Learn Structural Design Course in Vijayawada
The Structural Design Course in Vijayawada trains civil engineers in RCC and steel design through live sessions, industry software, and real project exposure.
Online
12 months
Structural Design Course Overview
Entri’s Structural Design Course in Vijayawada delivers practical training in structural analysis, global design codes, and professional software, guided by experienced engineers with placement-focused mentorship.
Expert Guidance
Live workshops by leaders
Assignments
Software skills (ETABS, STAAD pro, AutoCAD)
Live Projects from Middle East
12 months Mentorship
Placement assistance
CV preparation sessions
Recorded classes
Live doubt clearing sessions
Industry Interactions
Course completion certificate
Skills Covered
Practical structural design skills aligned with industry needs
Software Tools Covered
Check out the software tools covered to equip you to be a Structural Engineer:
Job Roles
Upon finishing a structural design course, individuals possess the essential skills and knowledge to explore diverse career opportunities within the field. Here are several paths they may consider:
Structural Design Engineer
Plan and design RCC and steel structures ensuring safety and compliance.
Junior Structural Engineer
Support modelling, analysis, and preparation of design documentation.
Senior Structural Engineer
Lead complex structural designs and ensure adherence to design standards.
Quality Control Engineer
Monitor structural quality, safety norms, and execution accuracy.
Structural Consultant
Provide design solutions and technical guidance for construction projects.
Structural Design Course Curriculum
Dive into the world of Structural Design with our comprehensive course syllabus.
- Who Is a Structural Engineer
- License
- Qualification
- Types of Framing, Framed, Flat slab, SW
- STANDARDS IS, BS, ACI
- Softwares reqd. (ETABS, STAAD, AutoCAD, SAFE, Tekla, SAP, GAAS etc)
- SD
- load flow chart
- work flow chart
- ETABS very basics
- STAAD basics
- Modeling of a very basic structure with 6 columns
- General Design Requirements -Stability, Stiffness, Strength, Deformability and Ductility (Codal provisions)
- Load Calculation for Gravity Loads (IS, BS & ACI)
- Load Calculation for Lateral Loads (IS, BS & ACI)
- Wind and seismic loading explain
- Stiffness modifiers
- Load combination
- Beam definition- local axis definition
- Column-local axis definition
- Slab- membrane, shell thin - local axis definition
- Walls-local axis definition
- Support condition, Pinned/fixed
- Grid assignment
- Loading assignment
- section assignment
- Wind loading
- Seismic loading, Mass source etc
- Load combinations
- Strength, Stability
- Bending moment
- SF
- Deflection, Drift
- Torsion (Equilibrium)
- Serviceability
- Mode shape
- Story Stiffness
- Design of RCC Beams
- Design of RCC slabs
- Design of RCC columns
- Design of RCC shear wall
- Design of RCC staircase
- Design of RCC Foundation
- Interpretation of Geotechnical Report and Understanding of important Geotechnical parameters
- Isolated, combined footing
- Pile ( Underreamed, DMC Pile)
- Section sizes
- rebar sizes
- rebar spacing, etc
- Historical Development And Characteristics Of Structural Steels
- Introduction To Limit States
- Design Of Tension Members
- Introduction To Column Buckling
- Introduction To Plate Buckling
- Local Buckling And Section Classification
- Laterally Restrained Beams
- Design Of Axially Loaded Columns
- Unrestrained Beam Design
- Design Of Beam-columns junction
- Design Plate Girders
- Beams Subjected To Torsion And Bending
- Composite Beams I
- Composite Floors - I
- Steel-concrete Composite Columns
- Trusses
- Welds Static And Fatigue Strength
- Bolted Connections
- Plastic Analysis
- Portal Frames
- Earthquake Resistant Design Of Steel Structures
- International Standard code
- British Standard code
- American Concrete Institute code
Eligibility for Structural Design Course
This course is ideal for civil engineering students, graduates, and working professionals seeking expertise in structural design.
Civil Engineering Qualification
Degree or diploma holders in civil engineering disciplines.
Basic Structural Knowledge
Understanding of materials, loads, and structural behavior.
Interest in Design Software
Willingness to learn professional structural analysis tools.
Why Live Sessions?
Hosting live sessions for a structural design course offers several benefits:
Expert-led Training
Learn directly from industry professionals with extensive experience.
Live Doubt Resolution
Clarify design concepts instantly during interactive sessions.
Project-based Learning
Apply concepts on live industry-aligned structural projects.
Experts to Guide You
Get guidance from qualified professionals and industry experts with 10+ years of experience in the field.
Structural Design - Sample Certificate
Courses Recognised by
Structural Design Course Reviews
Enrolled by StudentsKey Learning Outcomes
Key learning outcomes after completing a structural design course include:
Complete Structural Design Skills
Independently design RCC and steel structures using codes.
Software Proficiency
Confidently work on ETABS, STAAD Pro, and drafting tools.
Career-ready Expertise
Develop skills aligned with consulting and construction roles.
FAQs of Structural Design Course
Other Upskilling Courses
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Advantages of Learning from Entri
Elevate Learning Experience
Student Support
Continuous academic guidance throughout the course.
Industry Networking
Connect with experienced structural engineers and peers.
Mentor Assistance
Personal mentorship from seasoned industry professionals.
Who Can Apply for Structural Design Course
- Civil engineering graduates and diploma holders
- Structural engineers seeking advanced training
- Fresh graduates aiming to start careers abroad
- Working professionals in construction and design
- Anyone passionate about building safe, modern structures