All jobsEngineering

2,443 Engineering Jobs in United States

Problems get solved through careful measurement, calculation, and incremental refinement across a working day.

Engineering jobs by city

• Shanghai460
• Beijing226
• Shenzhen174
• Bengaluru141
• Singapore138
• Guangzhou127
• Abu Dhabi100
• Chennai86
• Nanjing84
• Xi’an78
• Suzhou76
• Juncos75
• Riyadh74
• Kulim71
• Munich70
• Haifa69

Specialities in Engineering

• Electrical Engineering3458
• Mechanical and Related Engineers2442
• Manufacturing Technicians2055
• Engineering Managers1574
• Civil and Safety Engineering1253
• Chemical Engineering538
• Energy & Sustainability401
• Drafters and CAD Designers372
• Civil Engineering Technicians183
• Agriculture and Food Engineering78

Questions

• What qualifications do engineering roles require?

  Most positions require at least a vocational diploma or bachelor's degree in a relevant engineering discipline. Employers also expect practical familiarity with industry tools, safety certifications, and often membership in professional bodies depending on seniority and specialization.

• What does a typical working day look like?

  Days vary widely by role: technicians might spend time in workshops or on-site troubleshooting equipment, designers work at CAD stations developing specifications, and managers divide time between planning, meetings, and site visits. Most roles combine desk work with periods of hands-on problem-solving.

• How much of the work happens on-site versus in an office?

  This depends heavily on the discipline. Civil engineers and construction managers spend considerable time on project sites, while electrical designers and CAD drafters typically work from offices. Many roles split between both environments.

• What technical skills matter most?

  Beyond discipline-specific knowledge, proficiency with CAD software, understanding of relevant standards and regulations, and data interpretation are fundamental across roles. Problem-solving ability, attention to detail, and the capacity to work from specifications are equally important.

• How do engineers progress to management?

  Progression usually follows demonstrated technical competence and often requires formal project or team leadership experience. Many senior positions require additional qualifications or certifications in project management, and some move into management after several years of specialist work.

• What's the difference between an engineer and an engineering technician?

  Technicians typically have vocational qualifications and focus on hands-on implementation, testing, and maintenance of systems. Engineers usually hold degrees and take responsibility for design, analysis, and strategic problem-solving, though the boundary varies by industry and employer.

• Do engineering roles involve travel?

  Travel frequency depends on the position. Site-based roles like civil engineering or installation work may require regular travel between projects, while office-based design and drafting work typically involves minimal travel beyond occasional site visits.

• What happens when designs or plans don't work as expected?

  Engineering involves iteration and troubleshooting as standard practice. When issues arise, engineers and technicians investigate root causes, consult specifications and standards, collaborate with colleagues, and implement corrections or redesigns based on findings.

• How much collaboration is typical in engineering roles?

  Most work involves regular collaboration—with other engineers, technicians, project managers, and clients. CAD drafters work from engineer specifications, technicians report findings to engineers, and managers coordinate across teams, making communication skills essential.

• What distinguishes engineering from adjacent technical fields?

  Engineering emphasizes design, optimization, and systematic problem-solving within established physical and regulatory constraints. Related technical roles may focus more narrowly on operation, maintenance, or specific tasks, whereas engineering roles typically involve broader responsibility for how systems function and perform.