Learning ​Hub

Video Tutorials

Updated on: August 24, 2024

A 6 - HOUR SKILL ​TRAINING ​PROGRAMME

ONE ONLINE SESSIONS (PREFERABLY ​ON FRIDAY (2 hOURS)) WILL BE ​HANDLED BY THE FACULTY YOU ARE ​REGISTERING WITH.

For all Registered Skills, ​Assessment will be conducted ​Offline as per the schedule ​announced by the faculty

Refine Your Talents, ​Master Your Skills

FXLHVTSOO1

Title of the Skill: Quick Start to ​Engineering (Python): Build Your ​Own Calculator

Skills Mastered

1. Basic Operations: Implement addition, subtraction, multiplication, and division ​functions.
   
2. User Interface: Create a simple GUI (e.g., using Tkinter in Python) where users ​can input numbers and select operations.
   
3. Calculation Logic: Write code to perform calculations based on user input.
   
4. Error Handling: Add basic error handling for invalid inputs (e.g., division by zero).
   
5. Testing: Test the application to ensure it performs all operations correctly.
   

FXLHVTSOO2

Title of the Skill: Fast Track to ​Programming: Develop Your Own ​Contact Management System

Skills Mastered

1. Add Contact: Create a function to add new contacts with name, phone number, ​and email.
   
2. View Contacts: Implement functionality to display all contacts.
   
3. Search Contacts: Write a function to search for a contact by name.
   
4. Update Contact: Implement a feature to update contact details.
   
5. Delete Contact: Add a function to delete a contact from the list.
   

FXLHVTSOO3

Title of the Skill: Essentials of ​Algorithms and Data Structures: ​Implement a Basic Sorting ​Algorithm

Skills Mastered

1. Selection Sort: Write code for the selection sort algorithm.
   
2. Bubble Sort: Implement the bubble sort algorithm.
   
3. Sorting Comparison: Compare the two algorithms on a sample dataset.
   
4. Time Complexity: Write a brief explanation of the time complexity of each ​algorithm.
   
5. Testing: Test both algorithms with different data sets to ensure correctness.
   

FXLHVTSOO4

Title of the Skill: Foundations of ​Database Management Systems: ​Build Your Own Book Database

Skills Mastered

1. Database Creation: Create a database and a table for books (with fields like title, ​author, and publication year).
   
2. Insert Data: Add a few records to the books table.
   
3. Retrieve Data: Write a query to retrieve all records from the books table.
   
4. Update Data: Update the publication year for a specific book.
   
5. Delete Data: Write a query to delete a book record from the table.
   

FXLHVTSOO5

Title of the Skill: Introduction to ​Scripts: Automate File Organization ​with a Simple Script

Skills Mastered

1. File Creation: Write a script to create a few test files.
   
2. File Organization: Implement a script to move files into different folders based on ​their type (e.g., .txt, .jpg).
   
3. File Deletion: Add functionality to delete files that are no longer needed.
   
4. File Listing: Implement a feature to list all files in a specific directory.
   
5. Error Handling: Add error handling for file operations (e.g., file not found).
   

FXLHVTSOO6

Title of the Skill: Introduction to ​Networks and Communication: Create a ​Basic Local Network Chat Application

Skills Mastered

1. Server Setup: Write a simple server application that listens for incoming ​messages.
   
2. Client Setup: Create a client application that connects to the server and sends ​messages.
   
3. Message Sending: Implement functionality for sending and receiving messages.
   
4. Message Display: Display incoming messages in the client application.
   
5. Testing: Test the chat application on a local network to ensure proper ​communication.
   

FXLHVTSOO7

Title of the Skill:

Essentials of Cybersecurity: ​Implement Basic Password Security ​Features

Skills Mastered

1. Password Storage: Write code to store passwords securely (e.g., hashed with ​SHA-256).
   
2. Password Validation: Implement functionality to check if a password meets ​security requirements (e.g., length, complexity).
   
