P
Praveen
Architecture, Engineering & Construction
Proficient in StaadPro
Build practical STAAD.Pro skills to model, analyse and design structures confidently while preparing for real-world structural engineering projects and career opportunities.
Duration80 Hours
ModeLive
CertificationCADD Centre
Projects1 Live Project
Placement supportIncluded
✓Placement support via First Job Pakka
✓Batches start every month
✓Available at all 5 branches
✓EMI options available
Why this course
Master the Tool Behind Modern Structural Design
STAAD.Pro is more than just a design software,it’s a practical tool that helps structural engineers turn concepts into safe, efficient designs. This course gives you hands-on experience in modelling, analysis, loading, seismic analysis, steel and RC design, and foundations, helping you build the confidence and skills needed to take on real-world structural engineering projects.
From STAAD.Pro Skills to Career Growth
Build a strong career in structural engineering with STAAD.Pro skills. Move from learning and modelling to analysis, design, and industry-ready roles across construction, infrastructure, and engineering.
50+
Fresher Jobs
150+
Structural Engineer Fresher Jobs
28% Growth
Hiring -Engineering, Construction & Real Estate
Roles our graduates step into
Structural Design EngineerSTAAD.Pro Design EngineerStructural Analysis EngineerDesign EngineerStructural BIM Engineer
Career opportunities
Typical starting CTC range
₹4.5 LPA-6 LPA
Roles after completing
Structural Design EngineerSTAAD.Pro Design EngineerStructural Design ConsultantCivil/Structural Engineer
Industries that hire
Construction & InfrastructureBridges & HighwaysGovernment & Public InfrastructureEPC & Engineering Companies
Why industry demand is growing
The demand for STAAD.Pro professionals is growing due to rapid infrastructure development, increasing structural complexity, and the need for faster, accurate design solutions. Companies value engineers who can automate analysis, reduce errors, optimize designs, and deliver projects efficiently.
A typical career path
Fresher (0–1 year)
Junior Structural Enginee
1–3 years
Structural Design Engineer
5–8 years
Structural Project Engineer
What you'll learn
10 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.
Modeling of Structures
Learn to model structural systems in STAAD.Pro by creating beams, columns, slabs, supports, and loads with accurate geometry for analysis and design.
Topics covered
3D Structural ModellingNodes & Member CreationBeams & ColumnsSlab ModellingStructural GridsMember ConnectivityMulti-Storey Building ModellingModel VerificationPractical outcome
Develop accurate 3D structural models in STAAD.Pro with properly connected beams, columns, slabs, & structural elements for analysis & design.
Assigning Properties
Assign material, section, member, plate, support, and release properties to accurately represent structural components and their behaviour.
Topics covered
Assigning material propertiessection propertiesmember specificationsplate thicknesssupportsand releases.Practical outcome
Assigning material properties, section properties, member specifications, plate thickness, supports, and releases.
Loads & Load Combinations
Apply dead, live, wind, and seismic loads while creating suitable load cases and combinations for safe and reliable structural analysis.
Topics covered
Applying deadlivewindseismic and other applicable loads;creating load cases andload combinations.Practical outcome
Develop realistic loading conditions and combinations for structural design.
Bridge Deck Design
Learn to model bridge decks in STAAD.Pro, define structural components, apply relevant loads, and analyse deck behaviour for practical bridge design applications.
Topics covered
Modeling bridge deck componentsDefining structural propertiesApplying relevant loadsandAnalysing deck behaviour.Practical outcome
Model and assess bridge deck structures using practical STAAD.Pro workflows.
Static Linear Analysis
Perform static linear analysis in STAAD.Pro to evaluate structural response under applied loads, including reactions, displacements, member forces, stresses, and critical design parameters.
Topics covered
Modeling bridge deck componentsDefining structural propertiesApplying relevant loadsandAnalysing deck behaviour.Practical outcome
Modeling bridge deck components, defining structural properties, applying relevant loads, and analysing deck behaviour.
