PG Program in RCC Structure & BIM Technology
RCC & BIM Technology Program is an advanced, 8-month industry-focused training designed for civil and structural engineers. The program combines core RCC design principles with hands-on software like ETABS,SAFE, SAP200 Revit and Navisworks. Learners gain practical skills in structural analysis, detailing, 3D modeling, and 4D/5D BIM integration. With global code exposure and real-world projects, it prepares professionals for high-demand roles in modern construction and infrastructure.
Program Duration
8 Month-Online
Upcoming Batch
25th-30th August, 2025
our goal is to bridge the gap between engineering education and industry expectations by delivering hands-on, practical, and future-ready training programs. We aim to empower civil engineers, architects, and construction professionals with real-world skills in structural design, BIM, project execution, and software mastery, enabling them to become leaders in modern infrastructure and high-rise development.
Who can join this course.
To empower the next generation of civil and structural engineers through advanced, industry-oriented training, cutting-edge software integration, and global standards. We are committed to delivering excellence in education, fostering innovation, and bridging the gap between academic knowledge and practical engineering challenges to shape a more resilient and sustainable built environment.
To be a global leader in structural engineering education and innovation, driving transformation in the construction industry through technology, research, and skilled professionals equipped to design the skylines of tomorrow
Professional, Impactful & Job-Oriented
100%
Live session with e-learning support
140+
Learning Hour
5+
Industry relevent software
10+
Live Projects
learning structural engineering & BIM
Theory & Code
builds a strong foundation in structural engineering concepts such as load behavior, stress-strain relationships, FEA/FEM methods, and seismic/wind analysis. It covers essential national and international codes like IS 456, IS 875, IS 1893, ACI 318, ASCE 7, BS 8110, and Eurocode, helping learners understand code-based design requirements and their practical applications in real-world RCC structures.
STEP 1
Software and Manual
The StructureX RCC & BIM Technology Program offers a powerful blend of software proficiency and conceptual understanding. Participants gain hands-on experience with industry-standard tools such as , ETABS, SAFE, SAP2000, Revit, Navisworks, AutoCAD, and Excel. Alongside software training, the program builds a strong theoretical foundation in RCC design principles, structural behavior, seismic and wind analysis,
STEP 2
BIM 4D & 5D
4D BIM integrates the time dimension with 3D models to enable construction scheduling and sequencing. 5D BIM adds the cost dimension to the model, enabling dynamic quantity takeoffs, budgeting, and cost estimation that are directly linked to design changes. This integration streamlines project management by connecting design, time, and cost, enhancing decision-making, reducing errors, and ensuring better project control from start to finish.
STEP 3
100+
Learner Enrolled
50%
Salary Hike
40%
Multinational Learner
4.8/5
Google Review
Excellent Carriculum
Theory and Concept
1Code of practice
1International Code: BS 8110 ACI318 CEBFIP 2010 UBC 97 ASCE 7-16 FEMA and other relevant.
Analysis and Design of RCC & Composite super structure
1Gravity Load Analysis
Equivalent static analysis.
Wind static analysis
FEM analysis
Modal analysis
Dynamic behavior
Wind dynamic analysis
Response spectrum
Time history
Push over analysis
P-Delta analysis
Torsional irregularity
Creep & shrinkage analysis
Axial Column Shortening Analysis
Auto construction sequence analysis
Vibration analysis
Design of Beam, Column and Flexural wall and relevant too.
Check on super structure
1Check on lateral Stability
Check on Vertical Deflection
Check on Story Drift
Check for Over turning Moment
Check for Control of Deflection
Modal Analysis Checks
Analysis and Design of RCC & Composite Sub-structure, Slab, Staircase etc.
1Software algorithm, capabilities, strength and weaknesses,
Modelling of foundations, basements, footings,
Modelling through import method 2d import, 3d import,
Design of strips,
Design methodology,
Design of fem based slabs,
Design of slabs, raft & pile,
Design of punching shear reinforcement (stud rails).
Detailing, reporting techniques.
Codes & software interaction by considering national.
Differential settlement of foundation and its control.
Combined complex foundation system.
Punching Shear
Nonlinear Uplift
Soil Structure Interaction
Mastering the analysis & interpreting the results
Case study of High rise & Tall structure and carrying research development
1Vibration Analysis & control (Dampers, Base Isolation, Tuned Mass Dampers and others)
Wind tunnel test (Wind simulation)
Moment Frame
Shear Frame
Braced frames
Diagrid structure system
Outrigger structure system
Tube structure system ts
BIM Technology: Applying BIM (Building Information Modelling/Management)
1ISO Standard for BIM,
BIM (Building information modelling) for structure & architecture ,
BIM Analysis : Energy, wind and heat analysis,
BIM Advance: 4D and 5D,
Detailing of structure
1Detailing technique
Rebar detailing of structure
Schedule preparation
Report
Presentation
Infrastructure projects: Design analysis and detailing of
1Over headed water tank
Underground water tank
Retailing wall
Transmission tower
Project Report
1Finalizing Project Report
Proof Checking
List of projects
Project List
1List of projects
G+6 Residential structure
G+5 Hospital structure
G+10 Apartment building
G+8 Apartment Complex
G+15 Commercial Complex
G+19 Commercial Complex
G+23 Tower Building
Water Tank (over headed & Underground)
Dome Structure
Retailing Wall
Case Study of Tall & Super Tall structure
G+40 High Rise Apartment
G+50 Tower Structure (Diagrid)
G+52 Tube Structure
G+50 Outrigger
Download Full Sybullash
Master 8 Software Tools

Typical project taken in program
Hospital Building
High Rise Building
Commercial Building
Dome Structure
Pedestrian Bridge
High Rise Building
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Total Program fee
INR 75,000/-
Book your seat with INR 10,000/- only
Structurex Course benefit!
Frequently Asked Questions
Why the course is Month Long?
How much time reuired in a week?
👉 Each session is 2 hours
👉 Total: 6 to 8 hours/week of guided learning
Self-practice & assignments:
👉 Average 8 hours/week for project work, practice, and software.
Is this course live or recorded.
Do i need pre-knowldge to join this course.
What is the software included?
I dont have software installed on my pc. Can i still attend the course?
In which language course will deliver?
Is their any shorter version of this course?
How Can i solve my queries?
Do i get placement and career assistance after course complitation?
Is their gaurantee of Placement ?
From mock interviews to portfolio-building, we prepare you for the real industry.
Learn. Build. Get Hired — with StructureX.
What kind of certificate i will recive after course.
✅ Program Completion Certificate (STRUCTUREX PVT. LTD.)
Issued after completing all course modules and assessments.
✅ Internship Certificate
Recognizing your practical learning and hands-on software training during the course.
✅ Project Experience Certificate (Only upon successful submission of project work)
Awarded when you complete and submit an approved real-world project as part of the program.