The following **Tekla Interview Puzzles** are brought to you by GPuzzles.Com. If you are one of the students preparing for interviews, this section can brief you regarding the format of Interview Questions in Tekla.

A Basic info about the company:

Tekla Corporation is a software engineering firm concentrating in model-based software products for building, construction and infrastructure management. The corporation originated in 1966. Headquarter of the company is located in Espoo, Finland, and the corporation was listed on the Helsinki Stock Exchange from May 2000 until February 2012.

By reading and solving these Tekla Interview Puzzles, you can enhance your aptitude skills which will help you a lot during the interview process.
#
Tekla Interview Puzzle - Aptitude #1 - Popular Interview Problem

#
Tekla Interview Puzzle - Aptitude #2 - Popular Probability Brain Teaser

#
Tekla Interview Puzzle - Aptitude #3 - Maths Magic Riddle

#
Tekla Interview Puzzle - Aptitude #4 - Simple Interview Puzzle

#
Tekla Interview Puzzle - Aptitude #5 - Logic Problem Brain Teaser

A Basic info about the company:

Tekla Corporation is a software engineering firm concentrating in model-based software products for building, construction and infrastructure management. The corporation originated in 1966. Headquarter of the company is located in Espoo, Finland, and the corporation was listed on the Helsinki Stock Exchange from May 2000 until February 2012.

By reading and solving these Tekla Interview Puzzles, you can enhance your aptitude skills which will help you a lot during the interview process.

Difficulty Popularity

I have two rectangular bars.

They have property such that when you light the fire from one end , it will take exactly 60 seconds to get completely burn.

However they do not burn at consistent speed (i.e it might be possible that 40 percent burn in 55 seconds and next 60 percent can burn in 10 seconds).

Problem is : How do you measure 45 seconds ?

They have property such that when you light the fire from one end , it will take exactly 60 seconds to get completely burn.

However they do not burn at consistent speed (i.e it might be possible that 40 percent burn in 55 seconds and next 60 percent can burn in 10 seconds).

Problem is : How do you measure 45 seconds ?

Difficulty Popularity

Kangwa, Rafael and Ferdinand plans for gun fighting.

They each get a gun and take turns shooting at each other until only one person is left.

History suggest

Kangwa hits his shot 1/3 of the time, gets to shoot first.

Rafael, hits his shot 2/3 of the time, gets to shoot next if still living.

Ferdinand having perfect record at shooting(100% accuracy) shoots last , if alive.

The cycle repeats. If you are Kangwa, where should you shoot first for the highest chance of survival?

They each get a gun and take turns shooting at each other until only one person is left.

History suggest

Kangwa hits his shot 1/3 of the time, gets to shoot first.

Rafael, hits his shot 2/3 of the time, gets to shoot next if still living.

Ferdinand having perfect record at shooting(100% accuracy) shoots last , if alive.

The cycle repeats. If you are Kangwa, where should you shoot first for the highest chance of survival?

Difficulty Popularity

I can prove why 1 = 2

Step1. Lets say y = x

Step2. Multiply through by x xy = x2

Step3. Subtract y2 from each side xy - y2 = x2 - y2

Step4. Factor each side y(x-y) = (x+y)(x-y)

Step5. Divide both sides by (x-y) y = x+y

Step6. Divide both sides by y y/y = x/y + y/y

Step7. And so... 1 = x/y + 1

Step8. Since x=y, x/y = 1 1 = 1 + 1

Step9. And so... 1 = 2

How is this possible ?

Step1. Lets say y = x

Step2. Multiply through by x xy = x2

Step3. Subtract y2 from each side xy - y2 = x2 - y2

Step4. Factor each side y(x-y) = (x+y)(x-y)

Step5. Divide both sides by (x-y) y = x+y

Step6. Divide both sides by y y/y = x/y + y/y

Step7. And so... 1 = x/y + 1

Step8. Since x=y, x/y = 1 1 = 1 + 1

Step9. And so... 1 = 2

How is this possible ?

Difficulty Popularity

I purchases perfume from a store and gave him a thousand rupee note.

The perfume cost Rs.300.

Since the store person have no change, he gets the change from next shop and return me 800 rupees.

After a while, the next shopkeeper comes and told the 1st shopkeeper that the note is a fraud and takes his money back.

How much loss does the 1st shopkeeper have to bear ?

The perfume cost Rs.300.

Since the store person have no change, he gets the change from next shop and return me 800 rupees.

After a while, the next shopkeeper comes and told the 1st shopkeeper that the note is a fraud and takes his money back.

How much loss does the 1st shopkeeper have to bear ?

Difficulty Popularity

The world is facing a serious viral infection. The government of various countries have issued every citizen two bottles. You as well have been given the same. Now one pill from each bottle is to be taken every day for a month to become immune to the virus. The problem is that if you take just one, or if you take two from the same bottle, you will die a painful death.

While using it, you hurriedly open the bottles and pour the tablets in your hand. Three tablets come down in your hand and you realize they look exactly the same and have same characteristics. You can’t throw away the pill as they are limited and you can’t put them back or you may put it wrong and may die someday.

How will you ensure that you are taking the right pill?

While using it, you hurriedly open the bottles and pour the tablets in your hand. Three tablets come down in your hand and you realize they look exactly the same and have same characteristics. You can’t throw away the pill as they are limited and you can’t put them back or you may put it wrong and may die someday.

How will you ensure that you are taking the right pill?

22 February

An old man was traveling to his sister's...

21 February

Can you move four matchsticks to make th...

20 February

Here is a list of names with numbers ass...

19 February

Mitch and Irene killed thousands of peop...

18 February

James celebrated his 23rd Birthday on 20...

17 February

Manny pacquiao and Mike Tyson goes for c...

16 February

This is a classic riddle.

I spen...