• Calibration and energy analyses of retrofit projects including high rise commercial buildings, schools and prison campuses (> 7 million SQFT, Details available on request).

• Energy analyses of new construction projects especially Hospitals and Multifamily, including T-24 compliance, ASHRAE compliance, LEED and Utility rebate modeling (> 2.5 million SQFT, Details available on request).

• Worked on a research project “Building Energy Calibration based on Parameter Estimation and Machine Learning”, funded by DOE.

• Development of spreadsheet/VBA/Python based tools to support analyses at various pre- & post-processing stages of the project.

• Approximate Work Hours Breakup (~8000 hrs modeling, ~1000 hrs coding, ~4000 hrs Analysis and reporting, ~2000 hrs coordination and management)

• Simulation and analyses (using Energy Plus and GenOpt) for design of voluntary ‘Window Labeling Program in India’. The research is published in IBPSA Conference Proceedings.

• Case study for comparison of Radiant Cooling Systems with VAV systems with respect to energy consumption, installation cost and Life Cycle Cost for four climate zones of India, using EnergyPlus as the simulation tool. The research is published in ASHRAE Conference Proceedings.

• Developed an excel based tool to compare the Life Cycle Cost of two design alternatives with respect to envelope characteristics by integrating library of material properties, cost, and pre-simulated energy consumption data of various design combinations from EnergyPlus.

• Contributed to the development of Indian Version of COMFEN tool under US-India CBERD initiative in collaboration with ‘Lawrence Berkeley National Laboratory’.

• Worked on hygrothermal testing of materials and simulation tool ‘WUFI’ at ‘Oak Ridge National Laboratory’ to facilitate establishment of hygrothermal testing facility at CEPT University.

• Developed a ‘Comfort tool’ for representation of comfort conditions based on PMV and Adaptive model.

• Worked as part of Survey team (15 office buildings in 5 cities of India) for subjective thermal comfort assessment, to facilitate development of adaptive comfort model in Indian context.

• Energy simulations for ‘Residential baseline study in India’ (A CEPT and GBPN initiative).

• Comparison of low energy cooling systems like ‘Direct and In-direct Evaporative Cooling’, ‘Radiant Cooling’, ‘Dehumidification System’, ‘Displacement Ventilation’, and ‘UFAD’, using EnergyPlus.

• Developed calibrated models for four existing buildings (using Design Builder and EnergyPlus) to suggest measures for improving energy efficiency.