PG Program in High Rise & Tall Structure
This Program is designed to provide engineers, architects, and construction professionals with cutting-edge knowledge and practical skills in the design, analysis, and construction of tall buildings.
Program Duration
6 Month-Online
Upcoming Batch
1st Sept. 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.
Civil/structural Engineering Graduates
Site Engineers & Construction Managers
Architects & BIM Professionals
Working Professionals Seeking Career Growth
Our Mission
Our Vision
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
Theory & Conceptual
The program offers applied theory and conceptual classes, delivering in-depth knowledge in structural engineering. It emphasizes research and development, explores modern techniques, and addresses real-world industrial challenges.
STEP 1
Software and Manual
The program includes hands-on training with the latest structural engineering software such as ETABS, SAFE, PER3D, SAP2000, DUBAL RWIND, and CSI Detail, along with comprehensive manual calculation methods to build strong fundamental understanding.”
STEP 2
IS/ASCE/BS/EU Code
With students joining from across the globe, the program incorporates multinational codes of practice. Projects undertaken during the program follow international standards such as IS, ASCE, ACI, BS, and Eurocodes (EU)
STEP 3
100+
Learner Enrolled
50%
Salary Hike
40%
Multinational Learner
4.8/5
Google Review
Excellent Carriculum
Analysis and design of high rise structure with codes concept and software.
1
Software : CSI ETABS
1.1 Introduction
1.2 Specialized Modelling For Tall Building In ETABS
1.3 Finite Element Method
1.4 Gravity & Lateral Loading Resisting Structural System
1.5 Podium Diaphragm, Collectors, Backstay Effects
1.1 Introduction
1.2 Specialized Modelling For Tall Building In ETABS
1.3 Finite Element Method
1.4 Gravity & Lateral Loading Resisting Structural System
1.5 Podium Diaphragm, Collectors, Backstay Effects
Podium diaphragm, collectors, backstay effects
2
Software: CSI ETBAS
2.1 Podium & Backstay Effects
2.2 Structural Element of Podium
2.3 Consideration of Backstay Effects
2.4 Design of Diaphragm & Collectors
2.5 Recommendations properties for
2.6 Modelling of Backstay Effects
Diaphragm Flexibility.
2.1 Podium & Backstay Effects
2.2 Structural Element of Podium
2.3 Consideration of Backstay Effects
2.4 Design of Diaphragm & Collectors
2.5 Recommendations properties for
2.6 Modelling of Backstay Effects
Diaphragm Flexibility.
Non linear modelling
3
Software : ETABS & Per.3D
2.1 Basic Approach for Nonlinear Modelling of Structure.
2.2 An introduction to fiber Modelling Approach
2.3 Nonlinear Modelling of material (fibers).
2.4 Fiber modelling of RC Beam.
2.5 Fiber modelling of RC Column.
2.6 Fiber modelling of RC Shear Wall.
2.7 Stress-Strain Relationship-Confined Concrete.
2.8 Stress-Strain Relationship- Cyclic Load.
2.9The Moment Curvature Curve.
2.10 Hinge Properties.
2.11 Plastic Hinges.
2.1 Basic Approach for Nonlinear Modelling of Structure.
2.2 An introduction to fiber Modelling Approach
2.3 Nonlinear Modelling of material (fibers).
2.4 Fiber modelling of RC Beam.
2.5 Fiber modelling of RC Column.
2.6 Fiber modelling of RC Shear Wall.
2.7 Stress-Strain Relationship-Confined Concrete.
2.8 Stress-Strain Relationship- Cyclic Load.
2.9The Moment Curvature Curve.
2.10 Hinge Properties.
2.11 Plastic Hinges.
Wind analysis
4
Software : ETABS
4.1 Gust Factor Method
4.1 Gust Factor Method
Linear dynamics of tall building
5
Modal Analysis, Damping & Vibration Modes of Tall Building.