3. Login System: Create a simple login system that validates passwords.
   
4. Security Testing: Test the password storage and validation for common security ​issues.
   
5. Error Handling: Add error handling for invalid login attempts.
   

FXLHVTSOO8

Title of the Skill: Fundamentals of ​Software Engineering: Design and ​Implement a Simple To-Do List ​Application

Skills Mastered

1. Task Addition: Implement functionality to add new tasks to the to-do list.
   
2. Task Viewing: Create a feature to view all tasks in the list.
   
3. Task Completion: Add functionality to mark tasks as completed.
   
4. Task Deletion: Implement a feature to delete tasks from the list.
   
5. Testing: Test the application to ensure all features work correctly.
   

FXLHVTSOO9

Title of the Skill:

Basics of Web Development: Create ​Your Own Personal Blog Webpage

Skills Mastered

1. HTML Structure: Create the basic structure of the webpage using HTML.
   
2. CSS Styling: Apply styles to the webpage using CSS (e.g., fonts, colors, layout).
   
3. Content Addition: Add sample blog posts and images to the webpage.
   
4. Responsive Design: Implement basic responsive design features using CSS media ​queries.
   
5. Testing: Test the webpage in different browsers to ensure compatibility.
   

FXLHVTSO10

Title of the Skill: Foundations of ​Algorithms and Complexity: ​Implement a Basic Search ​Algorithm

Skills Mastered

1. Linear Search: Write code for a linear search algorithm.
   
2. Binary Search: Implement the binary search algorithm (requires sorted data).
   
3. Search Comparison: Compare the performance of linear and binary search on ​sample datasets.
   
4. Time Complexity: Write a brief explanation of the time complexity for each ​algorithm.
   
5. Testing: Test both search algorithms with various data sizes.
   

FXLHVTSO11

Title of the Skill:

Introduction to Systems Design

Scenario: Design a simple e-commerce ​system.

Skills Mastered

1. System Components: Outline the main components of the system (e.g., user ​accounts, product catalog, shopping cart).
   
2. Component Interaction: Describe how these components will interact with each ​other.
   
3. Database Schema: Create a basic database schema for the e-commerce system.
   
4. User Flow: Design a simple user flow for common actions (e.g., adding items to ​the cart, checking out).
   
5. Testing: Create a basic prototype or mockup of the e-commerce system.
   

FXLHVTSO12

Title of the Skill: Fundamentals of ​Cloud Computing: Deploy a Simple ​Static Website to a Cloud Platform

Skills Mastered

1. Website Creation: Create a basic static website using HTML and CSS.
   
2. Cloud Platform Setup: Set up an account on a cloud platform (e.g., GitHub ​Pages, Netlify).
   
3. Deployment: Deploy the static website to the cloud platform.
   
4. Configuration: Configure basic settings (e.g., domain name, SSL).
   
5. Testing: Test the deployed website to ensure it is accessible and functioning ​correctly.
   

FXLHVTSO13

Title of the Skill:

Fundamentals of Artificial Intelligence: ​Develop a Basic AI Chatbot

Skills Mastered

1. Chatbot Design: Outline the basic design and functionality of the chatbot.
   
2. Simple Responses: Implement basic responses using pre-defined rules.
   
3. User Input Handling: Write code to handle user input and provide appropriate ​responses.
   
4. Testing: Test the chatbot with various inputs to ensure it responds correctly.
   
5. Enhancements: Add a few simple enhancements (e.g., additional responses).
   

FXLHVTSO14

Title of the Skill: Fundamentals of ​Data Structures: Develop Key Data ​Structures

Skills Mastered

1. Array Implementation: Write code to create and manipulate a basic array.
   
2. Linked List: Implement a simple linked list with basic operations (e.g., add, ​delete).
   
3. Stack: Implement a stack data structure with push and pop operations.
   
4. Queue: Write code for a basic queue data structure with enqueue and dequeue ​operations.
   
5. Testing: Test each data structure with sample data to ensure correct functionality.
   

FXLHVTSO15

Title of the Skill:

Fundamentals of Computer ​Architecture: Simulate a Basic CPU ​Instruction Set

Skills Mastered

1. Instruction Set: Define a simple set of CPU instructions (e.g., ADD, SUB, MOV).
   
2. Instruction Execution: Write code to simulate the execution of these instructions.
   
3. Memory Management: Implement basic memory management to store and ​retrieve data.
   
4. Program Execution: Create a simple program using the instruction set and ​execute it.
   
5. Testing: Test the simulation with different programs to ensure correct behaviour.
   

FXLHVTSO16

Title of the Skill: Fundamentals of ​Human-Computer Interaction: ​Design a Simple Mobile App User ​Interface

