Industrial Automation Engineer Jobs in Greece | Construction Sector / Technical Professions

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About Industrial Automation Engineer Jobs

An Industrial Automation Engineer designs, develops, and optimizes automated systems and processes used in manufacturing and production environments. They implement control systems, robotics, and software solutions to improve efficiency, quality, and safety in industrial operations. This role is key in industries such as automotive, electronics, and food processing, offering opportunities for innovation and career advancement.

Required Skills

Essential skills needed for Industrial Automation Engineer positions

PLC ProgrammingVery Common

Ability to write and manage programs for Programmable Logic Controllers used in industrial automation.

Technical DocumentationCommon

Ability to create clear and detailed documents that explain technical information and procedures.

EnglishCommon

Ability to read, write, speak, and understand the English language effectively.

Microsoft OfficeCommon

Proficiency in Microsoft Office suite including Word, Excel, PowerPoint, and Outlook for office productivity.

Automation SystemsCommon

Knowledge and experience in systems that control and automate industrial processes.

Computer Skills

Fundamental abilities to operate computers and use common software applications.

Stakeholder Management

The ability to effectively identify, communicate with, and manage relationships with stakeholders.

Inventory Management

The ability to oversee and control ordering, storage, and use of inventory materials.

Root Cause Analysis

Ability to identify the fundamental reasons behind problems to implement effective solutions.

English Communication

Ability to effectively convey and comprehend information in English, both orally and in writing.

Additional Skills & Traits

Nice-to-have skills and soft skills that can help you stand out

Master's Degree

An advanced academic degree awarded after completing graduate-level coursework in a specific field.

IT

Understanding of information technology concepts including hardware, software, and network basics.

Project Leadership

Ability to lead and manage projects, ensuring successful completion on time and within scope.

Continuous Improvement

A mindset and practice focused on constantly enhancing processes, skills, and outcomes within an organization.

SCADA

Experience with Supervisory Control and Data Acquisition systems used for industrial process monitoring and control.

Robotics

Knowledge and experience in designing, building, and programming robots.

Problem Solving

Ability to identify issues and develop effective solutions efficiently.

Communication

Ability to convey information clearly and effectively in verbal and written form.

Analytical Thinking

Ability to systematically break down problems and analyze information to make informed decisions.

Leadership

Ability to guide and motivate a group towards achieving goals effectively.

Adaptability

Ability to adjust effectively to new conditions and changes in the work environment.

Positive Attitude

Maintaining an optimistic and constructive approach in work and interactions.

Organizational Skills

Ability to efficiently plan, prioritize, and manage tasks and resources to achieve objectives.

Independent Work

Ability to complete tasks efficiently without needing constant supervision or assistance.

Coaching

Ability to guide and support individuals to develop their skills and achieve their goals.

Influencing

Ability to persuade and motivate others to achieve desired outcomes.

Or explore related opportunities

Educational Background

Recommended education and qualifications for Industrial Automation Engineer positions

Electrical Engineering

Study focused on electrical systems, circuits, and electronic devices engineering.

Automation Engineering

Study of automated systems design, control, and integration in industrial applications.

Electrical and Computer Engineering

Study of electrical systems, electronics, computer hardware, and integrated technologies.

Mechanical Engineering

Study of design, analysis, manufacturing, and maintenance of mechanical systems.

Electronics Engineering

Study of electronic circuits, devices, and systems engineering.

Seniority Distribution

Experienced100%

Experience Requirements

Average experience: 3 years
0-2 years20%
3-5 years80%