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If you're considering an engineering career and you are fighting the battle of Computer Science vs Computer Engineering, don't worry. These two options might seem confusing, but we'll break the computer science & computer engineering difference for you. We'll also talk about which one can lead to higher pay and the job opportunities they offer. We'll take you on a journey to explore what kind of jobs you can get in both Computer Science Engineering & Computer Engineering, giving you a clear picture of your future. What is Computer Science Engineering? When you decide to study computer science engineering. You…

A Chemical Engineering degree opens up the doors to a lot of exciting and well-compensated career opportunities. In this blog, we'll explore seven diverse career prospects for those who are exploring opportunities after a Chemical Engineering Degree and look at the key skills required, salary expectations, and prominent recruiters in each field. We'll also explore Chemical Engineering salary trends and sectors, along with identifying the prime cities for employment. 1. Environmental Engineer Environmental engineers work on projects related to environmental protection, pollution control, and sustainable practices. Exploring opportunities after a Chemical Engineering Degree, graduates can find employment in government agencies,…

The 3D modelling software tools are used for a number of projects, from simulation to manufacturing. A 3D modelling software with great visualisation options can help you get a better overview of your project. A precise overview allows you to adjust and improve your parts efficiently. It is also a good method to correct the last errors. There are a few software that are used consistently throughout the industry. The level of proficiency that is required with specific software packages is dependent on your role as an engineer. Take a look at top 10 3D modelling software for mechanical engineers:…

Many companies worldwide successfully combined automation, artificial intelligence and internet of things to achieve better quality and productivity. The various innovations in future manufacturing industries include 3D printing, advanced robotics, large scale factory digitisation, etc. According to McKinsey & Company report 2014, technology disruptions ahead for manufacturing are mainly: • Advanced robotics • 3D printing • Digitised operations Advanced robotics Use of robots is increased by 50% since 2008. Robots can perform various tasks like manipulating parts, picking and packing products and robots can work side by side with humans also. As that happens, companies are looking for new manufacturing…