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Engineering Hot right now

AI Hardware Engineer

Design the chips that make AI fast enough to be useful

💡 Why it matters: AI programs need huge amounts of computing power and electricity. Engineers who design faster, cheaper and more energy-efficient chips decide how far and how widely AI can spread.

🌍 Around the world

💰 What it can pay

🇳🇬 Nigeria

Starting out
₦2M – ₦5M
Mid-career
₦6M – ₦15M
Senior
₦15M – ₦40M

≈ ₦500k – ₦1.3M a month mid-career. Indicative estimate by Incusim.

🇬🇧 United Kingdom

£28k – £60k

Closest National Careers Service profile: Electronics engineer, which lists semiconductors as a specialism. Typical starter to experienced salary. National Careers Service, 2026

🇺🇸 United States

$161.7k typical
Range $92.9k – $225.3k

Closest US category: Computer hardware engineers. Median pay; low and high are the 10th and 90th percentiles.. US Bureau of Labor Statistics, May 2025

🇨🇦 Canada

CA$104k typical
Range CA$66.6k – CA$150k

Closest Job Bank occupation: Computer hardware engineer. Hourly wage low, median and high x 2,080 hours. Job Bank (Government of Canada), 2023-2024

Yearly pay before tax. UK, US and Canada figures come from the official sources named on each card. Nigeria has no official salary survey, so those are our indicative estimates. Real pay depends on the employer, the place, your skills and experience.

🛠️ What you actually do

⚡ Skills you'll need

Get ready at school

🇳🇬 Nigeria

Subjects to be good at
MathematicsFurther MathematicsPhysicsComputer StudiesEnglish Language
Qualifications
BSc in Electrical and Electronics Engineering, Computer Engineering or Computer Science (UTME, the JAMB entrance exam, usually needs English, Mathematics, Physics and one more science; check each school)Master's degree in microelectronics, computer architecture or AI hardware, usually abroad or online
Other ways in
  • Hands-on electronics and microcontroller projects
  • Starting as an electronics or embedded systems engineer

🇬🇧 United Kingdom

Subjects to be good at
Maths (GCSE and A-level)Further Maths (A-level)Physics (GCSE and A-level)Computer Science or Electronics (where offered)
Qualifications
Degree in electronic engineering, computer engineering or physics (applied for through UCAS, the university application service)Master's degree in microelectronics or computer architecture (common for chip design)
Other ways in
  • Engineering degree apprenticeships (study while you work)
  • Starting as an electronics technician or test engineer and training up

🇺🇸 United States

Subjects to be good at
Math through calculusPhysicsComputer science (AP, or Advanced Placement, Computer Science A)Robotics or electronics classes where offered
Qualifications
Bachelor's degree in electrical engineering, computer engineering or computer scienceMaster's degree in computer architecture or microelectronics (common for chip design)
Other ways in
  • Internships at chip or electronics companies
  • Starting as a hardware test or verification engineer

🇨🇦 Canada

Subjects to be good at
Grade 12 EnglishGrade 12 Math (requirements vary by province)Computer science or IT courses where your school offers themPhysics (asked for by some programs)
Qualifications
University bachelor's degree in electrical or computer engineeringMaster's degree in microelectronics or computer architecture (common for chip design)
Other ways in
  • Co-op programs that alternate study terms with paid work terms
  • Starting as an electronics technologist, then upgrading to an engineering degree

🗺️ Your path to this career

  1. 1Get excellent at maths and physics
  2. 2Tinker with electronics kits and microcontrollers such as Arduino, and learn basic programming
  3. 3Study electrical engineering, computer engineering or computer science
  4. 4Build a chip project, for example on a programmable chip board, and try an internship
  5. 5Join a chip team as a junior engineer and specialise in design, testing or architecture

⏰ A day in the life

A new AI chip comes back from the factory and runs slower than the simulation predicted. You trace the delay to how data waits in a memory buffer, change the design for the next version, and explain the trade-off to the software team.

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