Dr. Pradeep G Kini
Professor | Joint Director |
CURRENT ACADEMIC ROLE & RESPONSIBILITIES
Joint Director
ACADEMIC QUALIFICATIONS
| Degree | Specialisation | Institute | Year of passing |
|---|---|---|---|
| Ph. D | 必威体育betway888 Academy of Higher Education, 必威体育betway888 | 2018 | |
| MArch | University of Illinois, USA | 2002 | |
| BArch | Mangalore University,Karnataka | 2000 |
Experience
| Institution / Organisation | Designation | Role | Tenure |
|---|---|---|---|
| 必威体育betway888 School of Architecture & Planning | Joint Director | 2023 To Present | |
| 必威体育betway888 School of Architecture & Planning | Associate Director- 必威体育betway888 & Collaboration | 2018 to 2023 |
Exploring energy conservation in office buildings with thermal comfort criterion towards sustainable new developments in warm and humid climate. Energy Procedia.Elsevier Publications. 2017. ISSN 1876-6102
To Investigate the Influence of Building Envelope and Natural Ventilation on Thermal Heat Balance in Office Buildings in Warm and Humid Climate. IOP: Earth and Environmental Science. 2017
Optimal urban microclimatic environment considering clusters of buildings and open spaces in warm and humid climate. 必威体育betway888 Journal of Earth Sciences Engineering. 2011; 05(1) SPL, ISSN 0974-5904
‘Climate optimized fenestration systems for developing nations’ at Massachusetts Institute of Technology, USA in 2014.
Exploring strategies for sustainable site planning of built environment to mitigate the effects of rapid urbanization in warm and humid climate. 必威体育betway888 Journal of Earth Sciences Engineering. 2013; 06(4):697-701
Kini Pradeep G Kamath Kiran Pai AM
Smart campus and sustainable action. 必威体育betway888 必威体育betway888 review. 2015
AREAS OF INTEREST, EXPERTISE AND RESEARCH
Area of Interest
Architectural Design and Construction, Sustainable Design and Construction, Tall Buildings, Interior Design
Area of Expertise
Architectural Design, Interior Design, Tall Buildings, Sustainable Construction
Area of 必威体育betway888
Sustainable Development, Tall Buildings, Architectural Design, Sustainable Cities and Communities, Health Care Design, Interior Design, Hospitality Architecture
Professional Affiliations & Contributions
- Certified ISO Auditor for Quality Management System and Environmental Management System at Faculty of Architecture, MAHE.
- Member of Council of Architecture.
- Member of American Institute of Architects.
- Member of Indian buildings Congress.
- Leadership In Energy and Environmental Design
Work Experience
| Organisation | Role | Tenure |
|---|---|---|
| Steelman Partners, Las Vegas, USA | Project Architect | |
| Jma Architecture, Las Vegas, USA | Project Architect |
Optimal urban microclimatic environment considering clusters of buildings and open spaces in warm and humid climate
2011-01-01
必威体育betway888 Journal of Earth Sciences Engineering, Volume 05(1) SPL, Jan 2011, ISSN 0974-5904.
Exploring energy conservation in office buildings with thermal comfort criterion towards sustainable new developments in warm and humid climate
2017 Sustainable Development, Energy efficiency in buildings Pradeep Kini NK Garg, K Kamath
As a case study, a six storey office building in 必威体育betway888 in Coastal Karnataka, India is documented and simulated for indoor thermal comfort analysis. Various building envelope design strategies are examined in order to improve indoor temperatures and conserve energy towards sustainable new developments in warm and humid climate.
Exploring strategies for sustainable site planning of Built environment to mitigate the effects of rapid urbanization in warm and humid climate
2013 Building energy simulation;?Climatic design;?Environmental sustainable design;?Neighborhood design;?Passive design;?Warm humid climate Pradeep Kini
This paper emphasizes the need for environmental sustainability and climate responsive passive design strategies while designing new building developments to mitigate the negative effects of urbanization.
To Investigate the Influence of Building Envelope and Natural Ventilation on Thermal Heat Balance in Office Buildings in Warm and Humid Climate
2017 Building envelopes;?Commercial building;?Environmental performance Pradeep Kini NK Garg K Kamath
This paper investigates the overall heat gain through building envelope components and natural ventilation in warm and humid climate region through experimental and simulation methods towards improved thermal environmental performance.?
Optimization based feasibility study for filler slabs as a response towards the ECBC roof compliance with respect to thermal transmittance for five climatic zones of India
2020 energy conservation;?filler material;?insulation;?optimization;?u value RR Acharya, P Kishore, M Raghuprem Pradeep Kini S Shetty
This optimization model produces the optimum choice for filler material in different cases based upon the variables and associated constraints. In the cases where the solution cannot be derived, it is deduced that filler slabs alone are not feasible to be used as a solution for the ECBC compliance.