Static Linear Analysis
Learn to perform static linear analysis in STAAD.Pro by applying loads, analysing structural behaviour, and interpreting reactions, displacements, member forces, and stresses.
Topics covered
Understanding static linear analysisLoad applicationAnalysis setupreactionsdisplacementsmember forcesandResult interpretation.Practical outcome
Analyse structural behaviour and identify critical forces, reactions, and deflections.
Response Spectrum & Time History Analysis
Learn to perform seismic analysis using response spectrum and time history methods, evaluate dynamic structural behaviour, and interpret seismic forces, displacements, and critical responses.
Topics covered
Seismic modellingResponse spectrum functionsTime history loadingAnalysis parametersandInterpretation of dynamic results.Practical outcome
Perform advanced seismic analysis and evaluate structural response under dynamic loading.
RC Beam & Column Design
Learn to design and check reinforced concrete beams and columns in STAAD.Pro, interpret design results, and determine suitable reinforcement for safe, efficient structural design.
Topics covered
Reinforced concrete design parametersBeam and column designReinforcement requirementsDesign checksandResult interpretation.Practical outcome
Design and check RC beams and columns while interpreting reinforcement requirements.
Design of Steel Structures
Learn to design and analyse steel structures in STAAD.Pro, select suitable sections, apply design parameters, perform strength checks, and optimize members for safe and efficient structures
Topics covered
Steel member designSection selectionDesign parametersStrength checksServiceability checksand optimization.Practical outcome
Design and optimize steel structural members based on analysis results and design requirements.
Foundation Design
Learn to design foundations using STAAD.Pro analysis results, assess support reactions and soil parameters, and develop safe, stable, and economical foundation solutions.
Topics covered
Foundation modellingSupport reactionsdesign loadsIsolated footing considerationsSoil parametersandFoundation design checks.Practical outcome
Use structural analysis results to develop practical foundation designs and evaluate their adequacy.
Course at a glance
Duration80 Hours
Modules10 modules
ModeLive
CertificationCADD Centre
Live projects1 Live Project
Placement100 % Assisted
Institute credentials
ISO 9001:2015 certified quality education
Lifetime alumni support — doubts cleared even after course completion
Placement assistance
What Makes a STAAD.Pro Professional Job-Ready?
Employers look for professionals who can confidently model, analyse, and design structures in STAAD.Pro, understand engineering concepts, interpret results, solve practical problems, and deliver accurate, industry-ready designs.
₹3.5 L
Starting CTC
4M+
Engineers & Professionals Trained
10,000+
Career Breakthroughs
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.
Contact your nearest CADD Centre to know about the curriculum, eligibility, duration, fees, upcoming batches, and admission process.
You can learn structural modelling, load application, analysis, design, result interpretation, and preparation of structural models and reports using STAAD.Pro.
Yes. STAAD.Pro can be used for structural analysis and design of various RCC and steel structures, depending on the project requirements and applicable design codes.
Learners can explore roles such as Structural Design Engineer, Structural Engineer, Design Engineer, Structural CAD Engineer, and Structural BIM/Design Professional.
Yes. STAAD.Pro skills can help Civil Engineering graduates strengthen their knowledge of structural analysis and design workflows and improve their career readiness.
Yes. The course can help learners build their skills from the fundamentals of structural modelling and analysis to more advanced applications.
Yes. The program focuses on hands-on training, practical exercises, structural modelling, analysis, and industry-oriented projects.
You will learn structural modelling, load application, analysis, RCC and steel design, design checks, interpretation of results, and structural documentation.
The course is ideal for Civil Engineering students, graduates, diploma holders, structural engineers, and working professionals looking to enhance their structural design skills.
Proficient in STAAD.Pro is a practical training program designed to develop skills in structural modelling, analysis, design, and documentation using STAAD.Pro.
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.
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Proficient in StaadPro