LinkedIn C# (C Sharp) Assessment Answers

In this article, you will find LinkedIn C# (C Sharp) Assessment Answers. Use “Ctrl+F” To Find Any Questions or Answers. For Mobile Users, You Just Need To Click On Three dots In Your Browser & You Will Get A “Find” Option There. Use These Options to Get Any Random Questions Answer.

As you already know that this site does not contain only the Linkedin Assessment Answers here, you can also find the solution for other Assessments also. I.e. Fiverr Skills Test answersGoogle Course AnswersCoursera Quiz Answers, and Competitive Programming like CodeChef Problems Solutions, & Leetcode Problems Solutions.

Note: Choose the correct answers marked with [x].

LinkedIn C# (C Sharp) Assessment Answers
LinkedIn C# (C Sharp) Assessment Answers

100% Free Updated LinkedIn C# (C Sharp) Assessment Certification Exam Questions & Answers.

LinkedIn C# (C Sharp) Assessment Details:

  • 15 – 20 multiple-choice questions
  • 1.5 minutes per question
  • Score in the top 30% to earn a badge

Before you start:

You must complete this assessment in one session — make sure your internet is reliable.
You can retake this assessment once if you don’t earn a badge.
LinkedIn won’t show your results to anyone without your permission.
After completing the exam, you will get the verified LinkedIn C# (C Sharp) Assessment Badge.

LinkedIn C# (C Sharp) Assessment Answers

Q1. In which of these situations are interfaces better than abstract classes?

  • [ ] When you need to define an object type’s characteristics, use an interface. When you need to define an object type’s capabilities, use an abstract class.
  • [ ] Interfaces are a legacy of older versions of C#, and are interchangeable with the newer abstract class feature.
  • [x] When you need a list of capabilities and data that are classes-agnostic, use an interface. When you need a certain object type to share characteristics, use an abstract class.
  • [ ] You should use both an interface and an abstract class when defining any complex object.

Q2. Which statement is true of delegates?

  • [ ] Delegates are not supported in the current version of C#
  • [ ] They cannot be used as callbacks.
  • [ ] Only variables can be passed to delegates as parameters.
  • [x] They can be chained together.

Official documentation: Delegates

Q3. Which choice best defines C#’s asynchronous programming model?

  • [ ] reactive
  • [ ] inherited callback
  • [x] task-based
  • [ ] callback-based

Official documentation: Task asynchronous programming model

Q4. How would you determine if a class has a particular attribute?

  • [ ] .

var type = typeof(SomeType);
var attribute = type.GetCustomAttribute();

  • [ ] .

var typeof(MyPresentationModel).Should().BeDecoratedWith();

  • [ ] .

Attribute.GetCustomAttribute, typeof(SubControllerActionToViewDataAttribute)

  • [x] .

Attribute.GetCustomAttribute(typeof(ExampleController), typeof(SubControllerActionToViewDataAttribute))

Official documentation: Attribute Class

Official documentation: Attribute.GetCustomAttribute Method

Q5. What is the difference between the ref and out keywords?

  • [ ] Variables passed to out specify that the parameter is an output parameter, while ref specifies that a variable may be passed to a function without being initialized.
  • [ ] Variables passed to ref can be passed to a function without being initialized, while out specifies that the value is a reference value that can be changed inside the calling method.
  • [x] Variables passed to out can be passed to a function without being initialized, while ref specifies that the value is a reference value that can be changed inside the calling method.
  • [ ] Variables passed to ref specify that the parameter is an output parameter, while out specifies that a variable may be passed to a function without being initialized.

Official documentation: ref

Official documentation: out parameter modifier

Q6. How could you retrieve information about a class, as well as create an instance at runtime?

  • [x] reflection
  • [ ] serialization
  • [ ] abstraction
  • [ ] dependency injection

Official documentation: Reflection

Q7. What is this code an example of?

    private static object objA;
    private static object objB;
    private static void performTaskA()
    {
        lock (objB)
        {
            Thread.Sleep(1000);
            lock (objA) { }
        }
    }
    private static void PerformTaskB()
    {
        lock (objA)
        {
            lock (objB) { }
        }
    }
  • [ ] a private class that uses multithreading
  • [ ] multithread coding
  • [ ] thread mismanagement
  • [x] a potential deadlock

Official documentation: Deadlocks and race conditions

Q8. What is the difference between an anonymous type and a regular data type?

