Exam Format & Domains

Learning Goals 5 min

The Arduino Certification Exam tests your Level 1–4 knowledge in a structured format. Before sample questions, you need to know the exam's shape: 36 questions, 75 minutes, 8 knowledge domains, pass mark 60%. By the end of this lesson you will:

1. Describe the exam logistics: format, duration, pass mark, retake policy.
2. List the 8 knowledge domains with their approximate question weights.
3. Know which Level (1, 2, 3, 4) covered each domain's main material.

Warm-Up 10 min

Today is reading + planning. No build.

What the exam is

The Arduino Certification (Fundamentals level) is a proctored online exam offered by Arduino. Pass it = you get a digital badge + certificate. Useful for college applications, internships, and as a milestone.

Quick facts

New Concept · The 8 domains 25 min

Domain breakdown

Total = 100%. Question counts ≈ percentages × 36. Domain 1 has ~3–4 questions; Domain 5 / 6 / 7 each ~5–6.

What kind of questions

4-option multiple choice. Themes:

• Pick the correct value (resistor calculation, voltage divider).
• Identify a symbol (resistor, capacitor, diode, transistor).
• Predict program output (trace a small sketch).
• Choose the right function / library / pin (PWM-capable? interrupt-capable?).
• Decode a binary / hex / bit-shift operation.
• Identify a wiring fault (which connection is wrong).

NO essays. NO live coding. Just multiple choice. Stay efficient — ~125 seconds per question.

Study strategy (5 days before exam)

Common pitfalls

• Spending 5 minutes on one question. Cap at 2.5 min; flag + return later.
• Over-thinking. The exam tests fundamentals, not edge cases.
• Failing to read all 4 options before picking. Multiple plausible answers; one is "most correct".
• Ignoring negative wording. "Which is NOT a valid...". Read carefully.

Worked Example · Practice question pattern 20 min

Sample 1 (Domain 1)

An LED has a forward voltage of 2 V and you want 15 mA through it from a 5 V source. What resistor?

1. 50 Ω
2. 100 Ω
3. 200 Ω
4. 330 Ω

Sample 2 (Domain 5 / 7)

int n = 0;
for (int i = 1; i <= 4; i++) {
  if (i % 2 == 0) n += i;
}
Serial.println(n);

What is printed?

1. 2
2. 4
3. 6
4. 10

Sample 3 (Domain 6)

On an Arduino UNO, which pin is NOT capable of analogWrite?

1. 3
2. 5
3. 7
4. 9

Sample 4 (Domain 8)

Which board has the most flash memory?

1. UNO R3
2. Nano 33 BLE
3. Mega 2560
4. Pro Mini

Try It Yourself · Self-assessment 15 min

For each of the 8 domains, rate your confidence (1–5). Mark them in your notebook:

• Domain 1 — Electricity
• Domain 2 — Schematics & Datasheets
• Domain 3 — Components
• Domain 4 — IDE & Boards
• Domain 5 — Programming Syntax
• Domain 6 — Inputs / Outputs / PWM
• Domain 7 — Programming Logic & Algorithms
• Domain 8 — Frameworks & Boards

Anywhere you scored ≤ 3, that's your priority for revision. Tomorrow we walk through domains 1-4 in depth.

Mini-Challenge · Build a personal study plan 10 min

1. List the 8 domains.
2. Rate confidence 1-5.
3. For each ≤ 3 domain, list 2-3 lessons to re-read or projects to redo.
4. Allocate 30 minutes per weak domain over the next week.
5. Stick to the schedule.

Recap 5 min

36 questions, 75 minutes, 8 domains. Multiple choice. Pass at ~60%. The L1–L4 lessons together cover everything; targeted revision per domain. Tomorrow we drill domains 1-4 with sample questions.

Arduino Certification

Official credential offered by Arduino. Tests fundamental knowledge across 8 domains.

Domain

One of 8 knowledge areas tested. Weights add to 100%.

Multiple choice

4 options, pick 1. No partial credit; no penalty for guessing.

Proctored

Monitored exam — webcam + screen share. Make sure you have a stable setup.

Flag question

UI feature to mark a question for revisit. Use generously — gets you through the exam without getting stuck.

Retake policy

The number of allowed re-attempts and the cooldown between them.

Homework 5 min

1. Self-assess on all 8 domains. Note weak ones.
2. Plan your week-before-exam revision.
3. Read ahead to ARD-L04-46 (Domains 1-4 Walkthrough).