Performance based design of tall building
6
Software :ETABS & PER 3D
1.1 Response Spectrum Modal Analysis
1.2 Static Earthquake Analysis.
1.3 The Modal separation of seismic Analysis.
1.4 Conceptual seismic design of Tall buildings
1.5 Seismic Dynamic Behavior of Tall Building
1.6 Seismic Dampers
1.7 Elastic and design demands at the Design Basis
1.8 Earthquake Level Using RS method
1.1 Response Spectrum Modal Analysis
1.2 Static Earthquake Analysis.
1.3 The Modal separation of seismic Analysis.
1.4 Conceptual seismic design of Tall buildings
1.5 Seismic Dynamic Behavior of Tall Building
1.6 Seismic Dampers
1.7 Elastic and design demands at the Design Basis
1.8 Earthquake Level Using RS method
Mastering the analysis & interpreting the results
7
1.1 Stability check as per code
1.2 Check on lateral Stability
1.3 Check on Vertical Deflection
1.4 Check on Story Drift
1.5 Torsion Irregularities Check
1.6 Soft Story Check
1.7 Check for Over turning Moment
1.8 Check for Control of Deflection
1.2 Check on lateral Stability
1.3 Check on Vertical Deflection
1.4 Check on Story Drift
1.5 Torsion Irregularities Check
1.6 Soft Story Check
1.7 Check for Over turning Moment
1.8 Check for Control of Deflection
Design and analysis of foundation
8
1.1 Design and Analysis of foundation
1.2 CSI SAFE and MS-EXCEL
1.3 Isolated Footing
1.4 Combined Footing
1.5 Raft Foundation
1.6 Pile Foundation
1.7 Raft + Pile
1.8 Software algorithm, capabilities,
1.9 strength and weaknesses
2.0 Modelling of foundations, basements, footings.
2.1 Design of stirrups .
1.2 CSI SAFE and MS-EXCEL
1.3 Isolated Footing
1.4 Combined Footing
1.5 Raft Foundation
1.6 Pile Foundation
1.7 Raft + Pile
1.8 Software algorithm, capabilities,
1.9 strength and weaknesses
2.0 Modelling of foundations, basements, footings.
2.1 Design of stirrups .
Research with different structural framing system
9
Software: CSI SAP2000 and DUBAL RWIND
1.1 Braced Frame and Diagrid System
Braced Frames have much better strength and stiffness Bracing is a much effective than rigid joints at resisting racking deformation of the frame.
1.2 Tube System
The tube is the name given to the systems where in order to resist lateral loads (wind, seismic, etc.) a building is designed to act like a three-dimensional hollow tube.
1.3 Braced Tube System
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
1.1 Braced Frame and Diagrid System
Braced Frames have much better strength and stiffness Bracing is a much effective than rigid joints at resisting racking deformation of the frame.
1.2 Tube System
The tube is the name given to the systems where in order to resist lateral loads (wind, seismic, etc.) a building is designed to act like a three-dimensional hollow tube.
1.3 Braced Tube System
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
Wind engineering (Computational Fluid Dynamics) of Tall Structure
10
Software: Dubal RWIND
RWIND Simulation user interface is super ease of use with minimal necessary settings and user skills. The work flow is very simple. The input for RWIND Simulation is the surface model of the structure(CAD,.STL). The virtual wind tunnel is created around the structure. Wind speed is set. There st of the parameters are not mandatory, but available.
Wind simulation of following type of software
Low Rise RCC Structure
High Rise RCC Structure
Tall Structure
Tube Structure
Iconic Structure
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
RWIND Simulation user interface is super ease of use with minimal necessary settings and user skills. The work flow is very simple. The input for RWIND Simulation is the surface model of the structure(CAD,.STL). The virtual wind tunnel is created around the structure. Wind speed is set. There st of the parameters are not mandatory, but available.
Wind simulation of following type of software
Low Rise RCC Structure
High Rise RCC Structure
Tall Structure
Tube Structure
Iconic Structure
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
Reinforcement detailing
11
Reinforcement detailing
Reinforcement details are presented in the form of tables and schedules for groups of components,
as well as drawn in plans, elevations, and sections for individual elements.
Detailing technique according to different CODES (IS, AISC, BS etc.)