  • [x] Anonymous types don’t have type names
  • [ ] Anonymous types can only be static
  • [ ] Anonymous types can be used only in struts
  • [ ] Anonymous types don’t work with LINQ.

Official documentation: Anonymous Types

Q9. When would you use a Dictionary rather that an Array type in your application?

  • [ ] when you need a jagged collection structure
  • [ ] when you need to store values of the same type
  • [x] when you need to store key-value pairs rather than single values
  • [ ] when you need an ordered, searchable list

Official documentation: Dictionary Class

Q10. What is the difference between a.Equals(b) and a == b?

  • [ ] The .Equals method compares reference identities while the == compares contents.
  • [ ] The .Equals method compares primitive values while == compares all values.
  • [x] The .Equals method compares contents while == compares references reference identity.
  • [ ] The .Equals method compares reference type while == compares primitive value types.

Q11. Which choice best describes a deadlock situation?

  • [ ] when you try to instantiate two objects at the same time in the same class or struct
  • [ ] when you are trying to execute an action after a user event is registered
  • [x] when simultaneous instructions are waiting on each other to finish before executing
  • [ ] when you try to execute a series of events simultaneously on multiple threads

Official documentation: Deadlocks and race conditions

Q12. How does the async keyword work?

  • [ ] It allows access to asynchronous methods in the C# API
  • [ ] It allows thread pooling and synchronous processes in static classes.
  • [x] It allows the await keyword to be used in a method
  • [ ] It allows access to synchronous methods in the C# API

Official documentation: async

Q13. What is an object in C#?

  • [ ] a class or struct, including its variables and functions
  • [ ] a primitive data type that can be created only at compile time
  • [ ] a value type that can be used only with an abstract class
  • [x] an instance of a class or struct that includes fields, properties, and/or methods

Official documentation: Objects

Q14. Which code snippet declares an anonymous type named userData?

  • [ ] var<<!---->T> userData = new <<!---->T> { name = "John", age = 32 };
  • [x] var userData = new { name = "John", age = 32 };
  • [ ] AType userData = new AType { name = "John", age = 32 };
  • [ ] Anonymous<T> userData = new Anonymous<T> { name = "John", age = 32 };

Official documentation: Anonymous Types

Q15. What will be returned when this method is executed?

public void userInput(string charParamters) { }

  • [x] nothing
  • [ ] a Boolean
  • [ ] a string variable
  • [ ] an integer

Official documentation: void

Q16. In what order would the employee names in this example be printed to the console?

string[] employees = { "Joe", "Bob", "Carol", "Alice", "Will" };
IEnumerable<string> employeeQuery = from person in employees
                                    orderby person
                                    select person;
foreach(string employee in employeeQuery)
{
    Console.WriteLine(employee);
}
  • [x] ascending
  • [ ] unordered
  • [ ] descending
  • [ ] first in, first out

dotnetpattern: LINQ OrderBy Operator

Q17. Lambda expressions are often used in tandem with which of the following?

  • [ ] Namespaces
  • [x] LINQ
  • [ ] Type Aliasing
  • [ ] Assemblies

Official documentation: Language Integrated Query (LINQ) Overview

Q18. What is the correct formatting for single line and multiline comments?

  • [ ] // – Single Line / – Multiline
  • [ ] // Multiline
    /_ Single Line _/
  • [ ] //* Multiline
    / Single Line
  • [x] // Single Line
    /_ Multiline _/

w3schools: C# Comments

Q19. How do you make a method in an abstract class overridable?

  • [ ] Make it public
  • [ ] Make it static
  • [ ] Make it private
  • [x] Make it virtual

Official documentation: virtual

Official documentation: abstract

Q20. How would you write code for an integer property called Age with a getter and setter?

  • [ ] public int Age { get – set }
  • [ ] public int Age: get set;
  • [ ] public int Age (get, set );
  • [x] public int Age { get; set; }

Official documentation: Using Properties

Q21. What is an abstract class?

  • [ ] a class that is denoted by the class keyword (can be seen and used by any other class in the system–thus it is by default public)
  • [ ] something denoted by the abstract keyword and used system wide; if you want any program to create an object of a class you use the abstract class
  • [ ] a class that is denoted by the virtual keyword
  • [x] a class that can be used only as base class

Official documentation: Abstract and Sealed Classes and Class Members

Q22. When using a thread pool what happens to a given thread after it finishes its task?

