In-house Placement & Training Syllabus

MANGALAM PLACEMENT AND TRAINING CELL (MPTC) — Semesterwise Training Schedule and Technical Training Syllabus.

Semesterwise Training Schedule

Semesters 1–8

Aptitude, professional-development and external training components are included across the training programme.

Semester

Mode

Topic / Training Content

Semester 1

Internal

Numbers

Introduction to different types of numbers (natural, whole, integers, rational, irrational), properties, and operations.

Ref. Page no: 3-29

Semester 1

Internal

HCF & LCM of Numbers

Definition, methods to find HCF and LCM, application in problem-solving, and practice problems.

Ref. Page no: 30-45

Semester 1

Internal

Decimal Fractions

Understanding decimal fractions, conversion between fractions and decimals, operations on decimals, and solving problems.

Ref. Page no: 46-66

Semester 1

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Semester 1

External

1 day Aptitude Training

Semester 2

Internal

Simplification

Techniques for simplifying expressions, including BODMAS rule, and solving complex arithmetic problems.

Ref. Page no: 67-116

Semester 2

Internal

Square Root and Cube Root

Methods to find square roots and cube roots, both manually and using a calculator, and practical applications.

Ref. Page no: 117-138

Semester 2

Internal

Average

Concept of average, calculation methods, application in various problems, and practice exercises.

Ref. Page no: 139-160

Semester 2

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Semester 3

Internal

Problems on Ages

Solving different types of problems involving ages, including word problems and practical applications.

Ref. Page no: 182-194

Semester 3

Internal

Surds and Indices

Understanding surds, rationalizing surds, and solving problems involving indices.

Ref. Page no: 195-207

Semester 3

Internal

Percentage

Concept of percentage, converting between fractions and percentages, and solving percentage problems.

Ref. Page no: 208-250

Semester 3

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Semester 3

External

2 days Aptitude Training

Semester 4

Internal

Profit and Loss

Understanding profit and loss concepts, calculating profit/loss percentage, and solving related problems.

Ref. Page no: 251-293

Semester 4

Internal

Ratio and Proportion

Introduction to ratio and proportion concepts, simplifying ratios, and solving problems involving proportions.

Ref. Page no: 294-310

Semester 4

Internal

Time and Work

Concepts of time and work, work efficiency, and solving problems related to work completion times.

Ref. Page no: 341-370

Semester 4

Internal

Time and Distance

Concepts of speed, distance, and time, solving problems involving different scenarios.

Ref. Page no: 384-404

Semester 4

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Semester 5

Internal

Problems on Trains

Understanding problems involving trains, relative speed, and solving various train-related problems.

Ref. Page no: 405-424

Semester 5

Internal

Boats and Streams

Concepts of boat and stream problems, relative speed in still water and moving streams, and solving related problems.

Ref. Page no: 425-434

Semester 5

Internal

Calendar and Clocks

Understanding calendar calculations, odd days, leap years, and solving date-related problems.

Ref. Page no: 593-604

Semester 5

Internal

Permutations and Combinations

Understanding permutations and combinations, factorials, and solving arrangement problems.

Ref. Page no: 613-620

Semester 5

Internal

Probability

Introduction to probability concepts, calculations, and solving probability problems.

Ref. Page no: 621-631

Semester 5

Internal

Session on Skill Certification courses

Semester 5

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Semester 5

External

2 days Aptitude Training

Semester 6

Internal

Allegation or Mixture

Understanding the rule of allegation, solving problems involving mixtures and allegation.

Ref. Page no: 435-444

Semester 6

Internal

Logarithms

Understanding logarithms, properties of logarithms, and solving related problems.

Ref. Page no: 487-498

Semester 6

Internal

Simple Interest

Concepts of simple interest, calculating interest, and solving related financial problems.

Ref. Page no: 445-465

Semester 6

Internal

Compound Interest

Concepts of compound interest, calculating interest, and solving related financial problems.

Ref. Page no: 466-486

Semester 6

Internal

Heights & Distances

Understanding heights and distances, solving problems using trigonometry and height-distance formulas.