Skills Mastered

1. UI Design: Create a basic design layout for a mobile app interface.
   
2. Interactive Elements: Add interactive elements (e.g., buttons, text fields) to the ​design.
   
3. Usability Testing: Perform basic usability testing by getting feedback on the ​design.
   
4. Feedback Integration: Make improvements to the design based on feedback.
   
5. Prototype: Create a simple prototype of the app using design tools (e.g., Figma).
   

FXLHVTSO17

Title of the Skill:

Fundamentals of Computer ​Architecture: Simulate a Basic CPU ​Instruction Set

Skills Mastered

1. Instruction Set: Define a simple set of CPU instructions (e.g., ADD, SUB, MOV).
   
2. Instruction Execution: Write code to simulate the execution of these instructions.
   
3. Memory Management: Implement basic memory management to store and ​retrieve data.
   
4. Program Execution: Create a simple program using the instruction set and ​execute it.
   
5. Testing: Test the simulation with different programs to ensure correct behaviour.
   

FXLHVTSO18

Title of the Skill: Fundamentals of ​Human-Computer Interaction: ​Design a Simple Mobile App User ​Interface

Skills Mastered

1. UI Design: Create a basic design layout for a mobile app interface.
   
2. Interactive Elements: Add interactive elements (e.g., buttons, text fields) to the ​design.
   
3. Usability Testing: Perform basic usability testing by getting feedback on the ​design.
   
4. Feedback Integration: Make improvements to the design based on feedback.
   
5. Prototype: Create a simple prototype of the app using design tools (e.g., Figma).
   

FXLHVTSO19

Title of the Skill:

Blockchain Basics: Building Your First ​Simple Transaction Chain

Skills Mastered

1. Blockchain Creation: Write code to create a basic blockchain structure.
   
2. Transaction Handling: Implement functionality to add transactions to the ​blockchain.
   
3. Block Mining: Create a simple mining algorithm to add new blocks to the ​blockchain.
   
4. Consensus Mechanism: Implement a basic consensus mechanism for validating ​transactions.
   
5. Testing: Test the blockchain with sample transactions to ensure correctness.
   

FXLHVTSO20

Title of the Skill: IoT Fundamentals: ​Creating a Basic Temperature ​Monitoring System

Skills Mastered

1. Sensor Setup: Set up a basic temperature sensor using an Arduino or similar ​device.
   
2. Data Collection: Write code to collect temperature data from the sensor.
   
3. Data Transmission: Implement functionality to transmit the data to a cloud service ​or local server.
   
4. Data Visualization: Create a simple dashboard to display the temperature data.
   
5. Testing: Test the IoT system to ensure data is accurately collected and displayed.
   

FXLHVTSO21

Title of the Skill:

Machine Learning Essentials: Predicting ​Student Grades with Study Hours

Skills Mastered

1. Dataset Creation: Create a small dataset with study hours and corresponding ​grades.
   
2. Model Training: Use a linear regression model to train on the dataset.
   
3. Prediction: Implement functionality to predict grades based on study hours.
   
4. Evaluation: Evaluate the model’s performance using mean squared error or R-​squared.
   
5. Testing: Test the model with new data to check its accuracy.
   

FXLHVTSO22

Title of the Skill: Deep Learning ​Foundations: Shape Classification ​with Neural Networks

Skills Mastered

1. Dataset Preparation: Create a dataset of labeled images of geometric shapes ​(e.g., circles, squares).
   
2. Network Design: Design a simple neural network using a framework like ​TensorFlow/Keras.
   
3. Training: Train the network on the dataset.
   
4. Evaluation: Evaluate the model’s accuracy and loss on a validation set.
   
5. Testing: Test the model with new images to verify classification accuracy.
   

FXLHVTSO23

Title of the Skill:

