Supervisor: Assistant Professor Elena Gryazina

Abstract: 

Buildings contribute significantly to total energy consumption worldwide, with heating, ventilation, and air conditioning (HVAC) systems alone often accounting for a large fraction of this use. This project proposes a novel framework for enhancing the energy performance of residential and commercial buildings that integrates physics-informed occupancy detection, occupancy-dependent HVAC control, and smart grid interaction to optimize building energy use while maintaining occupant comfort. By combining physics-driven occupancy modeling, advanced control, and energy-market integration, the project aims to contribute robust and scalable solutions to reduce energy consumption of buildings.

Internship duration: from 2 months depending on the intensity of the visit

Internship start date: April 2, 2026 or later, discussed with the candidates

Requirements for the candidate:

Candidate with knowledge of applied mathematics. Experience in electrical engineering or power markets is especially welcome.

Monthly compensation: not available, successful candidates may join research team after internship

Contact person: Elena Gryazina E.Gryazina@skoltech.ru