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Engineer for the development of CAD based on multiphysics modeling of energy objects

Engineer for the development of CAD based on multiphysics modeling of energy objects

Profession will appear after 2030

Trends

Improvement of network management and monitoring structure, introduction of smart technologies

Energetics

Creating models of a physical object will allow you to quickly and cost-effectively see how the object will change under the influence of different environments, in different situations. This is especially true for large and complex systems such as energy enterprises.

The novelty of the profession: solving new problems: modeling the physical behavior of objects in the virtual world.

Key competencies:

Modeling energy objects: setting their geometry, properties, physical composition
Modeling the behavior of an object in various environments, statics, dynamics, etc.
Development of recommendations for the study of the object

Over-professional skills

This area includes a variety of skills related to the development and adjustment of artificial intelligence systems, the adjustment and tuning of robots, the development of programs for controlling production processes and individual machines.

Automation and robotization rapidly penetrate into all areas, including manufacturing. It is expected that in 15-20 years, machines will replace a person in most routine operations that do not require creative skills. Therefore, the need for specialists with these skills will grow in all sectors. It is these specialists who will have to ensure the massive arrival of machines in all sectors of the economy.

Automation of production will eliminate the human factor and increase labor productivity where routine operations are present that do not require special training and creative skills. Specialists will be in demand not in the main production, but in the field of servicing and tuning machines, robots and systems that make algorithmic decisions.

Programming, Robotics, Artificial Intelligence

Project and process management includes the ability to focus on the project goals, the ability to competently plan and organize team actions for the effective implementation of tasks, the ability to assess existing risks and opportunities for all parties to the interaction. A specialist who has this skill knows how to properly organize the work on the project within the specified funding framework, and is able to correctly distribute the work in order to meet the deadlines set by the project. such a specialist is constantly learning something new, is not afraid to make mistakes, is able to generate new effective ways to solve problems and tasks. the demand for specialists with knowledge and tools in the field of project management will increase, as project activities are considered by companies as the most important factor in their effective development

Project and process management

Intersectoral communication consists in understanding technologies, processes and the market situation in various related and non-adjacent industries, cross-functional and cross-disciplinary interaction. More and more advanced products are created at the junction of different industries and specialists need the ability to understand several areas of knowledge at the same time. This competency allows you to learn faster, take the best from different fields, and through this mutual enrichment, ensure development within your field. Those with such competence can create unexpected, unique, breakthrough solutions.

Intersectoral communication

Educational institutions

Atyrau University of Oil and Gas named S. Utebayev Atyrau