Engineering Professional Development Courses
Our engineering PDH online courses support professionals with the continuing education, technical training, and safety knowledge needed to maintain licensure, stay current with industry codes, and drive innovation, accuracy, and compliance across every stage of engineering projects.
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Discover Some of Our Most In-Demand Courses
- Accessibility by Building Type: Universal Residential Design
- Accessible Design: Curb Ramps, Ramps, and Elevators
- Accessible Parking
- Accessible Restrooms
- ADA Guidelines: Designing Pedestrian Facilities using Public Right of Way Accessibility Guidelines (PROWAG)
- Building Design and Construction Features for Fire Protection
- Building Performance: Design Through Operations
- Coastal Engineering: Hurricanes and Nor'easters
- Coastal Engineering: Sea Level Rise
- Design of Bicycle Facilities - Multi-Use Paths
- Design of Utility Infrastructure
- Designing Permanent Erosion and Sediment Control Systems
- Designing Temporary Erosion and Sediment Control Systems
- Essentials of Intelligent Transportation Systems
- Fire Essentials and Fire Science
- Fire Water Systems – Storage, Pumping & Distribution
- Hydraulic Design of Storm Sewers
- International Building Code & More: Fire Protection Systems
- Land Development Projects: Design of Infrastructure
- Lead Contamination of Public Water Systems
- Oregon Electrician 2020 NEC Changes: 2 Hour Program #5
- Past, Present and Future of Building Energy Codes and DOE Appliance Mandates
- Plumbing: Backflow Preventers
- Prestressed and Reinforced Concrete: Choosing the Best Method for Your Project
- Selection, Specification and Installation of Safety and Security Barriers and Bollards
- Transmission and Distribution: Distribution Line Installation and Removal
- Transmission and Distribution: Distribution Line Replacement
- Transmission and Distribution: Focus on Distribution
- Transmission and Distribution: Framing Specifications and Basic Construction Diagrams
- Transmission and Distribution: Introduction to Transmission and Distribution Systems
- Transmission and Distribution: Overhead Distribution Systems
- Transmission and Distribution: Working on Distribution Poles
- Water-Based Fire Suppression Systems
- Drinking Water Quality - Water Treatment Technology
- Energy From Waste
- Essentials of Industrial Wastewater Treatment
- Green Design: Brownfield Redevelopment (RV-10900)
- Green Street Retrofit
- LEED v4 for New Construction Projects
- Liquefied Natural Gas (LNG): Emerging Issues in the LNG Industry
- Liquefied Natural Gas (LNG): Evolution of LNG Markets & Primary Demand Regions
- Liquefied Natural Gas (LNG): Global LNG Projects & Players
- Liquefied Natural Gas (LNG): Global LNG Supply
- Liquefied Natural Gas (LNG): Globalization of LNG
- Liquefied Natural Gas (LNG): The Impact of Shale Gas on Global Gas Markets
- Mold Remediation
- Mold Safety and Health
- Phytotechnologies: Using Plants to Clean Up
- Rehabilitation of Water Distribution Systems: Designing Renewal Projects
- Rehabilitation of Water Distribution Systems: Selecting Rehab Methods
- Sustainable Building Technology
- Understanding Concrete's Environmental Advantage
- 10 Strategies for Improving Engineering Competence
- Anatomy of Construction Defects
- Choosing the Best Structural Lateral Force Resisting System
- Concrete Fundamentals - An Introduction
- Concrete Standards and Requirements
- Designing Using LRFD Principles
- Essentials of Quality Concrete
- Ethical Decision Making for Engineers #1
- Ethics and Liability – The Unintended Consequences
- Ethics for Engineers - A Moral or Legal Responsibility?