NLP Fundamentals: Developing a News ​Article Text Summarizer

Skills Mastered

1. Text Collection: Collect a small dataset of news articles.
   
2. Text Preprocessing: Clean and preprocess the text data.
   
3. Summarization Model: Implement a simple text summarization algorithm (e.g., ​extractive summarization).
   
4. Evaluation: Evaluate the summarizer by comparing generated summaries to actual ​summaries.
   
5. Testing: Test the summarizer with various articles to ensure it produces coherent ​summaries.
   

FXLHVTSO24

Title of the Skill: Data Science Basics: ​Analyzing and Visualizing Sales ​Records

Skills Mastered

1. Data Cleaning: Clean and preprocess the dataset using Pandas.
   
2. Data Visualization: Create basic visualizations (e.g., sales trends, distribution) ​using Matplotlib or Seaborn.
   
3. Descriptive Statistics: Calculate key statistics (e.g., mean, median, standard ​deviation).
   
4. Trend Analysis: Identify and analyze trends in the sales data.
   
5. Report: Write a brief report summarizing the findings and visualizations.
   

FXLHVTSO25

Title of the Skill:

NLP Fundamentals: Developing a News ​Article Text Summarizer

Skills Mastered

1. HTML Structure: Create a basic HTML layout for the portfolio.
   
2. CSS Styling: Apply CSS styles to enhance the visual appearance.
   
3. Content Addition: Add sections for projects, skills, and contact information.
   
4. Responsiveness: Implement basic responsive design to ensure the site works on ​different devices.
   
5. Deployment: Deploy the website using a free hosting service like GitHub Pages ​or Netlify.
   

CIVIL CORE

FXLHVTSO26

Title of the Skill: Construction ​Materials: Properties, Testing, and ​Sustainable Applications

Skills Mastered

1. Types of Construction Materials (Concrete, Steel, Wood)
   
2. Properties of Materials (Strength, Durability)
   
3. Material Testing Methods
   
4. Sustainable Materials
   
5. Applications in Construction
   

CIVIL CORE

FXLHVTSO27

Title of the Skill:

Structural Analysis for Beginners: ​Fundamentals, Loads, and Design Tools

Skills Mastered

1. Basic Principles of Structural Analysis
   
2. Types of Loads (Dead, Live, Environmental)
   
3. Analysis of Beams and Frames
   
4. Introduction to Structural Design Codes
   
5. Tools for Structural Analysis (Software, Hand Calculations)
   

CIVIL CORE

FXLHVTSO28

Title of the Skill: Geotechnical ​Engineering for Beginners: ​Fundamentals and Applications

Skills Mastered

1. Soil Properties and Classification
   
2. Soil Testing Methods (Compaction, Shear Strength)
   
3. Foundation Design (Shallow, Deep Foundations)
   
4. Slope Stability Analysis
   
5. Geotechnical Site Investigation
   

CIVIL CORE

FXLHVTSO29

Title of the Skill:

Surveying Techniques for Beginners: ​Essentials and Applications

Skills Mastered

1. Introduction to Surveying Instruments (Theodolite, Total Station)
   
2. Surveying Methods (Leveling, Traversing)
   
3. Coordinate Systems and Mapping
   
4. Data Collection and Analysis
   
5. Applications in Construction and Planning
   

CIVIL CORE

FXLHVTSO30

Title of the Skill: Introduction to ​Staircase Design and Construction ​for Beginners

Skills Mastered

1. Basics of Staircase Design: Types and Components
   
2. Understanding Staircase Measurements and Dimensions
   
3. Materials and Methods for Staircase Construction
   
4. Safety Considerations and Building Codes for Staircases
   
5. Practical Applications and Examples in Residential and Commercial Projects
   

ECE/EEE CORE

Skills Mastered

FXLHVTSO31

1. Basic Analog Components (Transistors, Diodes)
   
2. Amplifiers and Oscillators
   
3. Analog Signal Processing
   
4. Filters and Signal Conditioning
   
5. Analog-to-Digital Conversion
   

Title of the Skill:

Analog Electronics Basics: Hands-On ​Component Testing and Signal Analysis

Test and analyze basic analog components, construct and measure amplifiers and oscillators, ​process analog signals with filters, and perform analog-to-digital conversion to demonstrate ​practical analog electronics skills.

