Choose a meaningful model.
Connect geometry, materials, sections, restraints and releases with the behaviour you intend the analytical model to represent.
Computers and Structures, Inc.Structural Analysis & Design · Classroom & Online Live
SAP2000 Course Training in Sharjah.
Build a clear model.
Understand the structural response.
Develop practical SAP2000 skills for structural modelling, analysis and design review. Work with geometry, material properties, loads, combinations and result interpretation through guided exercises and a structural project.
- Focus
- Structural analysis & design
- Format
- Classroom & Online Live
- Applied learning
- Guided structural project
Sharjah centre: 208 Reem Plaza, Al Majaz 1.
Discuss your engineering background, training hours and next
batch with admissions.
Model. Load. Review.
Establish the structural idealisation.
Organise the geometry, member properties, supports and connectivity needed for a clear analytical model.
Structural understanding meets software practice
Model the structure.
Explain what the results mean.
SAP2000 brings structural modelling, analysis, design and reporting into one environment. A useful workflow connects the engineering assumptions with the model inputs and the response you expect to see.
Our SAP2000 training in Sharjah focuses on practical model development and result review. Learn to organise structural elements and loads, inspect analysis output and explain selected design checks through a guided project.
Check the response.
Review applied loading, analysis settings, warnings, deformed shapes, reactions and member forces before drawing conclusions.
Explain the design checks.
Interpret selected steel or concrete design output in the context of the chosen code, combinations and modelling assumptions.
Your learning path
From the first model
to a structural review report.
Explore the proposed learning areas. Admissions will confirm the detailed syllabus, software edition, selected design codes, training hours and project requirements.
01 · SAP2000 foundations & model setup
- Explore the interface, units, coordinate systems and project templates.
- Establish grids, geometry and an organised model structure.
- Define materials and section properties suited to the exercise.
- Understand the relationship between physical geometry and analytical idealisation.
Practical outcome: A prepared model with consistent units and defined properties.
02 · Frame, truss & area-object modelling
- Create and edit beams, columns, braces and selected area objects.
- Review local axes, element orientation and member connectivity.
- Apply restraints, releases and constraints with a clear rationale.
- Explore meshing and the implications of element discretisation.
Practical outcome: A structural model with reviewed connectivity and assignments.
03 · Load patterns, cases & combinations
- Distinguish load patterns, analysis cases and result combinations.
- Apply self-weight, gravity and selected lateral loading exercises.
- Review load directions, distributions and the mass-source definition.
- Prepare combinations suited to the agreed code and design exercise.
Practical outcome: An organised loading setup with documented assumptions.
04 · Linear static analysis & model validation
- Run a linear static analysis and review warnings and diagnostics.
- Inspect deformed shapes, support reactions and element forces.
- Check equilibrium and compare selected output with simple hand estimates.
- Investigate unusual behaviour before proceeding to design checks.
Practical outcome: A reviewed analysis model with an explanation of key checks.
05 · Modal analysis & response-spectrum introduction
- Explore modal cases and the selected mass representation.
- Review periods, mode shapes and participating mass information.
- Introduce response-spectrum inputs and combination settings.
- Interpret results within the assumptions of the selected exercise.
Practical outcome: A guided dynamic-analysis review exercise.
06 · Steel-frame design review
- Select the agreed steel design code and relevant combinations.
- Review design preferences, member assumptions and applicable overrides.
- Interpret demand-capacity output and selected member checks.
- Explore section revisions and re-run analysis and design as needed.
Practical outcome: A documented steel-member review for selected elements.
07 · Concrete-frame design review
- Set the agreed concrete design code and design combinations.
- Review frame properties, design assumptions and relevant settings.
- Interpret selected reinforcement and member-design output.
- Explain the relationship between analysis forces and design checks.
Practical outcome: A concrete-frame review exercise with explained output.
08 · Advanced analysis concepts & practical limits
- Introduce second-order effects and the purpose of P-Delta analysis.
- Discuss nonlinear cases, hinges or time-history concepts where included.
- Review convergence, modelling assumptions and sensitivity to inputs.
- Identify which advanced activities require additional scope or software capability.
Practical outcome: An informed explanation of when a more advanced analysis may be needed.
09 · Applied structural project & reporting
- Develop a guided structural model around the agreed project brief.
- Organise properties, loading, analysis and selected design checks.
- Prepare useful model views, tables and a concise review narrative.
- Present assumptions, validation checks and the main findings.
Practical outcome: A structural project model and an organised review report.
Put the learning to work
A structural project
you can explain.
Develop a guided frame or other agreed structural exercise. Connect the model assumptions with loading, result checks and selected design-review findings.