Ref. Page no: 642-648

Semester 6

Internal

Session on Skill Certification courses

Semester 6

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Internal · Semester 7

Professional Development & Recruitment Preparation

1. Session on Resume Building
2. Session on Profile Building (Eg: Linkedin) and Portal registrations (Eg: AICTE placement Portal, Prepinsta, Internshala)
3. Group Discussions

Group Discussion — Sample topics

Current Affairs
Impact of COVID-19 on global economy
The role of startups in economic growth
Gender equality in the workplace
Mental health in Digital Age
The future of electric vehicles
Cyber security challenges in the digital age
Environmental Issues

4. Mock interview sessions
5. Industry Expert Interaction session
6. Weekly Aptitude Mock Test

Weekly Aptitude Mock Test

TEST 1,2: Percentage + Logical reasoning+ verbal ability

TEST 3,4: Problems on Ages + Logical reasoning + verbal ability

TEST 5,6: Profit and Loss + Logical reasoning + verbal ability

TEST 7,8: Ratio and Proportion+ Logical reasoning + verbal ability

TEST 9,10: Time and Work+ Logical reasoning + verbal ability

TEST11,12: Time and Distance+ Logical reasoning + verbal ability

TEST 13,14: Problems on Trains+ Logical reasoning + verbal ability

TEST 15,16: Boats and Streams+ Logical reasoning + verbal ability

TEST 17,18: Technical Test+ Logical reasoning + verbal ability

External Training

2 days Aptitude Training session
1 day Technical Training session

Internal · Semester 8

Professional Development & Recruitment Preparation

1. Session on Resume Building
2. Session on Profile Building(Eg:Linkedin) and Portal registrations (Eg:AICTE placement Portal,Prepinsta,Internshala)
3. Group Discussions

Group Discussion — Sample topics

Current Affairs
Impact of COVID-19 on global economy
The role of startups in economic growth
Gender equality in the workplace
Mental health in Digital Age
The future of electric vehicles
Cyber security challenges in the digital age
Environmental Issues

4. Mock interview sessions
5. Industry Expert Interaction session
6. Weekly Aptitude Mock Test

Weekly Aptitude Mock Test

TEST 1,2: Percentage + Logical reasoning+verbal ability

TEST 3,4: Problems on Ages + Logical reasoning + verbal ability

TEST 5,6: Profit and Loss + Logical reasoning + verbal ability

TEST 7,8: Ratio and Proportion+ Logical reasoning + verbal ability

TEST 9,10: Time and Work+ Logical reasoning + verbal ability

TEST11,12: Time and Distance+ Logical reasoning + verbal ability

TEST 13,14:Problems on Trains+ Logical reasoning + verbal ability

TEST 15,16: Boats and Streams+ Logical reasoning + verbal ability

TEST 17,18: Technical Test+ Logical reasoning + verbal ability

General Logical Topics

Semesters 1–8 · Internal

General logical topics listed in the supplied syllabus.

Semester

Mode

General Logical Topic

1–8

Internal

Representations

Understanding bar graphs, pie charts, and line graphs, and solving problems involving these data

1–8

Internal

General Mental Ability

Series problems – number and letter series, Analogy, Coding-Decoding, Mathematical Operations.

1–8

Internal

Assertion and Reason

Understanding concepts and solving related problems.

1–8

Internal

Logical Deduction

Understanding logic, solving problems related to logical reasoning

1–8

Internal

Deriving conclusions from passages

Deriving conclusions from passages, and detecting themes in passages.

1–8

Internal

Blood Relations

Understanding blood relations, family trees, and solving related problems.

1–8

Internal

Data Interpretation

Introduction to tabulation, interpreting data from tables, and solving related problems

1–8

Internal

Odd Man Out and Series

Identifying odd man out in a series, understanding number and pattern series, and solving related problems.

1–8

Reference

Ref. Textbook: Quantitative Aptitude by R.S. Aggarwal

Technical Training Syllabus

Common to All Branches · Modules 1 & 2

The supplied document specifies C, C++, and Java programming content, followed by branch-specific Modules 3–5.

COMMON TO ALL BRANCHES
(Module 1,2)

Module 1 (A): C Programming

Intro to C: The basics of C
If statements: If statements, and how to use Boolean operators
Loops in C: All you want to know about loops
Functions: Using functions
Switch case: About the switch case structure
Pointers: Using pointers to access memory locations
Structures: Learn about grouping multiple variables together under a single name
Arrays: Learn about arrays - one variable with many values
C-style Strings: About character arrays (strings)
File I/O: About file I/O in C
Typecasting: Typecasting: making variables look like another datatype
Command line arguments: How to accept command line arguments
Linked Lists: The basics of singly linked lists
Recursion: Recursion--a function calling itself
Variable argument lists: Learn to write flexible functions accepting a variable number of arguments
Binary Trees: Learn about binary trees, a fundamentally important data structure.

