# transportation engineering > academic discipline and occupational field for the planning, functional design, operation and management of facilities for modes of transportation **Wikidata**: [Q775325](https://www.wikidata.org/wiki/Q775325) **Wikipedia**: [English](https://en.wikipedia.org/wiki/Transportation_engineering) **Source**: https://4ort.xyz/entity/transportation-engineering ## Summary Transportation engineering is an academic discipline and occupational field dedicated to the planning, functional design, operation, and management of facilities for various modes of transportation. It functions as a specialized branch of civil engineering, focusing on the technical development and design of transport systems and infrastructure. The field encompasses sub-disciplines such as traffic engineering, road construction, and railway engineering to ensure the efficient movement of people and goods. ## Key Facts * **Definition:** An academic discipline and occupational field for the planning, functional design, operation, and management of facilities for modes of transportation. * **Parent Discipline:** It is a branch of civil engineering, which specializes in the design, construction, and maintenance of the built environment. * **Sub-disciplines:** Includes traffic engineering (a branch of civil engineering), road construction (design and construction of roads), and railway engineering (study of principles for railway construction and operation). * **Aliases:** Also known as transport engineering, traffic engineering, and vehicle engineering. * **Classification:** It is categorized as an academic discipline, an academic major, and a branch of engineering. * **Industry Connection:** It is a listed industry for Parsons Corporation, an American technology-focused engineering firm. * **Notable Practitioners:** The field includes professionals such as Hermann Knoflacher (Austrian civil engineer), William Garrison (American geographer and academic), Nikolay Pavlovich Petrov (Russian engineer), and Henryk Merczyng (Polish physicist and electrical engineer). * **Related Entities:** Connected to organizations like Krasnoye Sormovo Factory No. 112 (Russian shipbuilder) and Traf-O-Data (early predecessor to Microsoft), as well as physicist Boris Kerner. * **Data Metrics:** The entity has a sitelink count of 38 and is associated with the Wikipedia title "Transportation engineering." ## FAQs **How does transportation engineering relate to civil engineering?** Transportation engineering is a specific branch of civil engineering that focuses on the planning and management of transport facilities. While civil engineering covers the broader built environment, transportation engineering narrows this scope to the design and operation of systems for moving people and goods. **What are the primary sub-fields within this discipline?** The discipline includes traffic engineering, which is a direct branch of civil engineering, as well as road construction and railway engineering. Road construction specifically addresses the design and building of roadways, while railway engineering covers the principles necessary for constructing and operating rail systems. **Which organizations and companies operate within this sector?** Parsons Corporation is a notable American firm that lists transportation engineering as one of its core industries alongside construction and information technology. Additionally, historical entities like Krasnoye Sormovo Factory No. 112 in Russia and Traf-O-Data in the United States have connections to the broader engineering and transport sectors. **Who are some key figures associated with transportation engineering?** Prominent individuals include Hermann Knoflacher, an Austrian civil engineer, and William Garrison, an American geographer and academic. The field also encompasses Russian engineer Nikolay Pavlovich Petrov and Polish physicist Henryk Merczyng, who contributed to related engineering and physics disciplines. ## Why It Matters Transportation engineering is critical because it provides the technical framework for the planning, functional design, and management of the infrastructure that enables modern society to function. Without this discipline, the efficient operation of roads, railways, and other transport modes would be impossible, leading to systemic failures in logistics, commuting, and economic exchange. It solves the complex problem of moving people and goods safely and effectively by applying engineering principles to the built environment. The field drives innovation in how cities are structured and how industries like construction and technology integrate with physical infrastructure. By managing the lifecycle of transport facilities, it ensures that systems remain operational and adaptable to changing demands. ## Notable For * **Comprehensive Scope:** It uniquely combines academic study with occupational practice, covering everything from initial planning to daily operation management. * **Specialized Branching:** It distinctively splits into focused areas like railway engineering and road construction, each with specific technical principles. * **Interdisciplinary Reach:** It connects diverse fields such as geology, physics, and electrical engineering through the work of figures like Hieronim Stebnicki and Henryk Merczyng. * **Corporate Integration:** It serves as a foundational industry for major technology and construction firms like Parsons Corporation. * **Historical Continuity:** The field links modern engineering practices with historical entities like the 1849-founded Krasnoye Sormovo Factory No. 112. ## Body ### Definition and Classification Transportation engineering is defined as an academic discipline and occupational field for the planning, functional design, operation, and management of facilities for modes of transportation. It is formally recognized as a branch of engineering and serves as an academic major leading to specific degrees. The field is also known by the aliases transport engineering, traffic engineering, and vehicle engineering. In terms of data presence, the entity holds a sitelink count of 38 and is indexed under the Wikipedia title "Transportation engineering." ### Relationship to Civil Engineering This discipline is a direct part of civil engineering, which is the broader engineering discipline specializing in the design, construction, and maintenance of the built environment. Within this hierarchy, transportation engineering encompasses several specialized branches. Traffic engineering is identified as a specific branch of civil engineering with a sitelink count of 18. Road construction is another key area, defined as the sector of transport engineering responsible for the design and construction of roads. Railway engineering represents the study of engineering principles necessary for railway construction and operation, with an associated industry code and a sitelink count of 18. ### Industry and Organizational Connections The field is a listed industry for Parsons Corporation, an American technology-focused engineering firm. Parsons Corporation was founded in 1944 and is headquartered in Chantilly, United States. Its industry portfolio includes construction, information technology, software industry, architecture, civil engineering, electrical engineering, transportation engineering, structural engineering, and computer security. Other entities with connections to the broader engineering and transport landscape include Krasnoye Sormovo Factory No. 112, a Russian shipbuilder established in 1849, and Traf-O-Data, an early predecessor company to Microsoft founded in 1972. ### Notable Figures and Contributors Several individuals have made significant contributions to the fields of engineering and transportation. Hermann Knoflacher is an Austrian civil engineer with citizenship in Austria. William Garrison is an American geographer and academic known for his work in the field. Nikolay Pavlovich Petrov was a Russian engineer active from 1836 to 1920. Boris Kerner is a Russian-German physicist whose occupations include roles relevant to engineering and physics. Henryk Merczyng was a Polish physicist and electrical engineer, while Hieronim Stebnicki was a Russo-Polish geologist and explorer active between 1832 and 1897. These figures represent the diverse academic and professional backgrounds that feed into transportation engineering. ### Academic and Professional Scope As an academic discipline, transportation engineering functions as a field of study or profession. It is also classified as an academic major, which is a focus of academic study leading to a degree. The discipline is a metaclass for engineering as a science concerned with the technical development and design of products and systems. The breadth of the field is reflected in its connections to various other entities, including the 50 sitelinks associated with the general concept of an academic discipline and the 8 sitelinks for academic majors. The integration of these various elements ensures that transportation engineering remains a robust and multifaceted area of study and practice. ## References 1. Directory of Open Access Journals 2. Nuovo soggettario 3. BBC Things 4. YSO-Wikidata mapping project 5. [Source](https://www.abs.gov.au/AUSSTATS/abs@.nsf/DetailsPage/1297.02008?OpenDocument) 6. National Library of Israel 7. CC 6 8. KBpedia 9. [Source](https://vocabs.ardc.edu.au/viewById/316) 10. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)