Alan Morton
Following a decade in the aerospace industry, where he developed the primary controls and structures for full-flight simulations, in 1999 Alan earned his professional engineer’s license and joined T.D. Williamson (TDW) as a project engineer. He supported the development of the world’s largest tapping machine, the 2460XX, and was granted six product patents in the U.S. and other countries, helping to improve the company’s position in the market.
Trap Safety – Equipment and Processes
In this course, you will learn:
• The underlying principles of trap operation.
• Operator qualifications.
• How to identify normalization of deviation.
Who is this course for? The curriculum is designed for Operator Qualified technicians accountable
for safe trap operation, for pipeline engineers and designers who support pigging and ILI
operations and for health, safety and environment (HSE) personnel.
Asset Integrity. A 360° Overview
In this course, you will learn:
• The major and outlier sources of pipeline data.
• How overlaying data from various sources onto one comprehensive map can unlock pipeline
dynamics affecting the pipeline’s safe operation.
• The regulatory allowances and expectations related to asset integrity.
• Insights into best practices in assessment, data analysis, field validation, and reporting.
• How outside influences can affect plans for assessing and managing pipeline health.
Who is this course for? For pipeline professionals seeking to improve integrity assessment, risk
management, compliance., pipeline safety and environmental protection.
ASME B31.4 Standards: Benefits, Strengths and Limitations
In this course, you will learn:
• What the standard expects and the definitions it uses.
• Code compliance.
• How to structure inquiries with the standards committee to obtain
the most relevant and helpful response.
• Practical aspects of pipeline design, construction and maintenance.
Who is this course for? This course is for pipeliners who want to gain crucial expertise in pipeline
engineering, improve pipeline safety or upgrade their professional qualifications.
Systems Engineering
In this course, you will learn:
• To streamline development and minimize costly rework.
• How inputs and outputs affect each other and the system's longterm behavior.
• The value of customer-centric data analytics.
• How to optimize product performance while minimizing any negative effect on manufacturing and
supply chain.
Who is this course for? The curriculum is designed for engineers, project managers, business
analysts and students who need to understand or work with complex systems, from design to
implementation, and for anyone interested in the intersection of technology, engineering
and business.