ECE/EEE CORE

FXLHVTSO32

Title of the Skill: Digital Electronics ​Fundamentals: From Logic Gates to ​Circuit Design

Outcome: Design and analyze digital circuits by applying knowledge of ​logic gates, combinational and sequential logic, memory devices, and ​Boolean algebra.

Skills Mastered

1. Logic Gates and Boolean Algebra
   
2. Combinational Logic Circuits
   
3. Sequential Logic Circuits (Flip-Flops, Counters)
   
4. Memory Devices (RAM, ROM)
   
5. Digital Circuit Design and Analysis
   

ECE/EEE CORE

FXLHVTSO33

Title of the Skill:

Analog Electronics Basics: Hands-On ​Component Testing and Signal Analysis

Outcome: Develop and program a simple embedded system using Arduino ​to interface with sensors and actuators, demonstrating fundamental ​microcontroller and embedded system skills.

Skills Mastered

1. Basic Analog Components (Transistors, Diodes)
   
2. Amplifiers and Oscillators
   
3. Analog Signal Processing
   
4. Filters and Signal Conditioning
   
5. Analog-to-Digital Conversion
   

ECE/EEE CORE

FXLHVTSO34

Title of the Skill: Communication ​Systems Overview: Analog, Digital, ​and Wireless Fundamentals

Outcome: Design and analyze communication systems by creating block ​diagrams, applying modulation techniques, implementing communication ​protocols, and understanding signal transmission and reception, including ​fundamental concepts of wireless communication.

Skills Mastered

1. Basics of Analog and Digital Communication
   
2. Modulation Techniques (AM, FM, PM)
   
3. Communication Protocols (UART, SPI, I2C)
   
4. Signal Transmission and Reception
   
5. Basics of Wireless Communication
   

ECE/EEE CORE

FXLHVTSO35

Title of the Skill:

Power Electronics: Components, ​Converters, and System Applications

Outcome: Implement and evaluate power electronics systems by working ​with power semiconductors, designing and analyzing power converters, ​regulating power supplies, and applying inverters and rectifiers in practical ​power system applications.

Skills Mastered

1. Basics of Power Semiconductors (Diodes, MOSFETs)
   
2. Power Converters (AC-DC, DC-DC)
   
3. Power Supplies and Regulation
   
4. Inverters and Rectifiers
   
5. Applications in Power Systems
   

ECE/EEE CORE

FXLHVTSO36

Title of the Skill: Circuit Analysis: ​Essential Laws, Theorems, and ​Simulation Techniques

Outcome: Analyze electrical circuits using Ohm’s Law, Kirchhoff’s Laws, ​and network theorems, calculate different types of power, and apply circuit ​simulation software for effective circuit design and analysis.

Skills Mastered

1. Ohm’s Law and Kirchhoff’s Laws
   
2. AC and DC Circuit Analysis
   
3. Network Theorems (Thevenin’s, Norton’s)
   
4. Power Calculation (Active, Reactive, Apparent)
   
5. Introduction to Circuit Simulation Software
   

ECE/EEE CORE

Skills Mastered

FXLHVTSO37

Title of the Skill:

Electrical Machines: Principles, Testing, ​and Industrial Applications

Understand and apply the operating principles and characteristics of ​various electrical machines (AC and DC motors), perform testing and ​maintenance, evaluate machine efficiency, and explore their applications ​in industry.

1. Types of Electrical Machines (AC, DC Motors)
   
2. Operating Principles and Characteristics
   
3. Machine Testing and Maintenance
   
4. Electrical Machine Efficiency
   
5. Applications in Industry
   

ECE/EEE CORE

FXLHVTSO38

Title of the Skill: Control Systems ​Fundamentals: Theory, Design, and ​Analysis

Outcome: Analyze electrical circuits using Ohm’s Law, Kirchhoff’s Laws, ​and network theorems, calculate different types of power, and apply circuit ​simulation software for effective circuit design and analysis.

