Most Electrical Engineer positions require an undergraduate degree (BEng) in Electrical Engineering or other related engineering disciplines, such as Electronics Engineering or Electrical Engineering Technology. Candidates with relevant postgraduate degrees, such as master’s or Ph.D.'s, tend to have an advantage over other candidates when applying for a job.     
    
Candidates applying for a job as an Electrical Engineer should also work on their proficiency in MS Office and computer-aided design (CAD) software, mainly AutoCAD. 
 
Electrical Engineers will benefit from various specializations, such as Mechanical or Industrial Engineering degrees or certificates, provided they have proven their ability to fulfill the role. The expectation is that most Engineers will be well-versed in other areas of study, including economics, physics, and even psychology, to provide a complete profile to their employers. It's worth noting that Electrical Engineer programs should be ABET-accredited.   
       
What determines the typical working schedule for Electrical Engineers is the type of project they're working on and the deadline. As a result, they must be willing to put in extra hours during the evenings or weekends. Electrical Engineers need a valid driver's license and a stable driving record, as well as a reliable means of transportation, to get themselves and their tools to job sites within their designated area. In some circumstances, the company may provide a vehicle.  

What can help you become an Electrical Engineer

• Excellent interpersonal, communication, and leadership skills:    

Electrical Engineers, like many professionals, can benefit from learning and mastering their interpersonal skills. Not only to communicate with clients, explain their designs, and relay instructions to coworkers but for the express purpose of working cohesively as part of a multidisciplinary team. Doing so will ensure that all tasks go according to plan, thanks to a healthy, communicative environment with clients where designs and instructions are relayed with care and consideration.   
  

• Strong analytical and mathematical skills:     

Electrical Engineering as a profession demands exceptional calculus and trigonometry math skills for performing complex calculations. They'll need to apply both basic and advanced engineering concepts and processes to all projects, using result-oriented solutions to achieve continuous improvements.     
    

• Problem-solving and critical-thinking skills:  

For Electrical Engineers, it's crucial that they learn how to identify issues and resolve problems using these skills.   
Precision and accuracy are critical in this position, so these professionals must often add this skill set to their collection to ensure their calculations and analyses are failproof.   
  

• Organizational and time management skills: 

The engineering field needs organization as much as any other. For Electrical Engineers, these skills go as far as helping them to avoid issues that can lead to legal problems, damage to equipment, and potential accidents. Not only that, but it also promotes a versatile and flexible work environment, with tasks and responsibilities being prioritized accordingly.