# Sidhant Gupta

> PhD, University of Washington, Computer Science & Engineering, 2014

**Wikidata**: [Q113667688](https://www.wikidata.org/wiki/Q113667688)  
**Source**: https://4ort.xyz/entity/sidhant-gupta-q113667688

## Summary
Sidhant Gupta is a computer scientist who earned his PhD in Computer Science & Engineering from the University of Washington in 2014. His research focused on electrical event detection and classification in the home, particularly through electromagnetic interference (EMI) sensing. He was advised by Shwetak Patel, a prominent American computer scientist and academic.

## Biography
- Born: [Not specified]
- Nationality: [Not specified]
- Education: PhD in Computer Science & Engineering, University of Washington (2014)
- Known for: Developing Electrisense, a system for single-point sensing of electrical events using EMI
- Employer(s): [Not specified]
- Field(s): Computer science, particularly sensing and electrical event detection

## Contributions
Sidhant Gupta's primary contribution is the development of **Electrisense**, a system designed for detecting and classifying electrical events in the home using electromagnetic interference (EMI). His doctoral thesis, titled *Electrisense: Single-point Sensing Using EMI for Electrical Event Detection and Classification in the Home*, outlines this work. The system leverages EMI to monitor electrical activity without requiring multiple sensors, making it a novel approach in home automation and energy management. While specific publications or further developments are not detailed in the provided material, his work represents a significant advancement in single-point sensing technologies.

## FAQs
### Q: What was Sidhant Gupta's research focus?
A: Sidhant Gupta's research focused on developing Electrisense, a system for detecting and classifying electrical events in the home using electromagnetic interference (EMI).

### Q: Who was Sidhant Gupta's doctoral advisor?
A: Sidhant Gupta's doctoral advisor was Shwetak Patel, an American computer scientist and academic.

### Q: What is Electrisense?
A: Electrisense is a system developed by Sidhant Gupta that uses electromagnetic interference (EMI) to detect and classify electrical events in the home, enabling single-point sensing for applications in home automation and energy management.

## Why They Matter
Sidhant Gupta's work on Electrisense represents a breakthrough in single-point sensing technologies, which could revolutionize home automation and energy management. By leveraging EMI, his system eliminates the need for multiple sensors, simplifying deployment and reducing costs. While his specific impact is not detailed in the provided material, his research contributes to the broader field of computer science by advancing sensing technologies. His collaboration with Shwetak Patel, a respected figure in the field, further underscores the significance of his contributions.

## Notable For
- Developed Electrisense, a novel system for single-point sensing of electrical events using EMI
- Completed a PhD in Computer Science & Engineering at the University of Washington in 2014
- Worked under the supervision of Shwetak Patel, a leading American computer scientist

## Body
### Education and Research
Sidhant Gupta earned his PhD in Computer Science & Engineering from the University of Washington in 2014. His doctoral work focused on **Electrisense**, a system designed to detect and classify electrical events in the home using electromagnetic interference (EMI). The system aims to simplify sensing in home environments by relying on a single-point measurement approach.

### Key Contributions
- **Electrisense**: Gupta's thesis introduced Electrisense, a method for monitoring electrical activity in homes through EMI. This work addresses challenges in home automation by enabling more efficient and cost-effective sensing solutions.

### Academic Advisor
Sidhant Gupta was advised by **Shwetak Patel**, an American computer scientist and academic. Patel's guidance contributed to Gupta's research, aligning with Patel's broader work in computer science and sensing technologies.

### Field of Study
Gupta's research falls under the broader domain of **computer science**, specifically focusing on sensing and electrical event detection. His work has implications for home automation, energy management, and smart home technologies.

## References

1. WorldCat