About Us

The idea for tegar.fmipaum.ac.id didn’t emerge overnight. It grew organically from discussions within the faculty corridors, among researchers and students passionate about applying their scientific knowledge to real-world problems and everyday environments. Members of FMIPA UM, working across diverse scientific disciplines, recognized the profound impact that well-designed and intelligently managed home exteriors have on individual well-being, community aesthetics, and environmental sustainability.

A biologist might ponder the role of native plants in supporting local biodiversity in urban gardens. A physicist could analyze the thermal properties of roofing materials or the optimal angles for solar panel integration on exterior structures. A chemist might investigate the composition of soils crucial for healthy plant growth or the durability of exterior paints under tropical sun and rain. A mathematician could explore fractal patterns in natural landscapes or the geometrical layouts of patios and walkways. These seemingly disparate threads of scientific inquiry found common ground in their potential application to the Home Exterior domain.

Thus, tegar.fmipaum.ac.id was conceived not as a commercial venture, but as a knowledge hub – a space to collect, synthesize, and share these scientific perspectives on home exteriors. It represents an academic initiative to bring scientific rigor to an area often dominated by aesthetic trends or conventional practices. Our genesis is rooted in the belief that informed choices, guided by scientific understanding, lead to more beautiful, more functional, more sustainable, and ultimately, more valuable exterior spaces. It is an extension of FMIPA UM’s commitment to not only advancing fundamental knowledge but also applying it for the benefit of society and the environment.

Our Mission: To Inform, Innovate, and Inspire

Our mission at tegar.fmipaum.ac.id is multifaceted, reflecting our academic origins and our passion for Home Exterior:

To Inform: To serve as a reliable source of scientifically grounded information on all aspects of Home Exterior. We aim to translate complex scientific concepts into accessible, practical advice for homeowners, designers, students, and enthusiasts. This includes explaining the why behind best practices in landscaping, material selection, sustainability measures, and design principles. We strive to provide clarity in a sometimes overwhelming information landscape.
To Innovate: To explore new perspectives and innovative approaches to Home Exterior design and management, drawing from cutting-edge research and emerging technologies. This involves looking at things like smart irrigation systems (leveraging technology), advanced material science for durability, ecological design principles adapted for residential settings, and the application of data analysis to understand trends and performance. Innovation, for us, means constantly seeking better, more effective, and more sustainable ways to create and maintain exterior spaces.
To Inspire: To ignite passion and creativity in our audience by showcasing the potential of Home Exterior spaces. We want to demonstrate how applying scientific understanding and thoughtful design can transform mundane areas into vibrant, functional, and aesthetically pleasing extensions of the home. We aim to inspire readers to see their own exterior spaces as opportunities for enhancement, sustainability, and personal expression.

This mission is underpinned by our commitment to academic integrity, environmental stewardship, and the pursuit of excellence in applying knowledge to practical outcomes.

Our Vision: A Future Rooted in Science and Harmony

Our vision for tegar.fmipaum.ac.id is to become a recognized and trusted platform where the nexus of science, design, and sustainability in Home Exterior is explored and promoted. We envision a future where decisions about landscaping, materials, lighting, and structure are increasingly informed by scientific understanding, leading to exterior spaces that are not only visually appealing but also environmentally sound, functionally superior, and resilient against future challenges.

We aspire to foster a community – both within academia and extending to the public – that appreciates the intrinsic link between the health of our immediate outdoor environments and the broader ecological system. We see a future where sustainable practices in Home Exterior are not just an option but a standard, driven by informed choices.

Ultimately, our vision is to contribute to creating homes and communities where the exterior spaces are vibrant, sustainable, and harmonious extensions of life, enhancing well-being and living in balance with the natural world. We aim to be at the forefront of disseminating knowledge that makes this vision a reality, one garden, one patio, one facade at a time.

Our Foundational Values: Guiding Principles

The principles that guide our work at tegar.fmipaum.ac.id are deeply embedded in the values of academic pursuit and responsible stewardship. These values shape the content we create, the research we highlight, and the way we interact with our audience:

