Month: December 2019

Five Steps from Engineer to Leadership

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All the CEOs and top executives of world-famous companies like Facebook, Nissan, Boeing, Amazon, and Microsoft come from engineering backgrounds. This portrays that engineers have something special that makes them great leaders. Check-out these five steps that an engineer into a successful leader.

  1. Flaunt your Success: Getting positive feedback is a sign of success, which needs to be communicated to seniors so they can remember your efforts in the transform’s success.
  2. Share your goals and aspirations: Share your future expectations with your seniors so that they can help.
  3. Having 100% confidence: Dive in confidently into the attitude of a leader even before the role is attained; it will exhibit your leadership skills in front of everyone.
  4. Make Connections: Have a healthy relationship with colleagues; it promotes friendship and helps in career growth.
  5. Always be ready to take risks: Always experiment and take up new challenges; it will help you be a good leader.

8 of the Most Prevalent Engineering Occupations for 2020

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The employability prospects of engineering graduates lie in next-gen tech skills such as information technology and automation. So, in this article we have listed a few engineering jobs that are most in-demand for 2020 and beyond.

Data Science and Machine Learning

Data science, on the one hand, involves creating useful information based on bulk data, commonly known as Big Data. While Machine learning, on the other hand, is a subdivision of data science which is used to forecast future events related to business and life.

Automation and Robotics Engineer

Robotics engineers are involved in the designing, development, analysis, and application of robotic systems. The automation sector is the best industry to find work as an automation and robotics engineer.

Petroleum Engineer

The petroleum engineer’s task is usually related to drilling methods, creating drilling equipment, and executing and observing the drilling plan for the extraction of crude oil.

Civil Engineer

Mostly their work is related to designing the infrastructure on which the world hinges. 

Electrical Engineering:

It is the conventional industry, yet it is the most demanding sector offering a variety of jobs.

Alternative Energy Engineer:

Alternative Energy engineering is related to solar energy technology, creating coal-fired power stations or generating energy from a clean or renewable resource.

Mining Engineer:

Mining Engineering is related to designing and planning procedures for handling and disposing of the mined resources to various processing plants.

Project Engineer:

A project engineer is concerned with managing technical projects and tasks related to designing, procuring, manufacturing, and delivering simple components to complex chemical treatment plants. 

In a nutshell, engineering offers a vivid field to work, and all you need is the right skill, which can help you get the right job. So keep upskilling and keep growing.

Engineers and Scientists Worldwide Rely on MATLAB & SIMULINK

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Both engineers and scientists rely on MATLAB & SIMULINK to propel the speed of their research and discovery. The tool provides an excellent environment of programming that helps in the development of algorithms. Not only this, programmers rely on MATLAB & SIMULINK to enhance their productivity. So, let’s have a look at this trending tool and learn more about this sophisticated modelling and simulation software.

 MATLAB & SIMULINK Key Features:

Listed below are some of the amazing features of MATLAB and SIMULINK that makes it the most suitable modelling software. Have a look:

  • A Graphical editor is available to build and manage hierarchical block diagrams.
  • Libraries are available for predefined blocks for modelling continuous-time and discrete-time systems.
  • Simulation engine is present with fixed-step and variable-step ODE solvers.
  • Scopes and data displays can be used to view simulation results.
  • Project and data management tools for managing model files and data.
  • Model analysis tools for refining model architecture and increasing simulation speed.
  • MATLAB Function block for importing MATLAB algorithms into models.
  • Legacy Code Tool for importing C and C++ code into models.
  • Single snapshots can be taken to show the performance of the technology based on the model.
  •  In MATLAB & SIMULINK the workflow of the technology can be demonstrated using animation techniques.

Some Applications of MATLAB & SIMULINK

Some common application of MATLAB and SIMULINK:

  • Modelling of Automobile applications
  • Modelling of Aerospace applications
  • Modelling of Industrial Automation Application
  • Large scale modelling
  • Complex Logic building

Future scope

MATLAB & SIMULINK is evolving at a fast pace and the team behind this is making sure that a perfect product is there for all the aspiring engineers and scientists to solve their complex modelling problems using this. This technology has not only made solving complex problems. The future is advancing on big data technologies and data analytics increasing the demand for such modelling software to ensure quality outcomes.