[vc_row][vc_column width=”1/2″][vc_single_image image=”21852″ img_size=”large” alignment=”center” css=””][/vc_column][vc_column width=”1/2″]

Course Objectives

Understand structural design principles specific to power plant components—turbine foundations, chimneys, cooling towers, and switchyard structures.
Gain proficiency in load analysis, earthquake-resistant design, and foundation engineering for heavy industrial units.
Learn the design procedures for RCC and steel structures, with practical examples from thermal and transmission facilities.
Develop capability to interpret design drawings, coordinate with mechanical and electrical teams, and handle quality and safety compliance at sites.
Prepare participants for site engineering, structural consultancy, and construction management roles in power projects.

[/vc_column][/vc_row][vc_row][vc_column]

Structural Engineer – Power Infrastructure

Course Overview

This professional training program by Pertecnica Engineering equips civil engineers with the technical knowledge and applied skills required to design, analyze, and supervise structural works for thermal, hydro, solar, and substation projects in the power sector. It bridges the gap between academic theory and site-based engineering practice, focusing on foundations, RCC and steel structures, transmission-line supports, and design documentation used in power infrastructure.

Curriculum Modules

Module 1: Introduction to Power Infrastructure Projects

Overview of the power sector – thermal, hydro, solar, nuclear
Functional role of civil and structural engineers
Layout and structural components of power plants
Codes and standards used in power infrastructure design (IS, ACI, AISC, IEC)

Module 2: Structural Design Fundamentals

Load types: dead, live, wind, seismic, and occasional loads
Structural analysis methods – STAAD.Pro and manual checks
Design of beams, columns, slabs, frames, and trusses
Design documentation – GA drawings, fabrication drawings, bar bending schedules

Module 3: Power Plant Civil Structures

TG (Turbine Generator) foundation design principles
Boiler and ESP structures
Chimneys, cooling towers, coal handling and ash handling structures
Turbine halls and cable tunnels – case studies

Module 4: Substation and Transmission Structures

Tower and gantry foundations
Equipment support structures (transformers, isolators, bus ducts)
Cable trenches, control room buildings, and switchyard roads
Earthing and lightning protection systems

Module 5: Industrial Foundations and Pile Design

Shallow and deep foundations for heavy equipment
Soil-structure interaction concepts
Pile design for various soil conditions
Foundation testing and field quality control

Module 6: Software Application and Project Documentation

Modeling in STAAD.Pro / ETABS
Using AutoCAD for detailed drawings
Reading tender documents, BOQs, and civil specifications
Reporting formats – site logs, progress charts, QA/QC checklists

Module 7: Project Case Studies and Industry Exposure

Live project simulation – design to site layout
Role of structural engineer in EPC contracts
Site safety, quality audits, and documentation
Mock interviews and professional development sessions

[/vc_column][/vc_row][vc_row][vc_column width=”2/3″][vc_column_text css=””]

Training Methods

Instructor-led sessions with practical illustrations
Software-based workshops on STAAD.Pro, AutoCAD, and CAD drawing interpretation
Case studies from Indian and international power plant projects
Site visit/video walkthroughs to observe real field conditions
Assignments & design exercises for every module
Mini project integrating design and layout planning

Duration

Fast-track Option: 5 days (intensive, practical-focus)
Includes lectures, software labs, and hands-on design sessions.

Target Audience

Civil engineering graduates and postgraduates (B.E/B.Tech/M.Tech)
Working civil engineers in EPC, power utilities, or infrastructural firms
Site engineers and supervisors aspiring to move into design or project coordination roles
Consultants and contractors seeking structured power-sector exposure

Pertecnica Engineering’s Advantage:
Graduates receive comprehensive industrial exposure, practical design training, and placement guidance, enabling them to bridge the gap between structural design principles and the specialized needs of power infrastructure engineering.

[/vc_column_text][/vc_column][vc_column width=”1/3″]

Career Opportunities After Completion

Participants completing the training will be prepared for roles such as:

Structural Engineer – Power Plants / Substations
Civil Design Engineer (EPC and Consultancy)
Foundation Engineer / Project Engineer
QA/QC Structural Inspector / Site Engineer
Civil & Structural Consultant for power utilities

Employing Sectors: Power utilities, EPC companies, design consultancies, infrastructure developers, and engineering divisions of thermal, solar, and hydroelectric projects.

[/vc_column][/vc_row]

Structural Engineer Training for Power Infrastructure jobs