Scientific Rigor: We are committed to basing our information on sound scientific principles and evidence-based research. We prioritize accuracy, critical thinking, and a thorough understanding of the underlying science behind Home Exterior practices.
Sustainability: Environmental responsibility is at the core of our focus on Home Exterior. We advocate for practices that conserve resources, minimize waste, support biodiversity, and contribute positively to the local ecosystem, from water conservation in landscaping to choosing sustainable building materials.
Innovation & Exploration: We encourage exploration of new ideas, research frontiers, and innovative solutions in Home Exterior design and management. We believe in pushing the boundaries of conventional thinking by applying scientific creativity.
Education & Accessibility: We are dedicated to making complex scientific information understandable and accessible to a broad audience. Our goal is to empower readers with the knowledge they need to make informed decisions about their own Home Exterior projects.
Integration of Science and Design: We firmly believe that the most successful Home Exterior spaces are those where scientific understanding and aesthetic design principles are seamlessly integrated. We explore how physics informs lighting, how biology guides plant selection, and how mathematics underlies harmonious design.
Community & Collaboration: While starting as an internal initiative, we value the broader community of learners, practitioners, and researchers. We seek to foster discussion and the sharing of knowledge, seeing Home Exterior as a collaborative endeavor.
Integrity: All our content and interactions are based on principles of honesty, transparency, and academic integrity. We aim to build trust with our audience by providing reliable and unbiased information.

These values are the compass that directs our efforts and ensures that tegar.fmipaum.ac.id remains true to its origin and purpose.

What We Do: Exploring the Breadth of Home Exterior

The realm of Home Exterior is vast and interconnected. At tegar.fmipaum.ac.id, we explore this realm through various lenses, always bringing our unique blend of scientific inquiry and design sensibility to the forefront. Our activities and content production cover, but are not limited to, the following areas:

Sustainable Landscaping & Horticulture: Delving into the science of soil health, plant pathology, plant selection based on climate suitability, water conservation (including rainwater harvesting and efficient irrigation), encouraging native plant use, and fostering biodiversity within residential landscapes. We discuss how biological and ecological principles inform the creation of thriving, low-maintenance, and environmentally friendly gardens.
Hardscaping & Materials Science: Analyzing the properties of various materials used in patios, walkways, retaining walls, and other structures – stone, concrete, wood, pavers, composite materials. We look at durability, permeability, thermal properties, aesthetic integration, and the science behind proper installation for longevity and functionality. This involves aspects of physics and material science.
Outdoor Lighting: Exploring the physics of light – intensity, color temperature, beam spread – and applying this knowledge to create effective, atmospheric, and energy-efficient outdoor lighting schemes. We discuss different types of fixtures, placement strategies, controls, and the impact of light pollution, often linking to principles of physics and electrical engineering.
Exterior Structures: From pergolas and decks to fences and sheds, we touch upon the structural principles, material considerations, and design integration required for safe, durable, and aesthetically pleasing outdoor structures. While not focusing on detailed engineering blueprints, we discuss the scientific considerations (e.g., wood treatment against decay, load bearing basics) that inform their design and longevity.
Facades & Building Envelope: Although focusing primarily on the ‘exterior living’ aspect, we also touch on the interface between the home’s structure and the outdoors. This includes aspects like roofing materials (thermal properties, drainage), exterior paints and finishes (chemistry of durability, color resilience), and window systems (insulation, solar gain) insofar as they interact with or define the exterior space.
Water Management: A critical scientific component of Home Exterior, especially in varied climates. We discuss drainage solutions (applying hydrological principles), managing runoff, the importance of permeable surfaces, and strategies for drought tolerance and water conservation in landscapes.
Aesthetics & Design Principles: While science-focused, we deeply explore how scientific principles intersect with aesthetic design. This includes the mathematics of proportion and scale, the physics of light and shadow in creating mood, the biological principles of plant forms and textures, and the psychological impact of space design on human well-being. We discuss how to integrate beauty and functionality based on informed choices.
DIY Science for Home Exterior: Empowering homeowners with scientific knowledge to undertake their own projects safely and effectively. This could involve understanding soil pH for gardening, calculating material needs (basic math), calibrating irrigation systems, or understanding the properties of adhesives and sealants.
Emerging Trends & Technologies: Keeping an eye on the future, we explore how new technologies (e.g., smart sensors for soil moisture, robotic mowers, advanced composite materials) and emerging scientific understanding (e.g., urban ecology, climate adaptation techniques) are shaping the future of Home Exterior.

Through articles, guides, explorations of concepts, and potentially highlighting relevant research or projects from FMIPA UM (presented accessibly), tegar.fmipaum.ac.id serves as a comprehensive resource for understanding and improving Home Exterior spaces from a uniquely informed perspective.

