Zona Sipil: Program Studi Teknik Sipil Universitas Batam

PERAN PELESTARIAN MATERIAL BANGUNAN BERSEJARAH DALAM MENDUKUNG KONSTRUKSI BERKELANJUTAN PADA KAWASAN WISATA BUDAYA DAN RELIGI

2025-08-13T15:45:44+08:00

The preservation of historic building materials plays a strategic role in supporting sustainable development, particularly in the sectors of cultural and religus tourism. The background of this study is the increasing need for tourism development that is not only focuses on economic growth, but also considers social sustainability, enviromental preservation, and the protection of local cultural values that are increasingly marginalized in the modern era.. The main issues examined is how the physical preservation of historic building materials can support the sustainability of tourism areas without eliminating the authentic, historical, and spiritual values of the preserved objects. This study aims to identify and analyze the contribution of material preservation to strenghthening of cultural identity, improving the enviromental quality of tourism sites, and sustaining the local economy based on cultural and religious potential. The method used is a literature study by reviewing various scholarly sources such as academic journouls, articles, research reports, and relevant policy documents. The results of the study show that the preservation of building materials not only maintains the originaliity of form, historical value, and architectural aesthetics, but also supports building energy efficiency through thermal insulation, cross ventilation, and natural lighting. In addition, as well as encourage community participation in cultural conservation. Thus, the preservation of historic building materials is an essential component in the strategy of developing inclusive, sustainable, and locally based cultural and religious tourism.

BAHAN BANGUNAN RAMAH LINGKUNGAN (PENERAPAN MATERIAL KACA DALAM ARSITEKTUR)

2025-08-13T15:51:12+08:00

Glass has been known for thousands of years and is a man made material that is quite old. Extends its use as building material since the 17 century, especially after the second world war. Glass architecture become a trend of buiding designs in the world since 20th century. This material relevant to the existing concepts. Glass is used as an ornament material, window, the building skin materials, and the building structure materials. Glass properties that transparent, simple and clean make this material support the concepts used. This paper describes the use of glass as a building material, either as a ornament, the building skins, the building structures, and the building concepts expecially transparency concept. This paper also present the technical properties of glass as a building material.

TEKNOLOGI TEPAT GUNA, ALTERNATIF MATERIAL KONSTRUKSI HIJAU

2025-08-13T15:53:36+08:00

The demand for environmentally friendly building materials has significantly increased in response to the global pursuit of sustainable development. These materials aim to reduce energy consumption, emissions, and waste generation, thereby contributing to a healthier and more livable planet for future generations.
Technological advancements, driven by the evolution of human thought, have facilitated the emergence of innovative concepts that benefit both humanity and the environment. The implementation of environmentally conscious buildings, often referred to as green construction, is reflected in design practices that have been recognized for their energy efficiency, low emission levels, and waste minimization strategies.
Appropriate technology, in this context, refers to solutions that are economically feasible, socially acceptable, and environmentally sound. These technologies are typically low-cost, require minimal maintenance, and are particularly beneficial for communities with limited financial resources.

INOVASI MATERIAL SEBAGAI SOLUSI KONSTRUKSI HIJAU : STUDI KASUS PEMANFAATAN LIMBAH INDUSTRI SEBAGAI BAHAN BANGUNAN

2025-08-13T15:59:17+08:00

The construction sector contributes significantly to environmental degradation through high consumption of natural resources and emissions. This research examines the role of material innovation in promoting green construction by utilizing industrial waste as alternative building materials. The study applies a qualitative descriptive method based on literature review and case analysis of fly ash, slag, plastic waste, and bottom ash. Findings show that these materials can partially or fully replace conventional ones, improving durability, reducing energy use, and lowering environmental impact. The utilization of industrial waste not only supports environmental sustainability but also contributes to circular economy principles in the construction sector

ANALISA PERBANDINGAN WAKTU DAN BIAYA PADA PEKERJAAN PELAT LANTAI PRACETAK JENIS HALFSLAB DENGAN KONVENSIONAL (Studi Proyek Pembangunan Rusunawa Tanjung Uncang)

2025-07-08T11:35:18+08:00

Adanya tuntutan akan waktu pengerjaan yang lebih cepat yang berdampak langsung terhadap biaya dalam pengerjaan struktur bangunan gedung memunculkan bentuk beton yang sudah jadi (pracetak) dengan mutu yang lebih terjamin dan kemudahan dalam hal pelaksanaan. Ada dua jenis beton pracetak yaitu beton pracetak murni yang tidak memerlukan tambahan beton dalam hal pelaksanaannya (hollow core slab) dan beton pracetak yang masih memerlukan tambahan beton pada waktu pelaksanaan (halfslab). Dalam hal ini, salah satu jenis pelat lantai beton tersebut (halfslab) akan dibandingkan dalam pelaksanaan waktu dan biaya dengan beton konvensional (cor di tempat). hasil analisa perbandingan, menunjukkan bahwa hasil yang didapat waktu yang diperlukan untuk pekerjaan halfslab selama 15-16 hari per lantai dengan biaya Rp. 379.852,14 /m², sedangkan konvensional memerlukan waktu 25-26 hari per lantai dengan biaya Rp. 540.548,00 /m². Analisa diatas memberikan hasil bahwa halfslab mempunyai keunggulan dalam waktu dan biaya dibandingkan konvensional, sehingga cocok untuk proyek yang mempunyai waktu terbatas.