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507 Electrical & Electronic Engineering Jobs in United States

The work moves between circuit design and system troubleshooting, where a failed component can halt production or leave infrastructure offline.

Electrical & Electronic Engineering jobs by city

• Shanghai146
• Beijing90
• Bengaluru54
• Shenzhen49
• Singapore48
• Haifa48
• Hangzhou36
• Xi’an36
• Taipei32
• Santa Clara30
• Tel Aviv28
• Guangzhou26
• Hong Kong25
• Chennai24
• Riyadh22
• Tijuana22

More in Engineering

• Mechanical and Related Engineers2438
• Manufacturing Technicians2049
• Engineering Managers1574
• Civil and Safety Engineering1252
• Chemical Engineering537
• Energy & Sustainability399
• Drafters and CAD Designers371
• Civil Engineering Technicians183
• Agriculture and Food Engineering78

Questions

• What qualifications are needed to work in Electrical & Electronic Engineering?

  A degree in Electrical Engineering, Electronic Engineering or a closely related field is the standard requirement for most roles. HND holders can enter the field but often need substantial practical experience to progress, while apprenticeships provide an alternative route combining academic study with on-the-job training.

• What does a typical day involve in Electrical & Electronic Engineering work?

  Days typically involve a mix of design work at a computer, testing prototypes or systems in labs or on-site, and troubleshooting when equipment fails or performs unexpectedly. Engineers spend time reviewing technical drawings, running simulations, attending project meetings and documenting test results or compliance checks.

• Is Electrical & Electronic Engineering mostly office-based or site-based?

  The balance varies widely depending on the role and sector. Design engineers spend most time at desks using CAD and simulation software, while commissioning engineers and field service engineers work predominantly on industrial sites, power stations or construction projects.

• What technical skills are most important in Electrical & Electronic Engineering?

  Proficiency in circuit analysis, understanding of electromagnetic principles and competence with design software such as MATLAB, AutoCAD Electrical or Altium Designer are fundamental. Programming skills in C, Python or VHDL, knowledge of power systems or RF engineering, and familiarity with test equipment also prove essential depending on the specialism.

• How do Electrical Engineering and Electronic Engineering differ in practice?

  Electrical Engineering focuses more on power generation, transmission, motors and high-voltage systems, while Electronic Engineering centres on circuits, semiconductors, signal processing and microelectronics. Many roles combine both disciplines, particularly in automation, instrumentation and control systems.

• What career progression looks like in Electrical & Electronic Engineering?

  Engineers typically start as graduate or junior engineers working under supervision, then progress to chartered status and independent project responsibility within five to eight years. Senior and principal engineer roles involve leading design teams, making strategic technical decisions and mentoring, while some move into project management or specialized consultancy.

• Do Electrical & Electronic Engineers need professional registration?

  Registration as a Chartered Engineer (CEng) or Incorporated Engineer (IEng) with the IET is not legally required but strongly valued by employers and often necessary for career advancement. Achieving chartered status demonstrates professional competence and is typically expected for senior technical roles.

• What are the working conditions like in Electrical & Electronic Engineering?

  Conditions range from climate-controlled offices and labs to industrial sites with noise, heights and electrical hazards. Engineers working on installations or commissioning face shift patterns, travel and outdoor work in all weathers, while those in design roles typically work standard office hours.

• How does Electrical & Electronic Engineering differ from Mechanical Engineering?

  Electrical & Electronic Engineering deals with electrical power, circuits, signals and electronic components, while Mechanical Engineering focuses on physical structures, motion, materials and thermodynamics. The disciplines frequently collaborate on projects involving motors, actuators, sensors and integrated systems.

• Is continuous learning necessary in Electrical & Electronic Engineering?

  Technology evolution in electronics, power systems and digital controls makes ongoing professional development essential throughout a career. Engineers regularly undertake training in new software, updated regulations, emerging technologies and industry standards to remain effective in their roles.