• views: 51
• date: 25 August 2026
• posted by: voska89

Launch Your Career in Transmission Engineering.

What you'll learn

⚡ Gain understanding of transmission line route survey, Right of Way management, and crossing methodologies used in HV transmission projects.
⚡ Learn the design principles and applications of overhead insulators used in transmission systems under various operating and environmental conditions
⚡ Understand the mechanical design aspects of overhead AC transmission lines including sag, tension, span calculations, and loading conditions.
⚡ Gain exposure to soil investigation, tower foundation design, and civil construction practices for transmission infrastructure.
Skills you'll gain
? Engineering Analysis
? Mathematical Modeling
? Electric Power Systems
? Engineering Calculations
? Maintenance, Repair, and Facility Services
? Surveys
? Geospatial Information and Technology
? Electrical Engineering
? Environmental Engineering
? Electrical Power
? Electrical Equipment
? General Construction and Construction Labor
? Electrical Safety
? High Voltage
? Civil Engineering
? Construction Engineering
? Low Voltage
? Show all
Tools you'll learn
? Mathematical Software
? Matlab
This specialization includes three core courses: Design of Transmission Lines: Mechanical Aspects and Civil Foundations, Overhead Insulators and Route Survey in HV Transmission Lines, and HVDC Transmission, Underground Cables and AC Power Distribution Systems.
The first course introduces mechanical design aspects such as sag–tension analysis, loading, span, clearance, and foundation practices. The second focuses on route surveying, Right-of-Way (RoW)

Requirements

, tower manufacturing, and insulator design for HV/EHV systems. The third covers underground cables, HVDC technologies, and AC distribution systems, including cable design, converters, and voltage regulation.
Learning Objectives: Understand transmission line surveying and RoW planning; analyze tower design and mechanical loading; perform sag–tension and clearance calculations; evaluate insulator performance; explain HVDC system components; apply underground cable analysis and AC distribution concepts.
Target Learners / Audience: Suitable for electrical engineering students, graduate engineers, and industry professionals seeking practical knowledge in transmission line design, HV systems, and power distribution networks.
Applied Learning Project
Learners will work on practical, industry-based projects such as transmission route planning, sag–tension analysis, insulator design, and HVDC/distribution system studies. They will apply engineering concepts and analytical tools to solve realistic power transmission and distribution challenges.

Homepage

https://www.coursera.org/specializations/transmission-line-engineering

   
   
   

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