  • [ ] The thread is destroyed and memory is freed up.
  • [ ] The thread runs in loop until the next assignment.
  • [ ] The thread goes inactive in the background and waits for garbage collection.
  • [x] The thread returns to the pool for reuse.

Official documentation: Thread pool characteristics

Q23. Which choice represents a class that inherits behavior from a base class?

  • [ ] a second base class
  • [ ] a revised class
  • [x] a derived class
  • [ ] a parent class

Official documentation: Inheritance

Q24. What does operator overloading allow you to do?

  • [ ] hide built-in operatores when necessary
  • [ ] add methods to be interpreted by the compiler at runtime
  • [ ] define how enums and other primitive value types work within the rest of the application
  • [x] define custom functionality for common operators like addition and equality

Official documentation: Operator overloading

Q25. What it the main purpose of LINQ?

  • [ ] to delete duplicate data
  • [ ] to bind namespaces and assemblies
  • [x] to query and transform data
  • [ ] to connect assemblies

Official documentation: Language Integrated Query (LINQ) Overview

Q26. What is the correct syntax for a new generic list of strings named contacts?

  • [ ] public List contacts = new List();
  • [ ] public List(string names) contacts = new List(string names)();
  • [x] var contacts = new List();
  • [ ] var contacts = new List(string);

Official documentation: List Class

Q27. What is the difference between throw exceptions and throw clauses?

  • [ ] Throw clauses fire only at runtime, while throw exceptions can fire at any time.
  • [x] Throw exceptions overwrite the stack trace, while throw clauses retain the stack information.
  • [ ] Throw clauses overwrite the stack trace, while throw exceptions retain the stack information.
  • [ ] Throw exceptions fire only at runtime, while throw clauses can fire during compile time.

Official documentation: throw

c-sharpcorner: Difference Between Throw Exception and Throw Clause

Q28. When an asynchronous method is executed, the code runs but nothing happens other than a compiler warning. What is most likely causing the method to not return anything?

  • [ ] The return yield statement is missing at the end of the method.
  • [x] The method is missing an await keyword in its body.
  • [ ] The wait keyword is missing from the end of the method.
  • [ ] The yield keyword is missing from the method.

Q29. What are C# events?

  • [ ] system actions that communicate directly with the compiler at runtime
  • [ ] actions that execute when the code compiles, generating logs and test output
  • [x] actions that generate notifications, which are sent to their registered listeners
  • [ ] user-only methods that send data to the application’s back end

Official documentation: Introduction to events

Q30. What kind of values can arrays store?

  • [ ] unordered collections of numerc values
  • [ ] key-value pairs of any C# supported type
  • [ ] class and struct instances
  • [x] multiple variables, or collections, of the same type

Official documentation: Arrays

Q31. Given this enumeration, how would you access the integer-type value of ‘AppState.Loading’?

enum AppState { OffLine, Loading, Ready }

  • [ ] string currentState = (string)AppState.Loading;
  • [ ] string currentState = AppState.Loading.integralVal;
  • [ ] int currentState = AppState.Loading.rawValue;
  • [x] int currentState = (int)AppState.Loading;

Official documentation: Enumeration types

Q32. What character would you use to start a regular expression pattern at a word boundary?

  • [ ] d
  • [ ] \a
  • [x] \b
  • [ ] \w

regular-expressions: Word Boundaries

Official documentation: Regular Expression Language – Quick Reference

Q33. To conform to the following interface, which of its members need to be implemented?

public interface INameble
{
    string FirstName { get; set; }
    string LastName { get; }
}
  • [x] Both the FirstName and LastName properties need to be implemented.
  • [ ] Neither, they are both optional.
  • [ ] Only the LastName property needs to be implemented.
  • [ ] Only the FirstName property needs to be implemented.

Official documentation: interface

Q34. You’re dealing with multiple assemblies in your program, but are worried about memory allocation. At what point in the program life cycle are assemblies loaded into memory?

  • [ ] at runtime
  • [ ] at compile time
  • [x] only when required
  • [ ] only when programmatically loaded

Q35. What is most accurate description of a regular expression?

  • [ ] A regular expression is a C# tool used to parse HTML
  • [x] A regular expression is a special text string for describing a search patters.
  • [ ] A regular expression allows a variable to be passed by reference.
  • [ ] A regular expression allows a class to conform to the Equatable protocol.