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
Reinforcement details are presented in the form of tables and schedules for groups of components,
as well as drawn in plans, elevations, and sections for individual elements.
Detailing technique according to different CODES (IS, AISC, BS etc.)
Also known as ‘Trussed Tube’ or ‘Exterior Diagonal-tube System’ utilized for greater heights, and allows larger spacing between the columns.
1.4 Out trigger structure system
The outrigger truss is a simple trusses spanning over the full height of that story and across the full width of building.
1.5 Diagrid Structure system
The diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete or wooden beams that is used in the construction of buildings and roofs.
Proof checking
12
1.1 Proof checking for RCC structure
1.2 Structural Forms
1.3 Floor systems (concrete & steel)
Requirements
1.4 ETABS model checks
1.5 Safe model checks for slab design
1.6 Safe model checks for foundation design
1.2 Structural Forms
1.3 Floor systems (concrete & steel)
Requirements
1.4 ETABS model checks
1.5 Safe model checks for slab design
1.6 Safe model checks for foundation design
Live project under program
13
1. G+5 Hospital Building (Cuttack Odisha) – Super structure & Sub structure
2. G+10 Residential Building (Gurugram New Delhi) - Super structure & Sub structure
3. G+15 Hotel Building (Noida) - Super structure & Sub structure
4. G+25 Residential Building (Gurugram)- Super structure & Sub structure
5. G+41 Residential Building (Mumbai)- Super structure & Sub structure
6. G+52 High Rise Building (Commercial & Residential) (Noida) Super structure & Sub structure
7. G+84 Warl’s Tower (UAE)- Super structure & Sub structure
8. Water tank (Over headed and underground)
2. G+10 Residential Building (Gurugram New Delhi) - Super structure & Sub structure
3. G+15 Hotel Building (Noida) - Super structure & Sub structure
4. G+25 Residential Building (Gurugram)- Super structure & Sub structure
5. G+41 Residential Building (Mumbai)- Super structure & Sub structure
6. G+52 High Rise Building (Commercial & Residential) (Noida) Super structure & Sub structure
7. G+84 Warl’s Tower (UAE)- Super structure & Sub structure
8. Water tank (Over headed and underground)
Research & Development Project
14
1. Diagrid structure system
2. Truss Belt structure system
3. Tube Structure system
4. Tunned Mass structure system
2. Truss Belt structure system
3. Tube Structure system
4. Tunned Mass structure system
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Typical project taken in program
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Testimonial
We belive in learner review
We believe in the power of learner feedback to shape, improve, and inspire our programs
"I recently completed the Structural Analysis and Design course for High-Rise Buildings with StructureX. The instructor demonstrated an impressive depth of knowledge and explained every aspect of the course in a clear and structured manner. I highly recommend this course to civil engineers looking to transition into professional structural engineering. It provides invaluable insights and practical expertise essential for working on high-rise building projects."
Best learning experience in the field of civil engineering. Due to my study i improve: Creativity and flexibility. Communication Skills,Technical Skills, Project Management, Critical Thinking. Structure X for me was the most important time of studying civil engineering in the last 5 years.
All the sessions are very good, and well explained,BUT MY MAJOR EXPECTATION IS TO GET A VERY SUPPORTIVE ENVIRONMENT WITH STRUCTURE X TEAM IN THE NEAR FUTURE AND LOOKING FORWARD TO WORK TOGETHER IN THE NEAR FUTURE. SAYANDEEP BHATTACHATJEE(CONSULTANT)
The training program is particularly good and valuable for us as we must keep ourselves updated about newer technologies in the field. It strengthened my technical skills and proved to be a great learning experience, especially with the practical deigning and planning sessions. I would recommend this course to fellow engineers, Draughtsman and CAD technician also learning for this course for moving next digital platform, so that we can work on implementing these new technologies in habitations.”
Specially i would to say thank you, Mr aman sir all time supportive person, when also i faced any doubt he give 100% satisfaicied answer.
thank you so much. best wishes for future.
Best learning expirience in the field of civil engineering . Due to my study i improve:
Creativity and flexibility.