Skills Mastered

1. Basics of Control Theory
   
2. Open-Loop and Closed-Loop Systems
   
3. Transfer Functions and System Response
   
4. PID Control
   
5. Control System Design and Analysis
   

ECE/EEE CORE

Skills Mastered

FXLHVTSO39

Title of the Skill:

Introduction to Power Systems: Basics of ​Generation, Transmission, and Analysis

Design and analyze power systems by understanding the processes of ​generation, transmission, and distribution, evaluating power system ​components, performing load flow and fault analysis, and ensuring power ​quality and reliability.

1. Generation, Transmission, and Distribution of Electrical Power
   
2. Power System Components (Transformers, Switchgear)
   
3. Load Flow Analysis
   
4. Fault Analysis and Protection Systems
   
5. Power Quality and Reliability
   

ECE/EEE CORE

FXLHVTSO40

Title of the Skill: Basics of Renewable ​Energy Systems: Solar, Wind, and ​Biomass

Outcome: Understand and apply the fundamentals of renewable energy ​sources (solar, wind, biomass), design energy conversion and storage ​systems, manage grid integration, and assess the environmental impact ​and sustainability of renewable energy systems.

Skills Mastered

1. Basics of Renewable Energy Sources (Solar, Wind)
   
2. Energy Conversion and Storage
   
3. Grid Integration and Management
   
4. Renewable Energy System Design
   
5. Environmental Impact and Sustainability
   

Mechanical Core

Skills Mastered

FXLHVTSO41

Title of the Skill:

Introduction to Mechanics of Materials: ​Stress, Strain, and Testing

Analyze stress and strain in materials, understand mechanical properties, ​evaluate responses to axial, shear, and torsional loads, assess beam ​deflection and buckling, and conduct material testing and failure analysis.

1. Stress and Strain Analysis
   
2. Mechanical Properties of Materials
   
3. Axial, Shear, and Torsional Loads
   
4. Beam Deflection and Buckling
   
5. Material Testing and Failure Analysis
   

Mechanical Core

FXLHVTSO42

Title of the Skill: Introduction to ​Thermodynamics: Laws, Heat ​Transfer, and Applications

Understand the laws of thermodynamics, analyze heat transfer ​mechanisms (conduction, convection, radiation), study thermodynamic ​cycles (Carnot, Rankine), and apply concepts to gases, vapors, and ​practical systems like engines and refrigeration.

Skills Mastered

1. Laws of Thermodynamics
   
2. Heat Transfer (Conduction, Convection, Radiation)
   
3. Thermodynamic Cycles (Carnot, Rankine)
   
4. Properties of Gases and Vapors
   
5. Applications in Engines and Refrigeration
   

Mechanical Core

Skills Mastered

FXLHVTSO43

Title of the Skill:

Basics of Fluid Mechanics: Properties, ​Principles, and Applications

Understand fundamental fluid properties and behavior, analyze fluid statics ​and dynamics, apply Bernoulli’s principle, utilize flow measurement ​techniques, and explore applications in hydraulic systems.

1. Fluid Properties and Behavior
   
2. Fluid Statics and Dynamics
   
3. Bernoulli’s Principle
   
4. Flow Measurement Techniques
   
5. Applications in Hydraulic Systems
   

Mechanical Core

FXLHVTSO44

Title of the Skill: Fundamentals of ​Heat Transfer: Mechanisms, Design, ​and Applications

Apply principles of heat transfer mechanisms (conduction, convection, ​radiation), design heat exchangers, evaluate thermal conductivity and ​insulation, and analyze heat transfer in mechanical systems with practical ​applications.

Skills Mastered

1. Conduction, Convection, and Radiation Mechanisms
   
2. Heat Exchanger Design
   
3. Thermal Conductivity and Insulation
   
4. Heat Transfer in Mechanical Systems
   
5. Practical Heat Transfer Applications
   

Mechanical Core

Skills Mastered

FXLHVTSO45

Title of the Skill:

Introduction to Mechanical Design: ​Principles, Elements, and CAD

Apply design principles and methodology, understand and utilize machine ​elements (gears, bearings, shafts), create and simulate CAD models, ​design for manufacturing and assembly, and analyze failure modes and ​reliability.

1. Design Principles and Methodology
   
2. Machine Elements (Gears, Bearings, Shafts)
   
3. CAD Modeling and Simulation
   
4. Design for Manufacturing and Assembly
   
5. Failure Modes and Reliability Analysis