidently communicate the technical and environmental benefits of electric propulsion
- Break down system specs into compelling selling points for different customer types
- Demonstrate how to configure electric systems for various applications (commercial, recreational, fleet)
- Navigate complex sales conversations with engineers, purchasing teams, and operations leads
- Quantify ROI for clients using tools and performance data
- Customize sales strategies based on market segment and buyer needs
Duration: 18 Hours
Format: Virtual
Cost: $2,590
*Prerequisite: Completion of Level 1
LEVEL 3
Electric Propulsion System Installation & Integration
Course Highlights:
- Hands-on training with full system installation: motor, battery, throttle, and control components
- Guided electrical setup and calibration procedures
- Practical integration techniques for both new builds and retrofitsa
- Instructor-led sessions supported by diagrams, tools, and step-by-step protocols
Learning Outcomes:
- Install and configure a complete electric propulsion system from end to end
- Execute accurate electrical wiring and initial calibration across components
- Identify and resolve common issues in both hardware and software
- Integrate electric systems with existing vessel architecture (legacy or hybrid)
- Apply safety and compliance checks during and after installation
- Collaborate effectively with boat builders, technicians, or retrofit teams in live projects
Duration: 12 Hours
Format: In Person
Cost: $3,950
*Prerequisite: Completion of Level 1 & Level 2
LEVEL 4
Diagnostics, Optimization & After–Sales Support
Course Highlights:
- Advanced system diagnostics using onboard tools and software
- Techniques for monitoring battery health, charging cycles, and system logs
- Firmware updates and interpreting software data for performance tuning
- Preventative maintenance strategies to ensure long-term system reliability
- Customer support essentials: guiding end-users, resolving common issues, and documenting service
- Fully in-person, instructor-led experience with hands-on testing stations
Learning Outcomes:
- Run and interpret advanced diagnostic tests on electric propulsion systems
- Analyze battery behavior across charge/discharge cycles for proactive servicing
- Perform firmware updates and understand their impact on performance and safety
- Deliver preventative maintenance that reduces downtime and enhances life-cycle value
- Support customers confidently with technical insight, remote troubleshooting, and follow-up care
- Document system performance and create actionable service reports for internal and client use
Duration: 12 Hours
Format: In Person
Cost: $3,950
*Prerequisite: Completion of Level 1 & Level 2 & Level 3
Meet Your Trainer
Jacob Enns is an Electrical Technician at Petawatts Ltd, bringing seven years of sound engineering and system design experience to his role. He studied electrical engineering, circuits, and systems at Okanagan College before working in battery manufacturing production at Teck Metals Ltd. At Petawatts, Jacob has contributed to solar systems, incinerating toilets, and notably, the ACEL electric motor systems, including their installation in a classic 1950's wooden runabout boat. This experience fuels his hobbies of fixing CB radios, building custom sound systems, and creating small form factor home lab setups.
Training Materials
Participants in the Advanced Electric Propulsion Certification Program will receive comprehensive resources to support their learning:
- Detailed Presentations
- Technical Manuals
- Instructional Videos
- Hands-on Practice
- Digital Resources
- Premium Toolkit
Why Get Certified in Electric Propulsion ?
Exclusive Perks for Certified Technicians
New Career Opportunities in an Emerging Sector
Jobs in Technical Sales, Marine Service Technicians and more
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Electric Propulsion Certified Status – Gain industry recognition
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80% Funded Training – Up to $10,000 covered by government grants