Official documentation: Regular Expression Language – Quick Reference

Official documentation: .NET regular expressions

Q36. Why would you use a class field in C#

  • [ ] To define behaviours of the class
  • [x] To hold information and data contained in the class object
  • [ ] To communicate between classes and object
  • [ ] To store the class definition value

Official documentation: Introduction to classes

Q37. When would you use generics in your code?

  • [ ] to increase code performance
  • [x] all of these answers
  • [ ] when code reuse is a priority
  • [ ] when type safety is important

Official documentation: Generic classes and methods

Q38. What prints to the console when this code is executed?

public delegate void AuthCallback(bool validUser);
public static AuthCallback loginCallback = Login;
public static void Login()
{
    Console.WriteLine("Valid user!");
}
public static void Main(string[] args)
{
    loginCallback(true);
}
  • [ ] Login successful…
  • [ ] Valid user!
  • [x] an error, because the method signature of Login doesn’t match the delegate
  • [ ] Login successful… Valid user!

Official documentation: Introduction to Delegates

Official documentation: Introduction to Events

Q39. How would you declare a sealed class named User?

  • [ ] public class User {}
  • [ ] abstract User {}
  • [x] sealed class User {}
  • [ ] private sealed class User {}

Official documentation: Abstract and Sealed Classes and Class Members

Q40. What is the difference between non-static and static classes?

  • [x] non-static classes need to be initialized before use, while static classes do not
  • [ ] non-static classes are accessible only from an interface while static classes are accessible from anywhere
  • [ ] non-static classes need to initialize all class members at runtime, while static classes do not
  • [ ] non-static classes do not need to be initialized while static classes do

stackoverflow

Official documentation: Static Constructors

Q41. Which characteristic prevents this code from compiling?

public int age="28"

  • [x] type safety
  • [ ] single inheritance
  • [ ] dependency injection
  • [ ] multiple inheritance

c-sharpcorner: Type Safety in .NET

Q42. How would you serialize this class?

public class User {}

  • [ ] Mark the User class with the DeserializableAttribute.
  • [ ] Declare the class as public serializable class User {}.
  • [x] Mark the User class with the SerializableAttribute attribute.
  • [ ] Declare the class as private serializable class User {}.

Official documentation: SerializableAttribute Class

Q43. How would you write a delegate named ResultCallback with an int parameter named responseCode?

  • [ ] public delegate ResultCallback(int responseCode);
  • [ ] public delegate void ResultCallback<(int) responseCode>;
  • [ ] public void delegate ResultCallback\;
  • [x] public delegate void ResultCallback(int responseCode);

Official documentation: Delegates

Q44. What is the difference between a static and non-static method?

  • [ ] non-static methods always need to have a void return type
  • [ ] non-static methods do not have access to static member variables
  • [x] static methods do not have to instantiate an instance of the class to call the method
  • [ ] static methods always have to be public

Official documentation: Static Members

Q45. What is the correct way to write an event named apiResult based on a delegate named ResultCallback?

  • [ ] public void event ResultCallback apiResult;
  • [ ] public event ResultCallback(() > apiResult);
  • [ ] public event void ResultCallback
  • [x] public event ResultCallback apiResult;

Official documentation: Introduction to events

Q46. When will the code inside finally block be executed in a try-catch statement?

  • [ ] if there is an error, it won’t execute at all
  • [ ] between the try and catch blocks
  • [x] after the try and catch blocks
  • [ ] when the finally block overrides the catch block and executes in its place

Official documentation: try-catch

Q47. What method correctly extends the string class?

  • [x] public static string IsvalidName(this string i, string value) {}
  • [ ] public static void IsvalidName(this string i, string value) {}
  • [ ] public string IsvalidName(this string i, string value) {}
  • [ ] public void IsvalidName(this string i, string value) {}

Q48. How are C# classses limited?

  • [x] They do not support multiple inheritance.
  • [ ] They support multiple inheritance.
  • [ ] They can have only a set number of properties.
  • [ ] They can have only a set number of methods.

Official documentation: Class inheritance

Q49. What function do namespaces perform?

  • [ ] Namespaces calculate code coverage at runtime.
  • [ ] Namespaces compile application code together at compile time.
  • [ ] Namespaces group code together into a single repository.
  • [x] Namespaces separate code into groupings, control access, and void naming collisions.

Official documentation: namespace

Q50. What is the correct way to write a public property with a private backing field?

