Roles and Packages:

1. Associate Engineer- 4.5 LPA
2. Associate Software Engineer- 7 LPA package [6.5 LPA + 50K retention bonus every year].

Eligibility Criteria for Virtusa Placement Drive 2023:

• Degree – BE / B Tech / MCA / M Tech
• Stream – CS / IT / ECE / IS
• Cut Off – 60% in 10th/ 12th or Diploma and in Graduation
• Year Of Passing – 2023

Latest Virtusa Exam Pattern 2023

Virtusa Selection Process 2023

1. Online Technical Assessment
2. Power coding round
3. Technical Interview
4. HR Interview

Virtusa Initial Technical Assessment

Aptitude: Logical,General Aptitude, Quantitative Analysis (10 Que)

Computer Fundamentals: 

1. Data Structures
2. Object Oriented Programming
3. Operating System
4. RDBMS & SQL 

Pseudocode: Pseudocode + Basic Programming (10 Que)

Communication: Reading and Writing (5 Que)

Coding: Easy Level questions (C, C++, Java, Python) (4 Que)

Power Coding: Medium Level Questions (3 Que)

Those candidates, who clears this assessment will go for Technical and HR interview in the subsequent stages.

Important:

• Candidates will be able to move to the next section only once they finish particular section in sequence.
• Candidates will not be allowed to toggle between 2 or multiple sections.
• Total duration is 180 mins, and each section is timed.
• Candidates who clears Online assessment except Power Coding will get a chance for interview of 5 LPA package [4.5 LPA + 50K retention bonus (Not sure)]
• Students who clears the online assessment with Power Coding round will get a chance for interview of 7 LPA package [6.5 LPA + 50K retention bonus every year].

Important Topics for Virtusa Aptitude section:

1. Averages
2. Percentage
3. Time work
4. Profit loss
5. Who is taller than whom type questions
6. Time speed distance
7. Directions
8. Verbal data interpretation
9. Age
10. Relations
11. Code words 

Important Topics for Virtusa Computer Fundamentals section:

OOPs:

1. Programming Fundamentals
2. Objects
3. Classes
4. Inheritance
5. Abstraction
6. Polymorphism
7. Encapsulation

Data structures:

1. Trees
2. Greedy Algorithms
3. Sorting
4. Time Complexity
5. Linked List
6. Graph
7. Dynamic programming

RDBMS & SQL:

1. Database Relationships
2. Database Operators
3. Types of Joins
4. Sequential Queries
5. Subqueries
6. Keys
7. Constraints
8. Relational Algebra

Important Topics for Pseudocode section:

1. Programming fundamentals
2. Looping
3. Arrays
4. Recursion
5. Functions
6. Bitwise Operators
7. Increment and Decrement Operator
8. Conditional Statements

Note: More weightage is given to Computer Fundamentals section