As an Electromechanical Engineer, you will need to master following:

• abide by regulations on banned materials
• electric drives
• electric motors
• environmental threats
• mechanical engineering
• model electromechanical systems
• operate open source software
• test electromechanical systems

More generally, an electromechanical engineer is also versed in:

• adjust engineering designs
• analyse test data
• approve engineering design
• conduct literature research
• demonstrate disciplinary expertise
• design drawings
• design electromechanical systems
• design prototypes
• electric generators
• electrical engineering
• electrical machines
• electrical wiring diagrams
• electricity
• electricity principles
• electromechanics
• engineering principles
• environmental legislation
• gather technical information
• interact professionally in research and professional environments
• manage personal professional development
• manage research data
• mathematics
• monitor manufacturing quality standards
• perform data analysis
• perform project management
• physics
• prepare production prototypes
• record test data
• report analysis results
• synthesise information
• think abstractly
• think analytically
• use technical drawing software

It also helps to know the following:

• assemble electromechanical systems
• assemble mechatronic units
• assemble sensors
• cloud technologies
• data mining
• data storage
• define manufacturing quality criteria
• develop product design
• information extraction
• information structure
• install automation components
• install mechatronic equipment
• maintain robotic equipment
• maintain safe engineering watches
• manage intellectual property rights
• maritime law
• microelectromechanical systems
• perform data mining
• simulate mechatronic design concepts
• test mechatronic units
• unstructured data
• use specific data analysis software
• utilise machine learning
• visual presentation techniques
• CAE software
• analyse big data
• apply blended learning
• apply for research funding
• apply research ethics and scientific integrity principles in research activities
• apply technical communication skills
• automation technology
• build business relationships
• business intelligence
• communicate with a non-scientific audience
• communicate with customers
• conduct research across disciplines
• control engineering
• coordinate engineering teams
• create technical plans
• data analytics
• define technical requirements
• design automation components
• design firmware
• develop professional network with researchers and scientists
• disseminate results to the scientific community
• draft bill of materials
• draft scientific or academic papers and technical documentation
• electronics
• evaluate research activities
• examine engineering principles
• firmware
• increase the impact of science on policy and society
• manage findable accessible interoperable and reusable data
• manage open publications
• mechatronics
• mentor individuals
• monitor machine operations
• perform resource planning
• perform scientific research
• perform test run
• power electronics
• power engineering
• prepare assembly drawings
• program firmware
• promote inclusion in research
• promote open innovation in research
• promote the participation of citizens in scientific and research activities
• promote the transfer of knowledge
• provide technical documentation
• publish academic research
• quality standards
• robotic components
• robotics
• sensors
• speak different languages
• statistical analysis system software
• teach in academic or vocational contexts
• test sensors
• train employees
• use CAD software
• use CAM software
• write routine reports
• write scientific publications