Is Coding More Important Than Core Electrical Skills Today?

The Verdict: Both Are Essential, But Core Comes First

In today's technology-driven world, the debate between coding and core electrical skills is increasingly relevant for engineering students and professionals. The answer isn't black and white—coding is becoming a core skill for all engineers, but it doesn't replace the fundamental importance of electrical engineering knowledge.

Why Core Electrical Skills Still Matter

Arya College of Engineering & I.T. says Core electrical engineering fundamentals remain non-negotiable. You cannot design circuits, understand power systems, or work with control systems without deep knowledge of electrical engineering principles. These include:

• Circuit design (analog/digital, PCB layout)
• Power systems (smart grids, renewable energy)
• Control systems (automation, robotics)
• Embedded hardware (microcontrollers, sensors)

As one industry expert notes, math and physics training remains more valuable than pure coding ability, especially in the AI age where fundamentals drive innovation.

Why Coding Has Become Equally Critical

However, programming knowledge is reshaping how engineers design, analyze, and innovate. Today's electrical engineers need coding skills for:

1. Automation – Automating repetitive calculations and testing
2. Data Analysis – Python/R for performance optimization and predictive maintenance
3. IoT & Smart Systems – Programming sensors and connected devices
4. AI/ML Integration – Machine learning applications in power systems and energy
5. Career Flexibility – Access to high-paying tech roles beyond traditional EE

According to 2025 industry data, programming languages are now the #1 most demanded skill for electrical engineers.

The Reality Check

The truth depends on your career path:

Role	Coding Needed
Power Systems Engineer	Moderate (Python for data)
Embedded Systems Engineer	Very High (C/C++ mandatory)
RF/Analog Designer	Low (MATLAB scripting only)
IoT Engineer	Very High (Python, C++)
AI Hardware Engineer	Very High (Python, ML)

As one electrical engineer on Reddit noted: "There's almost no engineering field that isn't helped by knowing basic programming... Is it 100% necessary for every job? Maybe not. Is it extremely useful to have in almost every job? Absolutely".

The Ideal Balance: 70% Core, 30% Coding

For electrical engineering students in 2026, the optimal approach is:

• 60–70% focus on core fundamentals (circuits, power systems, control theory)
• 20–30% on programming (Python, C/C++, MATLAB)
• 10% on applied projects combining both

Start with Python (easiest, most versatile) and C/C++ (essential for embedded systems).

Final Takeaway

No, coding is not more important than core electrical skills—but it's equally essential as a complementary skill. You cannot be a successful electrical engineer without core knowledge, but you cannot compete in 2026 without coding skills either.

The winners are hybrid engineers who master both foundations and programming. As automation and digital tools dominate engineering practices, coding has transitioned from "nice-to-have" to basic literacy in today's digital age.

Bottom line: Build strong core fundamentals first, then layer coding skills on top. This combination opens doors to traditional electrical roles AND high-paying tech careers in AI, IoT, and renewable energy.