Examples of using Engineering problems in English and their translations into Hebrew
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Use micro: bit to solve real engineering problems!
The engineering problems are… Are solutions waiting to be discovered.
Use micro: bit to solve real engineering problems! by LET.
If engineering problems occur on the site, we are grateful to you to announce it to us.
Apply your technical knowledge and intellect to solve Chemical Engineering problems.
Identifying, formulating and solving engineering problems using methods and instruments from computer science.
You're supposed to be mixing and mingling, not working on engineering problems.
Similitude has been well documented for a large number of engineering problems and is the basis of many textbook formulas and dimensionless quantities.
The studentship provides an opportunity to work on advanced engineering problems.
The firm has an extensive reputation in optimization processesof engineering solution, solving engineering problems, finding innovative and creative solutions, and finding alternatives for engineering schemes, all characterized by unique economical solutions.
Reeves Industries has taken the lead,identifying the world's most challenging engineering problems and solving them.
The use of more accurate, non linear,models to describe chemical engineering problems was limited by approximation required in order to obtain analytical solution, and with the introduction of central computers to the campus we were among the first departments at the Technion to use them in the curriculum.
We might expect the OracleAI to pursue button presses by answering engineering problems correctly.
The curriculum is intended to provide students with a broad understanding of fundamental scientific and technological principles,and to develop the ability to use these principles in developing solutions to engineering problems.
The graduates of the civil engineering program of TEDU should solve civil engineering problems within a greater societal context.
This Track provides the doctoral student with a solid interdisciplinary background to analyze cyber-physical systems andprovide solutions to a huge variety of complex engineering problems.
The EIT Digital Master's Education combines strong theoretical foundation with creative andanalytical engineering problems in which the students apply their theoretical knowledge.
The degree is concerned with the application of physical principles such as motion,energy or thermodynamics in order to create solutions for engineering problems.
The high-calibre academic staff of the department is dedicated toworking closely with students to solve current engineering problems thereby producing new knowledge and results that can be published in reputable journals and conference proceedings.
So, at the junction of biology and technology, bionics appeared,using the structures of living organisms to solve engineering problems.
Because of the diversity of the materials dealt with,the practice, for more than 50 years, has been to analyze chemical engineering problems in terms of fundamental unit operations or unit processes such as the grinding or pulverizing of solids.
The engineering science courses apply the principles you have mastered in the basic sciences andmathematics to the solution of engineering problems.
The course is therefore wideranging andit will develop your ability to apply these principles to solve engineering problems in a variety of work environments and business concerns.
A Master of Science degree in Industrial Engineering will provide students with the knowledge and capabilities to use appropriate techniques, skills, and tools to identify, formulate, analyze,and solve industrial engineering problems.
The program generally aims to develop students' knowledge and skills todesign and implement scientific experiments and solve engineering problems that have a significant impact on economy, environment, and community.
The program provides methodologies of advanced mathematical calculus, in particular probability and stochastic processes and linear systems in order tointroduce the necessary tools to model and formalize the solutions of complex electronics engineering problems focusing on telecommunications.
This will be achieved by preparing them with a strong foundation in basic sciences and computing along with a broad knowledgeof electrical and electronics engineering discipline to identify and solve novel engineering problems including planning, design and implementation of processes leading to demonstrate product.
It also gives a solid preparation in mathematics and physics,thereby providing the tools and scientific methodologies required to approach engineering problems in a rigorous way.