ARCHITECTURE PORTFOLIO
DEA AULIA WANDARI
CURRICULUM PROFILE
Name : Dea Aulia Wandari, S.T
Birthday : August, 23rd 1998
Nationality : Indonesia
Born : Bekasi, Indonesia
EDUCATION
ELEMENTARY SCHOOL
2004 - 2010
SDN Bojong Rawa Lumbu IV
JUNIOR HIGH SCHOOL
2010 - 2013
SMP Negeri 41 Bekasi
SENIOR HIGH SCHOOL
2013 - 2016
SMA Negeri 8 Bekasi
UNIVERSITY
2016 - 2020
Bina Nusantara University
ARCHITECTURE BACHELOR
HONOR & AWARDS
1st Winner of Binus Festival as an award for Creative Ideas for making supporting products for students / professional architects in manual tree plan drawing using the "tree plan ruler". - 2017
Award as an organizer of the international seminar & talk show Architecture Grand Festival 2018: "Architecture for People". - 2018
Award as a Presenter in The 4rd International Conference on Eco Engineering Development (ICEED), “Eco Engineering, Technology, Planning and Design for Sustainable Living and Environment.” - 2020
ARCHITECT
Freelance 2018 - now
ARCHITECT & DRAFTER
PT. Enco Tehnik Indonesia October 2021 - now
PROJECT ADMIN
PT. Pramesta Baja Utama October 2020 - March 2021
ASSISTANT ARCHITECT SUPPORT
Internship at Megatika Grahalestari Internasional Aug - Dec 2019
ASSISTANT ARCHITECT SUPPORT
Internship at Budi Pradono Architects Studio 2019
CONTACT
+6281906799946
deaauliawdr@gmail.com
Jl. Kemuning Raya, Bekasi Timur
Energy savings can be done in various ways, one of them is by utilizing renewable energy in urban areas, the sun and the wind is 2 energies that can be utilized considering the sun in urban areas usually will feel very hot while the wind in the the city can felt in many tall buildings in urban areas.
Alternative energy is becoming a trend amidst sustainable issues development because the installation is not difficult, one of them is using solar panels
In the design of this office, solar panels will be used as energy efficiency electricity considering the use of electricity for air conditioning in buildings office is the biggest. So, the sun doesn t only cause a negative effect in the form of heat that makes
Today s buildings require air conditioning, but also provide an advantage by using it to be electrical energy that can be used as efficiency on use of building electricity mainly for use air conditioner
MERANCANG GEDUNG KANTOR
YANG TANGGAP
AKAN SURROUNDING CONTEXT
MERANCANG GEDUNG DENGAN MEMPERTIMBANGKAN SUSTAINABLE ASPIRATION
(SDG’S) TERUTAMA PENGGUNAAN ENERGI ALTERNATIF
MERANCANG GEDUNG DENGAN MEMAKSIMALKAN
ENERGI LISTRIK MANDIRI
PERSENTASE PERBANDINGAN ENERGI YANG DIHASILKAN SOLAR PANEL TERHADAP KEBUTUHAN PENDINGIN RUANGAN (BTU)
Berdasarkan perhitungan kebutuhan AC (BTU) bangunan perancangan pada analisa, dihasilkan total daya konsumsi AC per tahun adalah sebesar 1,061,130,163.43 watt/tahun. Sedangkan berdasarkan perhitungan energi yang dihasilkan solar panel yang diaplikasikan pada bangunan perancangan, dihasilkan total daya sebesar 4563,258,875 watt/tahun. Sehingga :
563,258,875
1,061,130,163.43 X 100 = 53,08%
Dari perhitungan diatas didapatkan presentase sebesar 53.08% energi listrik yang dapat menutupi kebutuhan listrik pendingin ruangan (AC) sebagai upaya efisiensi energi listrik terhadap penggunaan pendingin ruangan.
Facilities
Site Plan
Office 1st Floor
Office Typical Floor
Solar Panel
