James Willsher
About James Willsher
James Willsher is an Assistant Electrification Designer at Arup with experience in railway electrification design and technical support.
Current Position at Arup
James Willsher currently holds the position of Assistant Electrification Designer at Arup. He has been with the company since 2020. His role involves providing technical support and design services, particularly notable for his work on integrating Crossrail into the West Coast Main Line in London. James is based in York, England, United Kingdom.
Previous Experience at TSP Projects
Before joining Arup, James Willsher worked at TSP Projects as an Electrification Technician. During his tenure from 2016 to 2020, he developed extensive experience in railway electrification. He was involved in conducting various infrastructure design and support activities, which laid a strong foundation for his current role at Arup.
Education and Expertise in Railway Transportation
James Willsher completed his studies in Railroad and Railway Transportation at Sheffield Hallam University. He attended the university from 2018 to 2023, gaining a robust educational foundation in the field. His academic background contributes significantly to his expertise in railway electrification design and technical support.
Projects and Technical Contributions
James Willsher has contributed to several important projects. At Arup, he played a crucial role in the integration of Crossrail into the West Coast Main Line. Additionally, he was involved in the design of the TRU End of Life project. His technical skills include conducting height and stagger surveys for PSU2 and other major infrastructure projects.
Technical Skills in Railway Design Tools
James Willsher is proficient in using specialized tools for railway electrification design. One of his key skills includes utilizing Zebraware Linear Draft, a tool critical for precise railway design and technical documentation. His ability to effectively use this software enhances his capability to deliver accurate and efficient design solutions.