SmartPLS PLS-SEM course for theses, final-year projects and dissertations
Duration: 8 hours, 4 sessions of 2 hours
Learn to build, validate and interpret your research model with SmartPLS: latent variables, reliability, validity, structural relationships, hypotheses and academic writing.
Format: online with replay
Certificate: included
Goal: independence in PLS-SEM modelling
90+ students trained
150+ models analysed
French and Arabic
1,000 MAD (≈ €90)
Individual price
Group price, min. 4
600 MAD (≈ €55) /person
A clear conceptual model
Interpretable results
Turn your hypotheses into a testable model.
Understand AVE, CR, R², VIF, bootstrapping and coefficients.
Academic writing
PLS-SEM independence
Present your results in your thesis or dissertation.
Move forward methodically, even as a beginner.
Going from a theoretical model to defensible results
This certified SmartPLS course is designed for students and researchers working on conceptual models, latent variables and hypotheses to test. You progress step by step with a clear logic: build, test, interpret, write up.
Build the model
Assess quality
Test the hypotheses
Clarify your variables, indicators, hypotheses and the relationships between constructs.
Learn to read reliability, convergent validity, discriminant validity and VIF.
Interpret coefficients, significance, bootstrapping and the strength of the model.
The SmartPLS skills you need for your thesis or dissertation
The content focuses on what you really need to understand to produce a clear, credible and presentable PLS-SEM analysis.
Understand the logic of theoretical models and PLS-SEM.
Build a conceptual model with latent variables and indicators.
Import and prepare data for a clean SmartPLS analysis.
Assess the reliability and validity of research constructs.
Analyse structural relationships and test hypotheses.
Interpret R², AVE, CR, alpha, VIF, path coefficients and p-values.
Present the results according to the expected academic standards.
Become independent in PLS-SEM modelling with SmartPLS.
Who is this SmartPLS course for?
A course designed for academic projects that require a conceptual model, latent variables or an advanced analysis of relationships between constructs.
Bachelor's, Master's, PhD
Thesis, final-year project, dissertation
Management sciences
Students who want to master an advanced quantitative method.
Validating conceptual models and testing research hypotheses.
Marketing, management, logistics, entrepreneurship, finance and HR.
Social sciences & education
Health & nursing sciences
Other disciplines
Psychology, sociology, human sciences and education sciences.
Clinical research, behavioural sciences and health surveys.
Any university project involving constructs and theoretical relationships.
Detailed SmartPLS course programme (8 hours)
A progressive path designed to turn your theoretical model into an interpretable SmartPLS analysis.
Introduction to PLS-SEM & theoretical models
Understand the logic of SmartPLS
Understand structural equation modelling.
Identify latent variables, indicators and relationships.
Build a clear, defensible conceptual model.
Building the measurement model
Reliability and validity of constructs
Assess the quality of measurement scales.
Check the consistency of the indicators.
Validate the research constructs against the expected thresholds.
Analysis of the structural model
Hypothesis testing
Test the relationships between latent variables.
Analyse the significance of the hypotheses.
Interpret the coefficients, R², VIF and model effects.
Interpretation & academic writing
Showcase the results
Read and explain SmartPLS results clearly.
Present the results in academic form.
Include the analyses in a thesis, final-year project or dissertation.
What the course includes
Complete PDF materials
Exercises with solutions
Real case studies
Replay available
Private WhatsApp group
Final certificate
What our participants say
Feedback focused on what really matters: understanding, interpreting and defending the results.
This SmartPLS course allowed me to validate my conceptual model and interpret my hypotheses correctly.
SmartPLS seemed complicated to me, but the course is very clear, progressive and directly useful for writing up.
Thanks to Data Académique, I completed the PLS-SEM analysis of my dissertation with a much more structured reading.
Imane A.
Omar H.
Dr. Salma R.
Master's in Marketing
PhD candidate in Management
PhD candidate in Social Sciences
Before starting SmartPLS
Answers to the questions we are asked most often before enrolment.
Is it suitable for beginners?
Yes. The course is designed for SmartPLS and PLS-SEM beginners, with a step-by-step progression from the basic concepts to the interpretation of results.
Do I get a certificate?
Yes, a Data Académique certificate will be issued at the end of the course, depending on the path followed.
Is it live or on replay?
The course takes place online with a replay available, so you can review the explanations and repeat the steps at your own pace.
Do I need to install SmartPLS?
Yes, SmartPLS must be installed. You can ask for guidance if you need help getting started properly.
One-to-one or group course?
Both options are available: one-to-one course at 1,000 MAD (≈ €90) or group course, minimum 4 people, at 600 MAD (≈ €55) per participant.
Master PLS-SEM to succeed in your academic research
Don't leave your research model unanswered. Build a clear, interpretable analysis that you can defend in front of your supervisor or the jury.
100% online course, accessible anywhere
Take the SmartPLS course from Morocco, France, Belgium, Tunisia, Algeria or anywhere in French-speaking Africa: live online sessions, replays to review each step, explanations in French and Arabic.
Prices: 1,000 MAD (≈ €90) for one-to-one training, or 600 MAD (≈ €55) per person in a group of at least 4 people. The euro amount is indicative.
Going further
On the blog: SmartPLS and PLS-SEM for beginners · Sample size for a thesis · Designing a thesis questionnaire.
Related courses and services: online SPSS course · statistics course: Excel, SPSS and SmartPLS pack · thesis and final-year project support.