  • [ ]
private int _password;
pubic int Password = { get; set; }
  • [ ]
private int _password;
public int Password = _password;
  • [ ]
private int _password;
public int Password
{
  get -> _password;
  set-> _password = value;
}
  • [x]
private int _password;
public int Password
{
  get { return _password; }
  set { _password = value; }
}

Official documentation: Using Properties

Q51. What is a thread pool?

  • [ ] a collection of synchronous methods created during initialization that cannot be reused
  • [x] a collection of threads created during initialization that can be reused
  • [ ] a collection of threads only recognized at compile time that can be reused
  • [ ] a collection of asynchronous methods created at compile time that cannot be reused

Official documentation: ThreadPool Class

Q52. When an object in C# is serialized, what is it converted to?

  • [ ] XML
  • [ ] JSON
  • [x] byte stream
  • [ ] value stream

Official documentation: Serialization

Q53. What is a delegate

  • [ ] a variable that holds a reference to a value type and its content
  • [ ] a specific value type that can be used only in callback methods
  • [x] a type that holds a reference to a method with a particular parameter list and return type
  • [ ] a custom variable type that can be used in abstract classes

Official documentation: Delegates

Q54. What are the four keywords associated with exception handling in C#?

  • [ ] try, catch, valid, invalid
  • [ ] try, valid, finally, throw
  • [x] try, catch, finally, throw
  • [ ] finally, throw, valid, invalid

Tutorial Point

Q55. What is the main difference between the is and as operators?

  • [ ] The is operator checks instance types, while the as operator checks the inherited type.
  • [ ] The is operator checks primitive data types, while the as operator checks the object type.
  • [ ] The as operator checks object type, while the is operator attempts to cast an object to a specific type.
  • [x] The is operator checks object type, while the as operator attempts to cast an object to a specific type.

Pluralsight guide

Q56. What is the difference between finally and finalize blocks?

  • [ ] The finally block is called during the execution of a try and catch block, while the finalize method is called after garbage collection.
  • [x] The finally block is called after the execution of a try and catch block, while the finalize method is called just before garbage collection.
  • [ ] The finalize block is called before the execution of a try and catch block, while the finally method is called just before garbage collection.
  • [ ] The finalize block is called during the execution of a try and catch block, while the finally method is called after garbage collection.

C-sharpcorner

Q57. Your application has a value type called username that needs to be able to accept null values, but this is generating compile-time errors. How would you fix this in code?

  • [ ] Null username = null;
  • [x] string? username = null;
  • [ ] Type? username = null;
  • [ ] Optional username = null;

Q58. Which code snippet correctly declares a custom exception named InvalidResponse?

  • [ ] struct InvalidResponse: Exception {}
  • [x] class InvalidResponse: Exception {}
  • [ ] public Exception InvalidResponse = new Exception ();
  • [ ] public Exception InvalidResponse () -> Exception;

Official documentation: Exceptions

Q59. How would you write an enum variable called AppState with values for Offline, Loading, and Ready?

  • [ ] enum AppState = [Offline, Loading, Ready]
  • [ ] enum AppState {“Offline”, “Loading”, “Ready”}
  • [ ] enum AppState = {Offline, Loading, Ready}
  • [x] enum AppState {Offline, Loading, Ready}

Official documentation: Enum

Q60. What is the main difference between a value type and a reference type?

  • [ ] A value type can be any primitive type, while reference types must be type-agnostic.
  • [ ] A value type refers to another value, while a reference type refers to a value in memory.
  • [x] A value type stores an actual value, while a reference type is a pointer to a value.
  • [ ] A value type is available only at runtime, while a reference type is available only at compile time.

Official documentation: Value types

Official documentation: Reference types

Q61. What is the difference between the break and continue keywords?

  • [ ] The break keyword is used to break out of multiple iteration statements, while continue can only break out of code blocks that have single iterations.
  • [x] The break keyword literally breaks out of a control flow statement, while continue ignores the rest of the control statement or iteration and starts the next one.
  • [ ] The break keyword literally breaks out of the current control flow code and stops it dead, while continue keeps executing the code after an exception is thrown.
  • [ ] The break keyword jumps out of an iteration and then proceeds with the rest of the control flow code, while continue stops the executing code dead.

Official documentation: Jump statements

Q62. Which code snippet correctly declares a variable named userId with a public get and private set?

  • [ ] public int userID <get, set>;
  • [ ] public int userID [get, private set];
  • [x] public int userID { get; private set; }
  • [ ] public int userID = { public get, private set };

Official documentation: Properties

Q63. What is true about virtual methods?