Energy Conservation Building Code (ECBC) based optimum wall composition with respect to thermal transmittance and thickness for different commercial pockets of Tier-1 city in temperate climatic zone of India
2020 ECBC;?evolutionary optimization;?external wall;?selling price S Shetty P Kishore Pradeep Kini RR Acharya Anupam Raj
The various wall compositions achieved, as the result of an evolutionary optimization is made compliant with ECBC 2017 standards to obtain the best possible optimized external wall solution. The increase in the percentage of carpet area/ sellable area as a result of optimization of the external wall was used to calculate the percentage increase in the profit per square metre area of construction. As a final result of the optimization, the selling price of the commercial building is maximized.?
Optimization based feasibility analysis for Energy Conservation Building Code compliance of opaque wall assemblies in different climatic zones of India
2020 Building;?Climate;?Code;?Conservation;?Energy;?Sustainable Pranav Kishore Pradeep Kini Anupam Raj
This research uses the evolutionary optimization model for the feasibility analysis of ECBC and incremental ECBC code compliance, in various climatic zones of India towards wider acceptability by the building industry with respect to the thermal transmittance of opaque wall assemblies in building envelope for different typologies of commercial buildings using the available materials in the Indian context / market.
Importance of Developing Guidelines for Built Environment of Anganwadis and Its Influence Towards Meeting Sustainable Development Goals
Anganwadi;?Building energy simulation;?Environmental sustainability;?Sustainable development goals;?Warm and humid climate Pradeep G Kini Kala Choyimanikandiyil P Sri Charan Hatem Mahmoud Osman
Sustainability in the Built Environment in the 21st Century: Lessons Learned from India and the Region
Sustainable Communities and Integrated Design Approach towards Development of Smart Cities
2016 Pradeep Kini
Indian economy is currently the third largest in the world in terms of purchasing power parity (PPP) and this is projected to grow further in the next two decades with ongoing urbanization and infrastructure development. Cities play an important and critical role in the development of the nation. The design and construction industry has started to embrace an ecologically friendly approach to architectural design since the last decade with considerable work on individual green buildings in urban areas
Assessment of Building Integrated Photovoltaic Panels on Facades of Commercial Buildings with Respect to Energy Conservation Building Code.
2021 BIPV Panels, Performance Analysis, Energy Production, Optimal Tilt Angle, Design Builder, Payback Period, BIPV Integration Style. Achinta N Shetty Pradeep G Kini Pranav Kishore Vipin Tandon
https://www.insticc.org/node/TechnicalProgram/smartgreens/2021/presentationDetails/104385
aims at studying various approaches to further enhance the energy production of the modelled building after attaining the ECBC minimum requirement. PVGIS system is used to assess parameters such as PV technology used, integration of the panels, system loss, year to year variability, tilt angles of the panels. Further, shadow analysis of the optimal angle to maximize energy production is analysed. A comparative study between the modelled building and the PVGIS system on the panel cost and payback period is conducted. Based on the optimum tilt and azimuth angles, shadow analysis and daylighting analysis is carried out. The paper provides an understanding of the optimal integration style of the BIPV panels on the building facade.
Energy Saving Potential in Building Envelopes through Energy Conservation Building Code and Design Alternatives in Warm and Humid Climate.
2021 Energy Conservation Building Code, Building Envelope, Climate Change, Warm & Humid Climate, Thermal Comfort, Building Energy Simulation, Sustainable Development Anuthama Mahesh1 Pradeep Kini Pranav Kishore
https://www.scitepress.org/Papers/2021/104339/104339.pdf
The implementation of ECBC prescriptive requirements is found to reduce energy consumption by 15.86% in the baseline case. Further implementation of Design Alternatives (DA) in the building envelope achieved a reduction in overall annual energy consumption by 32.31%.
The coming digital revolution in building design, construction and operations
2019 Pradeep Kini Ajit Rao
https://www.constructionopportunities.in/IssueDetailPage?IssueMenuMasterId=20350&ParentMenuId=20350
The coming digital revolution in building design, construction and operations
Inside business
2008-14-04
Las Vegas Review Journal, 14 April 2008. <a href="http://www.reviewjournal.com/business/inside-business-252">Inside business</a>
Judges choice award for 必威体育betway888 University faculty at international contest
15-Nov-2014
https://timesofindia.indiatimes.com/city/mangaluru/Judges-choice-award-for-必威体育betway888-University-faculty-at-international-contest/articleshow/45158053.cms
Reducing the global carbon footprints: Griha Summit New Delhi
12-Jul-2019
https://www.grihaindia.org/grihasummit/11th-grihasummit/speakers.php
Is Mangalore’s Growth Sustainable? Stake Holders Debate at meeting organized by FOA, MAHE
?Jan 05, 2018
http://www.mangaloretoday.com/mainnewsprint/Is-Mangalore-s-Growth-Sustainable-Stake-Holders-Debate-at-meeting-organized-by-FOA-MAHE.html