ACI Codes Track · Batch: August 2026 · Only 6 Seats

Design & Detailing of RCC Structures Using ACI Codes (Manual + ETABS + CSI SAFE + Live Projects)

A complete, from-scratch RCC structural design and detailing course as per ACI 318-25 & ASCE 7-22 — build strong engineering judgment through manual design, then apply it hands-on in ETABS and CSI SAFE.

–Days
–Hours
–Mins
–Secs
until the August 2026 batch begins
3 MonthsDuration
6 SeatsPer Batch
Offline & OnlineLearning Format
3Months Duration
6Seats Per Batch
2Core Codes (ACI+ASCE)
1Live Project Walkthrough
Course Overview · ACI Codes Track

RCC Design Course: From Analysis to Drawing, ACI 318-25

This course is built for engineers who want to learn RCC structural design and detailing from the ground up using US/international codes — starting with load calculation and modeling in ETABS and CSI SAFE, moving through ACI 318-25-based design of every major RCC element, and finishing with real drawing development on an actual project.

August 2026 Batch Only 6 Seats
Admissions open · Message us your details and we'll share the fee & batch schedule directly · Learn offline in classroom or online from anywhere
Curriculum

RCC Structural Design Course Curriculum (ACI 318-25)

A complete, sequential RCC design and detailing curriculum — from structural systems and load calculation to ACI 318-25-based design, ETABS/CSI SAFE modeling, and final drawing development for every RCC element in a typical building. Tap a module to expand it.

Course Modules

Module 1 · RCC Design as per ACI 318-2515 topics
  • Understanding different types of Structural Systems and their load path
  • Introduction to ACI Codes and their historical development
  • Understanding important limit states of Strength and Serviceability
  • Discussion on Materials, Calculation of Section Strength, Serviceability requirements
  • Gravity, Wind, and Seismic Load Calculation as per ASCE 7-22
  • Analysis Requirements and Interpretation of Analysis Results
  • Design and Detailing of Members
    • Beams
    • One-way, Two-way Slabs
    • Flat Slabs, with and without Drops
    • Diaphragms, Collectors, and Chords
    • Columns and Structural Walls
    • Beam-Column, Slab-Column joints
    • Basics of Foundation — Isolated, Combined, Raft, Pile, Pile Cap
    • Strut-and-Tie Method
Module 2 · Ductile Design and Detailing as per ACI 318-25 and ASCE 7-225 topics
  • Introduction to Ductile Design and Detailing of RCC Structures
  • System Requirements and Design of
    • IMRF, including Flat Slab systems
    • SMRF systems
    • Special Structural Wall systems
Module 3 · Sample Projects3 topics
  • Two actual projects covering all the aspects above
  • Project 1 — Low-rise RCC Building with Moment Frames
  • Project 2 — Low-rise RCC Building with Flat Slab, Structural Walls
Standards

Codes Covered

ACI 318-25 and ASCE 7-22.

ACI 318-25 ASCE 7-22
Why This Course

Built the Way Design Offices Actually Work

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Project-Based Teaching

Every concept is tied back to one real, complete RCC project — not isolated textbook examples.

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Whiteboard + Screen-Share

A blend of concept explanation on the board and hands-on modeling directly in ETABS/SAFE.

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Learn at Your Own Pace

Revisit any session as many times as you need, at your own pace.

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Office-Ready Skills

Finish with the same design-to-drawing workflow used on live structural consulting projects.

Who Should Join

For Engineers Who Want to Design, Not Just Analyse

Whether you're starting out or already working, this course closes the gap between running an analysis model and actually producing a design and drawing that can be built.

  • Engineers targeting jobs in the US, Gulf & other ACI/ASCE-code markets
  • Working professionals used to IS codes who want ACI 318-25 skills
  • Students pursuing higher education or certification in international structural design
  • Professionals aiming to work on international consulting projects
Questions

Frequently Asked Questions

Everything you need to know before you enquire. Still unsure? Ask us directly on WhatsApp.

Who is this RCC structural design course for?
It's for students pursuing higher education in structural engineering, working professionals and structural engineers, engineers preparing for new career opportunities, and anyone who wants to move from running an analysis model to actually producing a buildable RCC design and drawing.
What is the course duration and format?
The course runs for 3 months and is available both offline (classroom, Hyderabad) and online, so you can learn from anywhere.
How many seats are available per batch?
Each batch is limited to just 6 seats so every participant gets direct, hands-on attention. The August 2026 batch is currently open for admissions.
What software will I learn alongside manual design?
You'll learn 3D modeling, loading and analysis in ETABS and CSI SAFE, and how to interpret their results to make design decisions — combined with manual RCC design as per ACI 318-25.
Which codes are covered in this ACI track?
The course covers ACI 318-25 (design) and ASCE 7-22 (loads), applied across beams, one-way/two-way slabs, flat slabs, columns, structural walls, diaphragms/collectors, foundations and strut-and-tie regions, including IMRF and SMRF ductile detailing.
How do I find out the course fee and enroll?
Message SM Structural Consultants on WhatsApp with your details and the team will share the current course fee and batch schedule directly.
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Ready to Master RCC Design & Detailing?

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