  • [ ] Overriding virtual methods in a derived class is mandatory.
  • [ ] Overriding virtual methods in a derived class is not possible.
  • [x] Virtual methods always need a default implementation.
  • [ ] Virtual methods cannot have default implementation.

Official documentation: virtual

c-sharpcorner: Virtual Method in C#

Q64. What is likely to happen if you have multiple threads accessing the same resource in your program?

  • [ ] resource overload
  • [ ] thread jumping
  • [ ] deadlock and race conditions
  • [ ] nothing, since this is what threading is for

Q65. How do you indicate that a string might be null?

  • [ ] A string cannot be nullable.
  • [x] string? myVariable
  • [ ] string myVariable = null
  • [ ] string(null) myVariable

Q66. Do you need to declare an out variable before you use it?

  • [x] No, you can declare it in the parameter list.
  • [ ] Out variables are no longer part of C#.
  • [ ] You must declare it if it is a primitive type.
  • [ ] Yes.

Q67. How would you access the last two people in an array named People?

  • [x] People[..^2]
  • [ ] You cannot do this in C#.
  • [ ] People[..^3]
  • [ ] People[^2]

Official Documentation: Ranges

Q68. When can anonymous types be created?

  • [x] at compile time
  • [ ] after runtime
  • [ ] at runtime
  • [ ] after compile time

C-sharpcorner: Anonymous Types

Q69. What is true about thread multitasking?

  • [x] Thread multitasking allows code to be executed concurrently
  • [ ] Thread multitasking allows code to be executed only when handling a user event.
  • [ ] Thread multitasking blocks code from being executed simultaneously to guard memory.
  • [ ] Thread multitasking adds single-threaded code blocks together.

Official Documentation: Threads

Q70. What accessibility level does this class field have ?

private string LastName;

  • [x] It can be used by other code only in the same class or struct.
  • [ ] It can be used by other code in a referenced assembly.
  • [ ] It can be used only by code contained in a derived class.
  • [ ] It can be used by other code in the same assembly.

Official Documentation: Accessibility Levels

Q71. How would you correctly declare a jagged array called ‘partyInvites’ with 10 empty elements?

  • [ ] string[] partyInvites = new string[10];
  • [x] string[][] partyInvites = new string[10][];
  • [ ] string[][] partyInvites = new string[10]();
  • [ ] string <[]> partyInvites = new string <[10]>;

Official Documentation: Jagged Arrays

Disclaimer:  Hopefully, this article will be useful for you to find all the LinkedIn C# (C Sharp) Assessment Answers and grab some premium knowledge with less effort. If this article really helped you in any way then make sure to share it with your friends on social media and let them also know about this amazing Skill Assessment Test.  the solution is provided by Chase2learn. This tutorial is only for Educational and Learning purpose.

Please share our posts on social media platforms and also suggest to your friends to Join Our Groups. Don’t forget to subscribe. 

FAQs

What is Linkedin Assessment?

The LinkedIn Skill Assessments feature allows you to demonstrate your knowledge of the skills you’ve added to your profile by completing assessments specific to those skills. LinkedIn skills evaluations are a means to demonstrate the skills of job hunters. This is how LinkedIn Skill Assessments can be used.

Is this Skill Assessment Test is free?

Yes, LinkedIn C# (C Sharp) Assessment Answers is totally free on LinkedIn for you. The only thing is needed i.e. your dedication toward learning.

When I will get Skill Badge?

Yes, if will Pass the Skill Assessment Test, then you will earn a skill badge that will reflect in your LinkedIn profile. For passing in LinkedIn Skill Assessment, you must score 70% or higher, then only you will get your to skill badge.

How to participate in skill quiz assessment?

It’s good practice to update and tweak your LinkedIn profile every few months. After all, life is dynamic and (I hope) you’re always learning new skills. You will notice a button under the Skills & Endorsements tab within your LinkedIn Profile: ‘Take skill quiz.‘ Upon clicking, you will choose your desired skill test quiz and complete your assessment.

LinkedIn Skill Assessments are a series of multiple-choice exams that allow you to prove the skills that are stated in your profile.

How to get Linkedin Skill Badge?

For getting Linkedin Badge in your profile, you need to score at least 70% and above for getting recognition of skill badges.

If you “grade in the 70th percentile or above”—according to LinkedIn—you officially pass and get a LinkedIn skill badge. The social media site will display your badge on your profile.