Communication Skills. ...
Technical Skills. ...
Project Management. ...
Critical Thinking.I learn and improve my knowledge in Some wellknown program Tekla, Revit , Robot , Dwalwind and i gone learn some others too.
What more important , the people that explain @StructureX are very nice and professional and they support you every moment you have doubts .
Structure X for me was the most important time of studing civil engineering in the last 5 years . I really believe at it and in his mission .
My goal and my desire is to spread and make people in my country know SX .
My respect and appreciatetion !King regards
Eng. A.Cako
“I am a practicing structural engineer from Nigeria, and my experience with StructureX Pvt Ltd has been truly exceptional. My bridge design training was fantastic, and I am grateful that I chose this institution. From their seasoned instructors, who provide in-depth explanations and real-world insights, to the lifetime access to recorded sessions, every aspect of the training is top-notch. The hands-on approach, well-structured course materials, and interactive learning environment have significantly enhanced my understanding of bridge design. I highly recommend StructureX to any engineer looking to upskill and gain practical knowledge in structural engineering”
I took the High Rise Structure Design course and joined the journey with Structurex pvt ltd. The course was well planned and detailed. Schedule of classes was on time and faculties were always responsive for doubts.
Also, they supported in software tools explaination & study materials.
“Best corporate training program and engineering educational service, associated with construction professionals who assists you to develop you skills and guide you to expertise in this growing AEC Industry.”
Best learning expirience in the field of civil engineering . Due to my study i improve:
Creativity and flexibility.
Communication Skills. ...
Technical Skills. ...
Project Management. ...
Critical Thinking.I learn and improve my knowledge in Some wellknown program Tekla, Revit , Robot , Dwalwind and i gone learn some others too.
What more important , the people that explain @StructureX are very nice and professional and they support you every moment you have doubts .
Structure X for me was the most important time of studing civil engineering in the last 5 years . I really believe at it and in his mission .
My goal and my desire is to spread and make people in my country know SX .
My respect and appreciatetion !King regards
Eng. A.Cako
Certification
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Program Complitaion certificate
Internship Certificate
Project Experince Certificate
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Total Program fee
INR 62,000/-
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Structurex Course benefit!
FAQ
Frequently Asked Questions
Why the course is 6 Month Long?
The 6-month duration ensures that learners are not just trained, but transformed—ready to take on high-rise structural design with both depth and confidence.
How much time reuired in a week?
3 to 4 sessions per 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.
👉 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.
It is 100% live with access of learning material for life time.
Do i need pre-knowldge to join this course.
To join this program, you must have a Degree or Diploma in Civil Engineering (or related field) with a basic understanding of structural concepts and engineering fundamentals.
What is the software included?
Program include ETABS,SAFE,SAP200,PER3D,RWIND and Csi Deatils.
I dont have software installed on my pc. Can i still attend the course?
Our team will guide you before starting of course.
In which language course will deliver?
The course content will deliver in English.
Is their any shorter version of this course?
It is not possible to deliver course in short period of time.
How Can i solve my queries?
With our live personal doubt session and LMS (Learning Management System?
Do i get placement and career assistance after course complitation?
Yes we ensure each learner to get a great career option with our career and placement services.
Is their gaurantee of Placement ?
No placement guarantees — but 100% career support.
From mock interviews to portfolio-building, we prepare you for the real industry.
Learn. Build. Get Hired — with StructureX.
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.
Upon successful completion of the program, you will receive three valuable certificates: ISO Certified.
✅ 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.
✅ 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.
What support services are available?
We provide a comprehensive range of services including cloud computing, cybersecurity, software development, data analytics, and IT consulting, all tailored to your business needs.
Can i pay fee in instalments.
No for particular program instalment is not available/
Can i get disount on the fee?
For Offer and disount you need to check with Team.
Can i Pay fee in EMI?
Yes you can pay in EMI Based on your credit/Debit card offer.
What is the Refund Policy.
Seat booking fee is non-refundable. You can request fee refund before 1 Week of course starting. For more information visit our refund policy page.
