MICA - MICA Advanced Certificate Program in Marketing Analysis
- Offered byEmeritus
MICA Advanced Certificate Program in Marketing Analysis at Emeritus Overview
Duration | 6 months |
Total fee | ₹71,500 |
Mode of learning | Online |
Credential | Certificate |
MICA Advanced Certificate Program in Marketing Analysis at Emeritus Highlights
- Earn a Certificate and Executive Alumni Status from MICA, Ahmedabad
- Enjoy Personalised Career Services with Eruditus India Career Services (Plus)
- Learn through 15+ Quizzes & Assignments, 10 Discussion Boards and 4 Live Webinars
- Placement support through a 90-minute workshops from career management industry experts
MICA Advanced Certificate Program in Marketing Analysis at Emeritus Course details
- Professionals seeking to acquire marketing analytics skills and adopting quantitative market research practices
- Professionals who are looking to create impactful marketing strategies by quantifying marketing efforts and analytics-driven insights
- Acquire hands-on analytical techniques to generate valuable data, filter it, and identify patterns to meet market research goals
- Apply machine learning principles to generate insights and chalk-out reliable forecasts for business success
- Learn how to align research outcomes to develop impactful marketing strategies
- Gain exposure to recent market research trends and learn real-world business applications and strategies
- Gain hands-on experience in end-to-end market research management
- Deploy multiple research techniques to develop a market research strategy
- Explore the latest methods and concepts in market research, to help you craft a productive and result-oriented marketing strategy to perfection
- Learn to filter the correct data, apply multiple research techniques for a data-informed marketing strategy and use Machine Learning applications to predict and prepare for future outcomes
- Program Fee: INR 71,750 + GST
MICA Advanced Certificate Program in Marketing Analysis at Emeritus Curriculum
MODULE 1 - Introduction to Market Research & Business Analytics
Introduction to Market Research
Overview of types of Market Research
Structure of a Research Report
Introduction to Business Analytics
Overview of Business Analytics Tools
Applications of Analytics in Business
MODULE 2 - Descriptive Statistics: Statistical Measures
Introduction to Descriptive Statistics
Measures of Central Tendency
Calculating Measures of Central Tendency using Excel
Measures of Dispersion
Calculating Measures of Dispersion using Excel
Measures of Shape
Calculating Measures of Shape using Excel
MODULE 3 - Descriptive statistics: Data Visualisation on Tableau
Data Visualisation and its application in Business
Ways of Data Visualisation
Data Visualisation Using Different Charts
Data Analysis Using Filtering
Data Analysis: Pareto Principle and its Application
Filtering and Pareto Analysis using Tableau
Ways of Summarising Data
Summarizing Data Using Excel and Tableau
MODULE 4 - Inferential Statistics: Sampling and Estimation
Sample and Population
Statistical Sampling
A sampling plan
Sampling Methods
Estimating Population Parameters and sampling errors
Sampling Distributions
Normal Distribution
Business Use Cases
MODULE 5 - Univariate Statistics
Statistical Inference: Hypothesis Testing
Z - Test
T - Test
One-Sample Hypothesis Tests
Selecting the Test Statistics
P - Values
Drawing a Conclusion Using Hypothesis Testing
MODULE 6 - Bivariate Statistics: Two-sample t-Test
Two-sample Hypothesis Tests
Two-Sample t-Test for Means: Independent Samples
Two-Sample t-Test for Means: Paired Samples
MODULE 7 - Bivariate Statistics: Covariance, Correlation and Regression
Covariance
Correlation
Regression
Analysis of Variance (One-Way ANOVA)
MODULE 8 - Bivariate Statistics: Chi-Square Test for Independence
Chi-Square Test for independence
Debrief of the Project
Project
MODULE 9 - Fundamentals of MDA and associated techniques
Introduction to univariate, bivariate and multivariate data
MVA techniques: Dependence and interdependence methods
Introduction to regression: simple linear regression and multiple linear regression
Measures to evaluation prediction models: Mean Squared Error (MSE), Root Mean Squared Error (RMSE), Mean Absolute Error (MAE), Mean Absolute Percentage Error (MAPE), and R Squared (R2)
Apply linear regression to a dataset and evaluate its accuracy
MODULE 10 - Discriminant Analysis
Discriminant analysis - introduction
Discriminant analysis -working: linear discriminant analysis (LDA) and quadratic discriminant analysis (QDA)
Modelling, Inference and Evaluation
Conjoint analysis - introduction and working
Modelling, Inference and Evaluation
MODULE 11 - Principal Component Analysis and MDS
Introduction to PCA
Modelling, Inference and Evaluation
MODULE 12 - Structural Equation Modelling (SEM)
Introduction to SEM (concept and terminologies)
Working of SEM (measurement model, structural model, metrics for reliability and validity, CB-SEM and PLS-SEM)
Modelling, Inference and Evaluation
MODULE 13 - Introduction to Classification
Introduction to Machine Learning
Fundamentals of Classification and associated techniques
Evaluating Classification Models
Testing, Training, and Validation
Validation Methods
Applications in Marketing
MODULE 14 - Logistic Regression and SVM
Introduction to the model
Introduction to the data
Modelling, Inference and Evaluation
MODULE 15 - Decision Trees and Random Forest
Introduction to Machine Learning Regression
Introduction to the model (decision tree, random forest, bagging and boosting)
Modelling, Inference and Evaluation
MODULE 16 - Random Forest Regression
Introduction to Random Forest regression
Modelling, Inference and Evaluation
MODULE 17 - Boosting and Bagging Regression
Ensemble learning (parallel and sequential ensemble methods)
Bagging and boosting
Modelling, Inference and Evaluation
MODULE 18 - Fundamentals of Clustering and associated techniques
Introduction to Unsupervised Learning and Clustering
Introduction to K-means
Modelling, Inference and Evaluation
MODULE 19 - Apriori Algorithm
Introduction to the Model
Modelling, Inference and Evaluation
Other Clustering methods
Final Project
MODULE 20 - Introduction to Time Series
Fundamentals of Time Series Analysis and associated techniques (concept, components
of time series, decomposition of time series, autocorrelation function (ACF))
Naive Model
Averaging model
Simple Moving Average
Exponential Smoothing Methods
MODULE 21 - ARMA and ARIMA
Stationarity and differencing, ACF and PACF
AR and MA model
ARMA (Auto Regressive-Moving Average)
Introduction to ARIMA, steps in ARIMA modelling, forecasting with ARIMA (Auto Regressive Integrated Moving Average)