Foundation First, Then Complexity | Career Advice for Students

Why Strong Foundations Matter More Than Students Think

During our interview with senior aerospace engineer Baktash Hamzehloo, one theme kept coming back throughout the conversation:

You cannot understand complex things without strong fundamentals first.

Today, many students want to move fast.

They want:

• Advanced projects
• Real-world experience immediately
• AI tools
• Startups
• High-level concepts

And while ambition is important, Baktash explained that skipping the basics creates major problems later.

Because in technical industries—and honestly in most careers—complexity is built on top of foundations.

Why Students Rush the Process

A common mistake students make is believing fundamentals are "boring" or unnecessary.

Many people want:

• Shortcuts
• Fast success
• Immediate specialization

But according to Baktash, foundational learning is what allows students to:

• Understand harder concepts later
• Learn independently
• Adapt to new technologies
• Solve unfamiliar problems

Without that base, students often become dependent on memorization instead of true understanding.

And eventually, that catches up to them.

The Aerospace Example

Aerospace engineering is one of the clearest examples of this idea.

Students may want to work on:

• Autonomous drones
• AI systems
• Aircraft controls
• Advanced propulsion systems

But before reaching that level, they first need:

• Physics
• Mathematics
• Mechanics
• Problem-solving frameworks

As Baktash explained during the interview, university gives students the structure needed to approach increasingly difficult concepts over time.

Skipping that process makes everything harder later.

Real-World Scenario

Imagine two students entering the same internship.

Student A

• Learned tools quickly through shortcuts
• Memorized workflows
• Avoided foundational concepts

Student B

• Took time to understand the fundamentals
• Asked deeper questions
• Built a strong technical base

At first, Student A may seem faster.

But when unexpected problems appear—which always happens in real jobs—Student B usually adapts better because they understand why things work, not just how to repeat them.

That's the difference between surface-level knowledge and long-term capability.

Where This Applies Outside Engineering

This advice is not only for aerospace or technical students.

The same principle applies in:

• Business
• Marketing
• Finance
• Programming
• Design
• Content creation

For example:

• A marketer who understands psychology performs better long-term than someone only copying trends
• A programmer who understands logic adapts faster than someone only memorizing code snippets
• A business student who understands systems can solve bigger problems later

The industries change.

The principle stays the same.

What Students Should Focus On Instead

Baktash's advice was not about slowing down ambition.

It was about building correctly.

Students should focus on:

• Understanding concepts deeply
• Asking questions
• Connecting theory to application
• Becoming adaptable learners
• Strengthening weak fundamentals early

Because once the foundation is strong, complexity becomes much easier to handle.

The Bigger Lesson

A lot of students think success comes from moving faster than everyone else.

But in reality, sustainable success usually comes from building stronger than everyone else.

And according to Baktash, that process starts with mastering the fundamentals before chasing complexity.

Credit & Interview Source

This article is based on insights shared during our interview with Baktash Hamzehloo, where he discussed engineering education, hiring, student development, and the long-term importance of strong academic and professional foundations.