What is the typical turnaround time?

Delivery time depends upon type of project but usually takes 2–5 business days. Rush turnarounds (24–48h) are available for an additional fee — ask when you send your brief.

How many revisions are included?

One revision round. A revision round means one consolidated set of feedback, not multiple back-and-forth exchanges.

What are your payment terms?

50% deposit required to begin work. Remaining 50% due on delivery before final files are released.

What file formats do you deliver?

Firmware: .ino / .cpp source files plus a compiled .bin. Circuit diagrams: PDF plus EasyEDA Gerber files. Documents: DOCX and PDF. Quick-start guides: Markdown and PDF. Custom formats available on request.

Do you work with international clients?

Yes. All communication is in English and I work across time zones.

What information do you need to start?

For firmware: target MCU, sensor list, desired functionality, and any existing code. For documents: your background, target institution/program (for academic work), or product specs (for technical docs).

Preparing for Your Final Year Embedded Systems Project Viva

Preparing for your final year embedded systems project viva requires more than having a working hardware prototype on your desk. External examiners focus their questions on design trade-offs, circuit calculations, edge-case failure modes, and architectural decisions made during development.

1. Master your component selection trade-offs

Examiners frequently ask why you chose a specific chip or module over alternatives. Be prepared to justify:

Why you chose ESP32 over Arduino or Raspberry Pi (e.g., dual-core processing, onboard WiFi/BLE vs compute cost).
Why you selected I2C over SPI or UART for specific sensors (pin economy vs transfer throughput).
How you calculated component values (e.g., pull-up resistor sizing, decoupling capacitor values, transistor base resistors).

2. Preparing for the live hardware demonstration

Hardware demonstrations can fail during presentations due to venue WiFi issues or power instability. Bring a standalone mobile WiFi hotspot with credentials hardcoded into your firmware, and carry spare jumper wires, extra sensor breakout modules, and a calibrated multimeter.

3. Common viva defense questions to practice

Prepare concise, technical answers for standard examiner questions:

"What happens to your firmware if the WiFi network disconnects mid-transaction?"
"How did you prevent power brownouts when the inductive motor or relay engages?"
"What is the total active vs sleep power draw of your system, and how long would it run on a 2000mAh battery?"

For additional context on platform trade-offs, review our guide on Arduino vs Raspberry Pi[cite: 1].

When to get help

If you'd rather have this handled directly, see our Complete Capstone & Viva Packages for scope and turnaround times.