Module 1 (B): C++ Programming

Intro to C++: The basics of C++
If statements: If statements, and some Boolean information
Loops in C++: All you want to know about loops
Functions: Functions...all about them, making and using the critters
Switch case: About the switch case structure
Pointers: Using pointers to access memory locations
Structures: Structures, all about them, and how to use them
Arrays: All about arrays
Strings: About character arrays (strings)
File I/O: About file i/o
Typecasting: Typecasting: making variables look like another datatype
Classes: Introduction to Object Oriented Programming (OOP)
Inline functions: More information about functions
Command line arguments: How to accept command line arguments (AND checking file existence)
Linked Lists: The basics of singly linked lists
Recursion: Recursion--a function calling itself
Variable argument lists: Functions accepting a variable number of arguments
Binary Trees: Introduction to an important abstract data type
Inheritance: Inheritance – An Overview
Initialization Lists and Inheritance: Initialization lists are necessary for most classes that use inheritance or include objects
C++ Class Design: More tips and tricks for class design
Enumerated types: Learn to use enumerated types for type-safety and clarity
Formatted Output: in C++ using i/o manipulation Learn how to create nicely formatted output in C++.
Templates in C++: Learn how to use templated classes in C++
Templated functions: Templates can be used to write generic functions as well as generic classes
Template specialization and partial specialization: Learn how to optimize templates by creating specialized instances for certain types
Understanding the C Preprocessor: Constants, Macros, and other Tricks Learn how to use the C preprocessor

2 (A): Compiling and Running a Simple Program

A Word About the Java Platform
Setting Up Your Computer
Writing a Program
Compiling the Program
Interpreting and Running the Program
Common Compiler and Interpreter Problems
Code Comments
API Documentation

2 (B): Building Applications

Application Structure and Elements
Fields and Methods
Constructors
To Summarize

2 (C): Building Applets

Application to Applet
Run the Applet
Applet Structure and Elements
Packages

2 (D): Building a User Interface

Swing APIs
Import Statements
Class Declaration
Global Variables
Constructor
Action Listening
Event Handling
Main Method
Applets Revisited

2 (E): Writing Servlets

About the Example
HTML Form
Servlet Backend

2 (F): File Access and Permissions

File Access by Applications
Exception Handling
File Access by Applets
Granting Applets Permission
Restricting Applications
File Access by Servlets
Appending

2 (G): Database Access and Permissions

Database Setup
Create Database Table
Database Access by Applications
Establishing a Database Connection
Final and Private Variables
Writing and Reading Data
Database Access by Applets
JDBC Driver
JDBC-ODBC Bridge with ODBC Driver
Database Access by Servlets

CSE, AI, COMPUTER APPLICATIONS
(Module 3,4,5)

Module 3: Database Concepts and SQL Programming

Database and SQL: Definition of Database and SQL.
RDBMS/DBMS (Procedural and Non-Procedural): Explain these concepts:
Database Normalization: Explain database normalization and all the forms.
Database Design: Explain the steps and documents prepared for database design.
Basic SQL Queries: Explain the basic SQL queries.
Building Database in MySQL: Steps to build a database using MySQL (Open Source)
Keys: Explain the different types of Keys available and their usage.
Advanced SQL Queries: Explain the advanced SQL queries
Full Text Indexing and Searching: Powerful searching
Optimization: Explain Clustering and Ordered Indices.
Replication: Usage and how replication is done.
Transactions: Define a Transaction using ACID.
Views, Triggers and Procedures: Explain with examples, views, triggers and procedures.
Distributed and Object-Oriented Databases: Explain distributed and OO databases.

Module 4: UNIX (Linux)

What is UNIX and is Linux an OS for us?
Directories:
Moving around the file system:
Listing directory contents:
Changing file permissions and attributes
Moving, renaming, and copying files:
Viewing and editing files:
Shells
Environment variables
Interactive History
Filename Completion
Bash shell.
Redirection:
Pipes:
Command Substitution
Searching for strings in files: The grep command
Searching for files: The find command
Reading and writing tapes, backups, and archives: The tar command
File compression: compress, gzip, and bzip2
Looking for help: The man and apropos commands
Basics of the vi editor
Redhat Linux OS Demonstration:

Module 5: Web Applications

Introduction to web apps: What is a web app and how does it affect our lives.
Web 2.0: What is Web 2.0?
Technologies used in the Web apps world: All the technologies that go in to bring up a web application.
Types of web apps: Different type of web applications based on technology and business needs.
Requisites to start developing a web app: Skill set, and tools/software required started developing a web app development.
Basic PHP/MySQL web app: The most common type of web app available on the Internet.
Basic Web 2.0 web app: Web app development the Web 2.0 way.
Basic J2EE web app: The enterprise web app.
Future of web apps: What to expect from future webapp developments and generate ideas about them.