An organised analysis model
Present the geometry, materials, sections, restraints and loading setup used for the selected brief.
A result-review pack
Explain selected deformations, reactions and member forces, supported by basic validation and reasonableness checks.
A design-review report
Document selected steel or concrete checks, model revisions and the assumptions relevant to the findings.
Confirm the project type, selected code, assessment requirements and final outputs with admissions.
A format that fits your schedule
Sharjah classroom.
Online live flexibility.
Discuss your availability, engineering background and preferred language. Admissions will confirm available batches and the class timetable.
SAP2000 training in Sharjah
Visit CADD International at 208 Reem Plaza, above FAB, Corniche Street, Al Majaz 1. Discuss instructor-led sessions and practical modelling exercises.
Contact details & directions ↗Learn with instructor guidance
Enquire about live online learning from the UAE or across Saudi Arabia, Oman, Qatar, Bahrain and Kuwait. Confirm timings, resources and software setup.
Explore online training ↗Discuss your branch & language
Dubai · Sharjah · Abu Dhabi · Online Live
العربية · English · हिन्दी · മലയാളം · தமிழ்
Language, branch and timetable availability depend on the course, trainer and selected batch.
Your learning, documented
Course completion.
Practical engineering evidence.
Connect your training with a completion credential and structural project work you can explain. Admissions will confirm the certificate title and completion requirements.
CADD International certificate
Receive the applicable course completion certificate after meeting the training and project requirements.
Structural project evidence
Use your model, input assumptions, result checks and report to demonstrate your practical software understanding.
Your next learning step
Discuss further structural design or BIM training based on your engineering goals and current software experience.
Explore course options ↗Ask about current fees, available Tabby or Tamara payment options and optional certificate attestation, including applicable terms.
Corporate learning
A consistent analysis approach
for your engineering team.
Discuss SAP2000 training around your team's model types, load assumptions, design codes and result-review requirements.
Clear answers before you join
Questions about SAP2000 training?
Who is this course suitable for?
Civil and structural engineers, engineering students with
structural fundamentals and design professionals developing
analysis-software skills can discuss this course with admissions.
Share your experience and the models you want to work on.
Can I join if I am new to SAP2000?
Yes, discuss your structural-analysis background with our team.
The proposed pathway begins with model setup and interface skills.
Preparation depends on your knowledge of structural mechanics,
loading and material behaviour.
Will I learn both steel and concrete design?
The proposed learning areas include steel and concrete frame
review. Admissions will confirm which exercises, design codes
and project types are included in your batch.
Does the course cover dynamic or nonlinear analysis?
The proposed pathway introduces modal and response-spectrum
workflows along with advanced analysis concepts. Detailed
time-history, nonlinear, pushover or specialised studies should
be discussed as a separate or extended scope.
Which design codes will be used?
The trainer and admissions team will confirm the supported code
and edition selected for your exercises. The choice depends on
the project scope and SAP2000 version used. Discuss any specific
code you need before enrolling.
How long is the SAP2000 course?
Ask admissions for the confirmed teaching hours, project
requirements and calendar. The number of weeks depends on
session length, frequency and the agreed format.
Will I complete a practical project?
The proposed pathway includes a guided structural project
connecting modelling, loading, analysis review and selected
design checks. Confirm the brief, structural type and submission
requirements for your batch.
What software and computer do I need?
Ask the team to confirm the SAP2000 version, licence level,
computer requirements and practical access for your learning
format. Some advanced capabilities depend on the software
edition provided.
Can I study online?
Enquire about instructor-led online live sessions or Sharjah
classroom training. Admissions can also discuss Dubai and
Abu Dhabi branch availability, preferred languages and
suitable timings.
Which certificate will I receive?
Ask admissions to confirm the applicable CADD International
course completion certificate and requirements. Any separate
CSI vendor credential or assessment must be confirmed with
the team.
How do I get the fees and next starting date?
Complete the enquiry form below or call +971 56 177 5009.
Share your engineering background, preferred structural focus
and learning format to receive the current syllabus, fee and
batch details.
Start with your engineering goals
Get your SAP2000
course plan.
Tell us about your structural background and the models you want to analyse. Our team can explain the syllabus, fees, duration and available training formats.
Phone: +971 56 177 5009
Email: info@caddsharjah.com
Sharjah: 208 Reem Plaza, Corniche Street, Al Majaz 1 · Above FAB
Options: Dubai | Sharjah | Abu Dhabi | Online Live
Request syllabus, fees & schedule
Share your contact details, engineering background and preferred learning format. Our team will follow up with the current course information.
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