P
Praveen
Architecture, Engineering & Construction
Executive Diploma in Structural Design with AI
Master structural design with hands-on training in RCC, steel structures, AutoCAD, STAAD.Pro, estimation and detailing, while learning how AI can improve design accuracy, productivity and engineering workflows.
Duration400 Hours
ModeLive
CertificationCADD Centre Certified
Projects2 Live Projects
Placement supportIncluded
✓Placement support via First Job Pakka
✓Batches start every month
✓Available at all 5 branches
✓EMI options available
Why this course
Master Structural Design, BIM & AI Workflows for Industry Success
Take your structural design skills to the next level with our Executive Diploma in Structural Design with AI. This program is designed to help you understand real-world structural design, analysis, BIM workflows and industry-standard tools while exploring how AI can make your work smarter and more efficient.
Learn through practical projects, develop job-ready skills and gain the confidence to work on modern construction and infrastructure projects. Whether you are starting your career or looking to upgrade your existing skills, this course helps you stay relevant in a rapidly evolving industry.
Design Your Career. Build Your Future.
Build a future-ready career with practical skills in structural design, BIM and AI. Gain hands-on experience, work on real-world projects and prepare yourself for exciting opportunities across construction, infrastructure, engineering and BIM industries.
₹4 LPA
Starting CTC Range
22.1%
Market Growth
10% Growth
Construction & real estate
Roles our graduates step into
Structural Design EngineerStructural BIM EngineerStructural DetailerStructural Analysis EngineerStructural CAD Engineer/Draftsman
Career opportunities
Typical starting CTC range
8–12 LPA
Roles after completing
Structural Design EngineerStructural CAD EngineerStructural BIM EngineerStructural Modelling EngineerStructural Design ConsultantProject Design EngineerStructural Engineering CoordinatorAI-Enabled Structural Design Specialist
Industries that hire
Construction & InfrastructureArchitecture, Engineering & Construction (AEC)Engineering Procurement & Construction (EPC)Oil, Gas & Energy InfrastructureSmart Infrastructure & Urban DevelopmentBIM & Digital Engineering Services
Why industry demand is growing
Growing investments in construction, infrastructure, urban development, and high-rise projects are driving demand for skilled structural design professionals. At the same time, the adoption of BIM, automation, and AI-powered engineering tools is transforming structural design workflows, creating demand for professionals who combine structural engineering expertise with digital and AI skills.
A typical career path
0–2 Years
Junior Structural Designer
2–4 Years
Structural Design Engineer
4–7 Years
Design Engineer
What you'll learn
7 modules, structured around a real product.
Each module builds on the last — by Module 5 you're simulating the motion of a working mechanism, not completing isolated drawing exercises.
Structural Manual Calculations
Learn the fundamentals of structural calculations, including load assessment, structural elements and manual design methods. Build a strong foundation to confidently analyse and design safe, efficient structures.
Topics covered
Structural conceptsManual calculation of structural elementsStructural reinforcement sketchesPractical outcome
Apply manual structural calculations to assess loads, size structural elements, and prepare basic design calculations and reinforcement details
Structural Detailing
Learn industry-standard structural detailing practices, design codes and reinforcement detailing for RCC and steel elements. Develop accuracy in preparing clear, construction-ready structural drawings.
Topics covered
Rules and regulations in detailingStructural design codes & code booksDetailing of structural elementsPractical outcome
Prepare professional structural detailing drawings with accurate reinforcement, connections & dimensions, following relevant design codes & constraint
Estimation & Costing
Learn to estimate quantities, material requirements and project costs for structural works. Understand practical methods for calculating concrete, steel and other construction materials accurately.
Topics covered
Concrete mix calculationsManual estimation of floor plansEstimation of structural elementsRetaining wall & staircase estimationPractical outcome
Prepare quantity take-offs & cost estimates for structural elements, helping you evaluate material requirements & project budgets
Engineering Drawing with AutoCAD
Learn to create accurate 2D engineering drawings using AutoCAD, from basic profiles and layers to blocks, layouts, printing and 3D modelling. Build practical drafting skills for structural projects.
Topics covered
Basic profilesLayer managementBlocks & referencesLayouts & printingCollaboration & data exchange3D modellingPractical outcome
Create professional structural drawings, layouts and construction documentation using AutoCAD with accurate dimensions, annotations and industry-stand
Structural Analysis
Learn to analyse structural behaviour under different loading conditions using industry-standard methods. Understand static, dynamic, response spectrum, time history and pushover analysis for real-world structures.