How long is Skill Assessment valid for?

Skills assessments that do not specify an expiry date are valid for 3 years from the date of the assessment. If more than 3 years have passed by the time the visa application is made, the skills assessment will no longer be valid.

What is the Benefit of Linkedin Skill Assessment?

  • Chances of getting hired will be increased.
  • You will earn Linkedin Skill Badge.
  • Your Linkedin Profile will rank on top.
  • You have a chance to get jobs earlier.
  • This Skill Assessment will enhance your technical skills, helps you to get recognized by top recruiters, and advanced your knowledge by testing your mind.

Who can give this Linkedin Skill Assessment Test?

Any Linkedin User, Any engineer, developer, or programmer, who wants to improve their Programming Skills
Anyone interested in improving their whiteboard coding skills
Anyone who wants to become a Software Engineer, SDE, Data Scientist, Machine Learning Engineer, etc.
Any students in college who want to start a career in Data Science
Students who have at least high school knowledge in math and who want to start learning data structures
Any self-taught programmer who missed out on a computer science degree.

How to do LinkedIn skill assessment

The LinkedIn Skill Assessments feature allows you to demonstrate your knowledge of the skills you’ve added on your profile by completing assessments specific to those skills.

A typical assessment consists of 15 multiple choice questions and each question tests at least one concept or subskill. The questions are timed and must be completed in one session. You can view the full list of available Skill Assessments and sample questions for each.

Available Skill Assessments on LinkedIn

.NET FrameworkAgile Methodologies, Amazon Web Services (AWS), Android, AngularJS, Angular, AutoCAD, AWS, Bash, C, C#, C++, CSS, GIT, Hadoop, HTML, Java, JavaScript, jQuery, JSON, Maven, and MS Vision, QuickBooks, Revit, etc.

What You Need to Know About LinkedIn Skill Assessments

During a job search, wouldn’t it be great to have a way to prove your proficiency in a specific skill to hiring managers?

Well, now there is. On September 17, LinkedIn launched its new Skill Assessments feature. These are online assessments you can take to demonstrate your proficiency in an area such as MS Excel or jQuery. All assessments have been designed by subject matter and LinkedIn Learning experts, and they’re based on an in-depth content creation and review process. Moreover, these assessments seem to be well received: Research shows that job seekers who’ve completed LinkedIn Skill Assessments are approximately 30 percent more likely to get hired than those who haven’t.

How LinkedIn Skill Assessments work
To take an assessment, all you have to do is navigate to the skills section of your profile and select the relevant Skill Assessment. Note that the test is timed. If you have a disability, you can activate the accessibility for the Skill Assessment feature. This will allow you additional time to complete each question.

Your score is private by default, meaning that you can control the visibility of the results. If you score in the 70th percentile or higher, you’ll pass the assessment and have the option of displaying a “verified skill” badge on your profile. If you don’t pass, you can take the assessment again once you’ve brushed up your skills. However, keep in mind that you can only take each assessment once per three months

When you’ve completed an assessment, LinkedIn provides you with an outline of your results. In addition, for a limited time, it offers relevant LinkedIn Learning courses for free so you can improve further. You’ll also receive relevant job recommendations.

According to Andrew Martins in his Business News Daily article “LinkedIn Users Can Now Showcase Skill Assessments,” the following assessments are currently available:

Adobe Acrobat, Angular, AWS, Bash, C, C#, C++, CSS, GIT, Hadoop, HTML, Java, Javascript, jQuery, JSON, Maven, MongoDB, MS Excel, MS PowerPoint, MS Project, MS SharePoint, MS Visio, Node.js, Objective-C, PHP, Python, QuickBooks, Ruby, Ruby on Rails, Scala, Swift, WordPress, and XML. Experts believe that there are also more, non-technical assessments in the making.

A good way to showcase your skills
LinkedIn Skill Assessments offer a brilliant way for you to showcase your abilities to potential employers while at the same time giving you the opportunity to hone your skills even further. So, take advantage of what’s offered — and use it to maximize your employability!

Sources:

https://blog.linkedin.com/2019/september/17/announcing-skill-assessments-to-help-you-showcase-your-skills

https://www.businessnewsdaily.com/15288-linkedin-skill-assessments.html

https://medium.com/alternative-digital-marketing/linkedin-skill-assessments-are-they-worth-it-735867ebe6ae

Leave a Comment