What is Euristiq
Gap Analysis?

It is a technical interview with Euristiq top-notch technical experts. You apply, then we agree on a date and time that suits everyone. It can be a video/audio interview or a meeting in our office – whichever format you prefer.
No soft skills assessment, no company cultural fit check, just hardcore technical talk. After an interview, you’ll get feedback on your technical gaps and weaknesses so you can work on them to improve.

FOR WHOM?

Euristiq Gap Analysis is for Software Engineers who are:

  • Not being evaluated on their current jobs
  • Out of practice in attending technical interviews
  • Scared of being cross-examined during an actual job interview
  • For Middle and upper-levels
  • Planning to get to the next level in their career
  • Eager to test their technical knowledge and reveal gaps

Benefits of Gap Analysis

Know your strengths
and weaknesses
Be aware of your
opportunities and
threats

Develop a clear
process for
improvement

How to apply?

1
Apply filling out the form on this page

Click on the “Apply now” button above and fill out the form, leaving a link to your Linkedin profile and an email address, so our coordination could contact you.

2
Get an email with an invite from us

In three business days after you applied, our coordinator will contact you to agree on a time and format (it can be audio-only call, video call, or you can come to our office).

3
Attend the Gap Analysis interview

Consult our Competencies Matrix below to define the areas you would like to talk about during the Gap Analysis interview. The interview will last up to 2 hours.

4
Receive professional evaluation

Our experts will define the areas in your technical knowledge where you have gaps. After the interview you will receive an email with your score and recommendations.

Java Competency Matrix

Data Structures

Algorithms

Database

Containers

Junior

Arrays and simple structures. Able to explain and use Arrays, LinkedLists, Dictionaries, Stack, Queue, etc. in practical programming tasks. Understands Graphs

Sorting, searching and data structure traversal algorithms (e.g. for tree, graph). Can calculat

Performance optimization, index optimization, write advanced select queries, able to replace cursor usage with relational SQL, NoSQL, SQL: Understands how data is stored internally, gfgh bUnderstands how indexes vv stored internally, Understands how databases can be mirrored,

Works with Kubernetes ? Works whdhth ubernetes

Middle

Arrays and simple structures. Able to explain and use Arrays, LinkedLists, Dictionaries, Stack, Queue, etc. in practical programming tasks. jfkh Understands raphs and

Sorting, searching and data structure traversal algorithms (e.g. for tree, graph). Can calculate algorithm complexity.

Performance optimization, index optimization, write advanced select queries, able to replace cursor usage with relational SQL, NoSQL, SQL: Understands how data is stored internally, gfffg Understands how indexes are stored internally, Understands how databases can be mirrored, replicated, etc. Understands how the two

Works with Kubernetes ? Works whdhth ubernetes

Senior

Arrays and simple structures. Able to explain and use Arrays, LinkedLists, Dictionaries, Stack, GraphsUnderstands Graphs Understands jkhrfgrjkfrGraphs Understands Graphs and er a

Sorting, searching and data structure traversal algorithms (e.g. for tree, graph). Can and calculate algorithm complexity.

Performance optimization, index optimization, write advanced select queries, able to replace cursor usage with relational SQL, NoSQL, SQL: Understands how data is stored internally, Understands how indexes are stored internally, Understands how databases can be mirrored, replicated, etc. Understands how the two-phase commit works. Basic database administration

Works with Kubernetes ? Works whdhth ubernetes

Principal

Arrays and simple structures. Able to explain and use Arrays, LinkedLists, Dictionaries, Stack, n practical programming tasks. UnderstandsGraphsUn derstands Graphs hikhdfghf

Sorting, searching and data structure traversal algorithms (e.g. for tree, graph). Can jghg calculate algorithm complexity.

Performance optimization, index optimization, write advanced select queries, able to replace cursor usage with relational SQL, NoSQL, SQL: Understands how data is stored internally, gjghf Understands how indexes are stored internally, Understands how databases can be mirrored, replicated, etc. Understands how the two-phase commit works. Basic database administration

Works with Kubernetes 🙂

Apply for Java Gap Analysis

No soft skills assessment, no company cultural fit check, just hardcore technical talk.
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