Topics covered
Static analysisDynamic analysisResponse spectrum analysisTime history analysisPushover analysisPractical outcome
Perform structural analysis, interpret results and identify critical forces, stresses and displacements to support safe and efficient structural desig
Structural Design
Learn the principles of RCC and steel structural design, including slabs, beams, columns, foundations and structural connections. Develop practical skills to design safe, stable and efficient structures.
Topics covered
Learn to analyse structural behaviour under different loading conditions using industry-standard methods. Understand staticdynamicresponse spectrumtime history and pushover analysis for real-world structures.Practical outcome
Design and detail key RCC and steel structural elements, interpret design results and apply engineering codes to develop safe, & practical solutions.
AI for Structural Design
Explore how AI can support structural design workflows, from calculations & analysis to documentation & project planning. Learn to use AI tools to improve productivity, streamline tasks and make smarter designs.
Topics covered
AI-assisted design workflowsAI for engineering calculations & documentationAI-assisted design analysis and productivityAI tools for researchreporting and project workflowsPractical outcome
Use AI effectively to assist with structural calculations, design documentation, research and workflow automation, helping you work faster.
Course at a glance
Duration400 Hours
Modules7 modules
ModeLive
CertificationCADD Centre Certified
Live projects2 Live Projects
Placement100 % Assisted
Institute credentials
ISO 9001:2015 certified quality education
Lifetime alumni support — doubts cleared even after course completion
Placement assistance
From Learning to Landing Your Dream Job
Build job-ready skills in structural design, BIM and AI through practical learning and industry-focused projects. Gain the confidence to attend interviews, handle real-world projects and explore exciting career opportunities in construction and engineering.
₹4 LPA
Starting CTC
5,500+
Hiring & Industry Partners
10+
Career Roles
Student success stories
From training to career...
Hear it from our graduates.
Learning experience
How you'll learn at CADD Centre.
1
Instructor-led sessions
Classroom and live online with industry practitioners
2
Hands-on lab access
Licensed industry software, full lab hours included
3
Real-world projects
Assignments modelled on actual industry briefs
4
Portfolio development
Build a job-ready portfolio with placement team support
5
Certification & interview prep
Mock tests, cert prep, and readiness workshops
Frequently asked questions
Common questions about this course.
Still have questions?
We're here to help you.
The program combines core structural design principles with advanced CAD, BIM and AI-enabled workflows. Learners develop the ability to model, analyse, document and coordinate structural projects using modern digital tools, helping them adapt to the evolving requirements of the AEC industry.
The program is suitable for Civil and Structural Engineering graduates, diploma holders, aspiring structural designers, BIM professionals and working professionals looking to upgrade their structural design capabilities with AI and digital technologies.
The program is designed around relevant structural design and BIM technologies, with training focused on applying software within an end-to-end project workflow rather than learning tools in isolation. [Add your exact software list here — e.g., AutoCAD, Revit Structure, STAAD.Pro, ETABS, Navisworks, etc.]
The program covers structural modelling, analysis, detailing, documentation and BIM coordination workflows. Learners gain practical exposure to industry-relevant processes used to develop accurate structural models and construction-ready documentation.
The program focuses on hands-on training, practical exercises, and industry-oriented projects to help learners develop job-ready structural design skills.
AI is introduced as a productivity and design-support technology across the structural workflow. Learners explore how AI can assist with design ideation, repetitive tasks, documentation, information processing and workflow optimisation while keeping engineering judgement and technical validation at the core.
Depending on your academic background, technical proficiency and experience, potential career paths include Structural Designer, Structural BIM Engineer, BIM Modeler, Structural Detailer, BIM Coordinator and Structural Design Engineer.
Yes. The program develops skills relevant to structural modelling, BIM coordination, detailing and digital construction workflows. These capabilities can help learners pursue opportunities in structural design and BIM-oriented roles across the AEC industry.
Yes. The program follows a practical, project-oriented approach, allowing learners to apply structural modelling, detailing, BIM and digital workflows to project-based exercises. This helps bridge the gap between theoretical knowledge and professional practice. CADD Centre also highlights real-world project exposure as a key differentiator across its advanced programs.
Getting started is simple. Submit an enquiry, and our course counsellor will help you understand the course, eligibility, fees, batch options and enrolment process before you take the next step.
Ready to build your career in product design?
Talk to a counsellor, download the full curriculum, or book a free demo class — we'll help you take the right first step.
Free. No obligation. Available Mon–Sat, 10 AM–6 PM.
Executive Diploma in Structural Design with AI