Description

An Electrical Design Engineer is a professional who develops electrical systems such as alarms and lighting. They investigate new buildings' electrical requirements to supply them best. They sometimes consult with manufacturers of refurbished appliances to analyze how to get them to work correctly and safely.

Some titles for Electrical Design Engineer are:

  • Controls Engineer: Controls Engineers are critical to plant operations. They are necessary for many industries, and their work may necessitate Electronics, Mechanics, and Engineering knowledge.
  • Maintenance Technician: A Maintenance Technician is in charge of building upkeep, such as an apartment complex or a business office. They are knowledgeable in various fields, such as plumbing, carpentry, and electrical systems.
  • Electrical Instrument Technician: An Instrument and Electrical Technician inspects the performance and stability of all production and Manufacturing equipment to ensure operational efficiency.

Roles & Responsibilities

Some roles and responsibilities needed for Electrical Design Engineer are:

  • Establishing design criteria and developing system designs from concept plans, interpreting information outlined in the basis of creation, and data gathered from users, project partners, field surveys, and code research to plan and design projects.
  • Planning and creating drawings for production work, including problem analysis and design layout; the project team performs various phases of planning, site evaluations, analytical designs, report preparation, specifications, proposal and construction documentation.
  • Creating electrical schematics, grid plan layouts, electrical power systems, lighting systems, protection and controls, and site and facility design, as well as executing various electrical projects using prescribed methods and standard techniques such as drawing sequence and presentation.

Qualifications & Work Experience

Major educational qualifications required for Electrical Design Engineer are:

  • To begin your Electrical Designer career path, a Bachelor's Degree in Electrical Engineering or a related field is usually necessary in order to remain a competitive option for employers.
  • Focus on industry-specific skill development during your education in order to be properly equipped when applying for entry-level positions and entering the job force.
  • An Electrical Designer internship may be required to earn your Bachelor's Degree and acquire necessary on-the-job skills before entering the workforce.

Essential Skills For Electrical Design Engineer

1

Electrical Schematics

2

Electrical Circuit

3

Electrical Systems

4

Electrical Design

Career Prospects

As an Electrical Design Engineer, you have a wide range of career prospects and alternative job roles within the engineering and technology sectors. Here are some potential career paths:

  • Electrical Engineer: In this role, you may focus on designing and developing electrical systems, equipment, and components for various industries, such as power generation, electronics, telecommunications, and more.
  • Electronics Engineer: Electronics Engineers specialize in designing and developing electronic circuits, devices, and systems, often working with microprocessors and integrated circuits.
  • Power Systems Engineer: Power Systems Engineers work on designing, analyzing, and optimizing electrical power systems, including distribution and transmission networks.
  • Control Systems Engineer: Control Systems Engineers develop and implement control systems for industrial processes and machinery, ensuring efficient and safe operation.

How to Learn

With rising electricity consumption and electrification, there is a greater need for new Electrical Engineers. According to the most recent industry report published by Indian Express, India's Electrical equipment Manufacturing market (valued between $48 and $50 billion) is expected to grow at a 12% annual rate before reaching $72 billion by 2025.
According to career forecasts, the number of Electrical and Electronics Engineers employed in 2016 will rise by 7% to 345,800 by 2026. As a result, there would be 21,200 more job openings in total. If we only consider Electrical Engineers, there were 188,300 positions available in 2016; by 2026, that number will have increased by 9% or 16,200 jobs. In contrast, 136,300 Electronics Engineers (not including Computer Engineers) were employed in total in 2016. Therefore, it will rise by 4%, creating 5,100 new job opportunities in related industries.