In light of the pandemic, MIT Academy is working with EIS PERKESO to provide EIS Online Training for all eligible retrenched/VSS/MSS employees. This program is brought to you by EIS PERKESO in collaboration with MIT Academy. The objectives are:
The learning objectives of the programme are: - Learn how to define and track clear goals, segment audiences and analyse data to help improve your online marketing efforts. - All the strategies and tools you need to build an online store, sell effectively online and optimise the user experience. - Master the basics of email marketing, including how to track responses, create simple landing pages and use A/B testing. - In this introduction to Google Ads, learn about the different research tools available, plus how to choose keywords and optimise campaigns for a better return. - Understand the differences between organic and paid search, learn how to develop the most effective SEO plan and optimise web pages so that users can find content easier.
a. The Value of Facebook b. Establish Platform Presence c. Advertising Fundamentals d. Create and Manage Ads e. Reporting
The programme objectives are: 1. Define what the AWS Cloud is and the basic global infrastructure 2. Describe basic AWS Cloud architectural principles 3. Describe the AWS Cloud value proposition 4. Describe key services on the AWS platform and their common use cases (for example, compute and analytics) 5. Describe basic security and compliance aspects of the AWS platform and the shared security model 6. Define the billing, account management, and pricing models 7. Identify sources of documentation or technical assistance (for example, whitepapers or support tickets) 8. Describe basic/core characteristics of deploying and operating in the AWS Cloud
The programme objectives are: 1. Define AWS data analytics services and understand how they integrate with each other. 2. Explain how AWS data analytics services fit in the data lifecycle of collection, storage, processing, and visualization.
The objectives of the training are: 1. To introduce the concepts of Continuous Improvement and Kaizen 2. To provide an overview of the Kaizen principles and tools 3. To provide an insight to the applications and benefits of Kaizen 4. To provide an overview of the implementation strategies and keys to successful and sustainable Kaizen implementation
The study topics will be done with three single stations, which can be combined to a complete system. The complete system displays a cube-assembly, which puts together various halves of the cubes. Each single station provides the opportunity to process specified learn topics. Station 1 supplies the halves of the cubes on a conveyor belt, position and material will be detected via sensors and halves of the cubes get transferred or sorted out. Station 2 assembles the cubes, operated by a pinning unit and a pneumatic press. The material is transferred from the conveyor belt to the press and back by a pneumatic vacuum gripper. Station 3 provides a warehouse system. The assembled cubes are moved by a Cartesian robot with pneumatic gripper into a high rack warehouse. Each station of the modular mechatronic system has a separate controller. The used industrial PLC's have some specialties: - PLC programming using the international standard IEC61131-3. Programming with the following languages is possible: Instruction list, ladder diagram, function block diagram, sequential function chart, structured text. Open Core Engineering (OCE) is integrated. This ensures a lot of possibilities and features for the new Connected Industry (Industry 4.0)
To provide a comprehensive knowledge on the applications and operations of PLC and Microsoft Azure IOT for flexibility and control with fully customizable solutions designed for the most common IoT scenarios, including remote monitoring and predictive maintenance of MecLab automation system
Hydraulic systems are already well on their way into the future. They are inherently powerful, and the combination of hydraulic actuators with integrated digital control electronics, which allows for functions to be shifted to the software, makes them smart. Hydraulic standard functions are predefined in the controls, drives and power units. All the user has to do is define the parameters. The software and intelligent control algorithms developed specifically for hydraulic requirements automatically equalize the non-linearities inherent in fluid power. Network new and existing machines cost efficiently and optimize production processes and product quality: The IoT Gateway makes it easy to connect to Industry 4.0 environments without intervening in the automation logic. The precisely coordinated combination of control hardware and software for implementing IT applications collects sensor and process data, transmits it to MES, cloud applications or local machine state monitoring systems, for example, and enables process data analysis.