- Examining the Ethical Requirement to Hold Paramount Safety, Health, and Welfare
- Geodesign for Sustainable Planning
- Green Building with Steel - Part 3: Light Gauge Metal Components for Framing
- Handling, Placing and Finishing Concrete
- Hurricane Mitigation Techniques and Inspection
- Illinois Statutes and Rules for Professional Engineering
- Making Practical Use of the NSPE Code of Ethics for Engineers
- Protecting People Against Terrorist Attacks: Chemical, Biological, and Radiological (CBR) Threat Protection
- Protecting People Against Terrorist Attacks: Design Considerations for Safe Rooms and Shelters
- Reinforced Concrete Tilt-Up Panels
- Reinforced Masonry Design
- Retaining Wall Design - Part 1
- Soils and Foundations: The Low Down on Dirt
- Structural Design for Earth, Wind, and Fire
- Structural Design Philosophies ASD & LRFD
- Structural Insulated Panels (SIPs)
- Structural Steel - An Introduction
- The Aesthetics of ADA Accessibility
- Use of Steel in Design & Construction
- Wind Design Using ASCE 7-16
- Asset Condition Management: Setting Up an Oil Analysis Program
- Bollard Boot Camp - How to Protect Places and People From Vehicle Incursions
- Design of Bicycle Facilities - Buffered Bike Lanes
- Highway Engineering: Highway Drainage and Surveys
- Highway Engineering: Part 1 - Highway Materials, Maintenance and Rehabilitation
- Parking Lot Design: Essentials
- Transportation Engineering: Highway Capacity
- Transporting Hazardous Materials
- A Wetland Primer, Advanced: Field Evaluation & Permitting Considerations
- Biofilters: A Natural Approach to Storm Water Pollutant Removal
- Fundamentals of Groundwater Hydrology
- Grading and Drainage Design of Modern Roundabouts
- Green Design: Introduction to Sustainable Water Systems (Based on LEED v4)
- Guide to the FEMA Elevation Certificate V2
- Introduction to Rain Gardens
- Introduction to Wetlands
- LEED: Water Efficiency
- Pumping Stations - Pumps, Motors and Electrical Systems
- Stormwater Discharges from Construction Activities
- Sustainable Solutions: Urban Flooding and Water Pollution
- Sustainable Solutions: Water Shortages
- Water Well Design
- 2020 NEC® Changes: Branch Circuit GFCI Protection
- 2023 NEC® Changes: Branch Circuits
- 2023 NEC® Changes: Code-Wide Changes, New and Deleted Articles and Definitions
- 2023 NEC® Changes: Devices and Panelboards
- 2023 NEC® Changes: Feeders, Load Calculations, and Services
- 2023 NEC® Changes: Fire Pumps and Emergency Systems
- 2023 NEC® Changes: General Requirements
- 2023 NEC® Changes: General Requirements for Wiring Methods, Conductors, and Enclosures
- 2023 NEC® Changes: General Use Equipment
- 2023 NEC® Changes: Overcurrent Protection, Overvoltage Protection, and Grounding and Bonding
- 2023 NEC® Changes: Special Equipment
- 2023 NEC® Changes: Special Occupancies
- 2023 NEC® Changes: Wiring Methods
- AR - 2023 NEC Changes: Chapters 1-3 (PGM)
- Changes to NFPA 70E® Standard for Electrical Safety in the Workplace® - 2021 Edition
- MT - 2023 NEC Changes: Chapters 1-3 (PGM)
- NC - 2023 NEC Changes: Alternative Energy and Fire Pumps/Emergency Systems (PGM)
- NC - 2023 NEC Changes: Branch Circuits and Devices/Panelboards (PGM)
- NC - 2023 NEC Changes: General Requirements for Electrical Installations, Wiring Methods, Conductors, and Enclosures (PGM)
- NC - 2023 NEC Changes: Special Occupancies and Special Equipment (PGM)
- NC - 2023 NEC Changes: Wiring Methods and General Use Equipment (PGM)
- North Carolina Electrician 2020 NEC Changes: 2 Hour Program #1
- North Carolina Electrician 2020 NEC Changes: 2 Hour Program #2
- North Carolina Electrician 2020 NEC Changes: 2 Hour Program #3
- Oklahoma 6 Hour 2020 NEC Changes Program #1
- OR - 2023 NEC Changes: Alternative Energy and Fire Pumps/Emergency Systems (PGM)
- OR - 2023 NEC Changes: Branch Circuits and Devices/Panelboards (PGM)
- OR - 2023 NEC Changes: General Requirements for Electrical Installations, Wiring Methods, Conductors, and Enclosures (PGM)
- OR - 2023 NEC Changes: Wiring Methods and General Use Equipment (PGM)
- Oregon Electrician 2020 NEC Changes: 2 Hour Program #1
- Oregon Electrician 2020 NEC Changes: 2 Hour Program #2
- Oregon Electrician 2020 NEC Changes: 2 Hour Program #3
- Virginia 2017 NEC 3 Hour CE Program #1
- Virginia 2017 NEC 3 Hour CE Program #4
- WA - 2023 NEC Changes: Alternative Energy and Fire Pumps/Emergency Systems (PGM)
- WA - 2023 NEC Changes: Branch Circuits and Devices/Panelboards (PGM)
- WA - 2023 NEC Changes: General Requirements for Electrical Installations, Wiring Methods, Conductors, and Enclosures (PGM)
- WA - 2023 NEC Changes: Special Occupancies and Special Equipment (PGM)
- WA - 2023 NEC Changes: Wiring Methods and General Use Equipment (PGM)
- Washington Electrician 2020 NEC Changes: 2 Hour Program #1
- Washington Electrician 2020 NEC Changes: 2 Hour Program #2
- Washington Electrician 2020 NEC Changes: 2 Hour Program #3
- Washington Electrician 2020 NEC Changes: 2 Hour Program #4
- Washington Electrician 2020 NEC Changes: 2 Hour Program #5
- Asset Condition Management: Motor Testing
- Asset Condition Management: Vibration Analysis Training
- Cogeneration Systems Essentials
- Fire and Smoke Dampers Simplified
- Geometric Dimensioning and Tolerancing (GD&T): Datum Selection and Interpretation
- Geometric Dimensioning and Tolerancing (GD&T): Form and Size Tolerances
- Geometric Dimensioning and Tolerancing (GD&T): Introduction
- Geometric Dimensioning and Tolerancing (GD&T): Position Tolerances
- Geometric Dimensioning and Tolerancing (GD&T): Profile and Runout Tolerances
- Green Landscape Design: Reducing the Urban Heat Island Effect
- HVAC - Air Side: Air Balance Basics
- HVAC - Air Side: Air Distribution
- HVAC - Air Side: Air Handling in Commercial Buildings
- HVAC - Air Side: Terminal Units
- HVAC - Air Side: Variable Air Volume (VAV) Systems
- HVAC Acoustics
- HVAC System Fans
- Innovative Heat Pump Technology
- Natural Gas Systems - Sizing and Design Consideration
- The WELL Building Standard
- Fuel and Combustion Systems Safety - Combustion Basics
- Fuel and Combustion Systems Safety - Gas Piping Repairs and Cleaning
- Fundamentals of Petroleum Engineering
- Liquefied Natural Gas (LNG): Safety & Environmental Sustainability of LNG
- Modern Shale Gas Development
- Petroleum and Natural Gas: Mud Logging Sensors and Modern EDR Systems
- Petroleum Engineering: Liquid Process Piping - General Piping Design
- Petroleum Engineering: Liquid Process Piping - Introduction and Design Strategy
- Petroleum Instrumentation and Measurement
- Petroleum Refining Processes and Related Health and Safety Considerations
- The Petroleum Industry - Crude Oil Classification and Benchmarks
- The Petroleum Industry - Exploration, Recovery, and Transportation
- The Petroleum Industry - History, Terminology, and Culture
- The Petroleum Industry - Oil Supply
- The Petroleum Industry - Origins and Occurrence of Oil
- The Petroleum Industry - The Crude Oil Market
- The Petroleum Industry - The Future
Frequently Asked Questions
What Are Online Engineering PDH Courses?
Online engineering professional development courses give licensed engineers flexible, accessible training to help them meet ongoing PDH requirements. These courses cover technical skills, updated codes and standards, safety practices, and industry-specific competencies. Through online professional development training, engineers can maintain licensure, stay current with emerging technologies, and complete required PDHs without disrupting project schedules.
How Does Vector Help Firms Manage Professional Engineer Training Programs?
Vector Solutions supports firms with streamlined training administration and consistent teamwide alignment. With built-in tools for professional development tracking, organizations can assign courses, monitor completion, verify PDH progress, and maintain centralized records for audits or renewals. This helps engineering leaders ensure every employee, regardless of discipline or location, meets regulatory expectations and completes required continuing education on time.
Are Vector Solutions’ Engineering Continuing Education Courses Approved for All States?
Vector Solutions provides a broad catalog of engineering continuing education courses designed to meet requirements across multiple licensing boards. Many courses are recognized or accepted for CE professional certifications, although approval varies by state. We encourage engineers to confirm their state’s specific PDH and CEU requirements since some jurisdictions have unique rules regarding course formats, topics, or provider accreditation.
What Are the Benefits of Taking Engineering PDH Courses Online from an Accredited Provider?
Completing PDH requirements through an accredited provider ensures your training meets industry and board-level standards. Online professional development courses offer the flexibility to learn anytime, reduce travel, and help ensure compliance. Accreditation, such as IACET, indicates that the content follows rigorous quality and instructional design standards. This helps engineers earn valid PDHs with confidence and apply new knowledge directly to real-world projects.
What’s the Difference Between Earning Engineering PDH Online and Taking CEU-Accredited Courses?
PDHs and CEUs both support ongoing learning, but they serve different purposes. PDHs are commonly used by state engineering boards to measure continuing education for license renewal. CEUs follow a standardized measurement used across broader industries. Many engineering courses award both, but requirements vary. Vector’s engineer continuing education options make it easy to understand which credits apply to your discipline and licensure needs.
Are Engineering Continuing Education and PDH Course Requirements the Same in Every State?
No. Every state sets its own rules, accepted credit types, and renewal cycles. Requirements can differ in areas such as ethics training, course topic approval, instructor qualifications, and the maximum allowable online hours. Vector’s engineer training catalog helps simplify these differences by offering courses aligned to common state requirements while still allowing learners to select content specific to their licensure jurisdiction.
Is Vector’s Engineering Continuing Education PDH Online Training Self-Paced and Available Anytime?
Yes. All of Vector’s engineering professional development courses are available online and designed for flexible, self-paced learning. Engineers can learn at their convenience, whether during downtime, between projects, or after hours, while maintaining full access to course materials, assessments, and certificates. With resources like our engineering continuing education playbook, teams can plan, manage, and optimize PDH completion throughout the year.