Our Approach: Science Meets Sensibility

Our approach at tegar.fmipaum.ac.id is defined by a few core characteristics:

Science-led yet Accessible: We lead with scientific understanding but ensure the information is presented in a clear, engaging, and easy-to-understand manner, avoiding excessive jargon where possible, or explaining it clearly when necessary.
Integrative: We look at Home Exterior holistically, recognizing that elements like plant selection, hardscaping materials, and lighting design are interconnected and influenced by underlying scientific principles.
Evidence-Based: Our recommendations and insights are grounded in research, established scientific principles, and proven practices, rather than fleeting trends or unfounded claims.
Problem-Solving Oriented: We aim to provide solutions to common Home Exterior challenges – poor drainage, unhealthy plants, inefficient lighting, unsustainable practices – by explaining the scientific reasons behind the problems and offering effective, scientifically sound remedies.
Sustainability-Focused: Sustainability is not just a topic we cover; it’s integrated into our discussion of every aspect of Home Exterior. We consistently highlight environmentally responsible choices and practices.
Educational: Every piece of content is designed with an educational purpose – to explain why things work (or don’t work) in the Home Exterior environment.

This approach distinguishes us from purely design-focused or commercially driven Home Exterior sites. We offer a deeper dive into the foundational principles that make exterior spaces not just look good, but function effectively, last longer, and contribute positively to the environment.

The Importance of Home Exterior: More Than Just Curb Appeal

Why dedicate a platform rooted in science to Home Exterior? Because these spaces are far more important than commonly perceived. They are:

Extensions of Living Space: A well-designed patio, deck, or garden expands the usable area of a home, providing spaces for relaxation, entertainment, and connection with nature.
Environmental Microcosms: Residential landscapes, collectively, form significant green infrastructure. Their design and maintenance impact local biodiversity, water cycles, air quality, and even local temperatures (e.g., through the heat island effect). Understanding the science here is crucial for positive impact.
Contributors to Well-being: Studies show that access to green spaces and appealing surroundings improves mental health, reduces stress, and encourages physical activity. A pleasant home exterior contributes significantly to this.
Economic Assets: Thoughtful Home Exterior improvements, guided by durable materials and effective design, can significantly increase property value and appeal.
Statements of Sustainability: Choices made in Home Exterior – from water use to material sourcing – reflect a homeowner’s environmental values and contribute to broader ecological goals.
Interfaces with the Built Environment: The exterior is the critical boundary between private living space and the public realm. Its design influences neighborhood character and community interaction.

By applying scientific understanding to these spaces, we unlock their full potential – making them more functional, more beautiful, more sustainable, and more beneficial to both the inhabitants and the environment.

The Collective Behind tegar.fmipaum.ac.id (Conceptual)

While tegar.fmipaum.ac.id is not a traditional company with a fixed ‘team’ roster displayed online, it is powered by a collective of minds within FMIPA UM. This includes:

Faculty Advisors: Experienced professors and researchers from relevant disciplines (Biology, Chemistry, Physics, Mathematics, Environmental Science, Geography, etc.) who provide guidance, expertise, and connect the platform to ongoing academic work.
Researchers: Those actively engaged in studies whose findings are relevant to Home Exterior – perhaps researching plant resilience, material degradation, water management techniques, or microclimate analysis.
Students: Undergraduate and postgraduate students whose projects, research papers, and enthusiasm contribute fresh perspectives and energy to exploring the niche. This platform may serve as a space for students to synthesize and share their learning.
Collaborators: Potentially, connections with other faculties (e.g., Engineering, Architecture, Agriculture if applicable at UM), or external experts whose knowledge aligns with the platform’s mission.

It is the combined intellectual power, diverse backgrounds, and shared passion for applying science to the built and natural environment that forms the backbone of tegar.fmipaum.ac.id. The content on this site is the manifestation of this collective pursuit of knowledge.

Looking Ahead: Growth and Deeper Exploration

The future of tegar.fmipaum.ac.id is an exciting prospect. We aim to continuously expand the depth and breadth of our content, exploring more specific scientific applications within the Home Exterior niche. This could involve:

Deeper dives into niche topics like specific plant groups and their scientific requirements, advanced material properties for extreme climates, or the biomechanics of tree support systems.
Developing accessible guides based on scientific principles – for example, a guide to understanding soil test results or calculating rainwater harvesting potential for a specific roof area.
Highlighting relevant research outcomes from FMIPA UM (or other credible sources) and explaining their practical implications for homeowners and designers.
Potentially developing interactive tools (like calculators for water runoff or sunlight angles, based on physics and math) if resources allow.
Exploring the historical and cultural context of Home Exterior design, linking it back to resource availability and scientific understanding of past eras.
Addressing regional specificities in Home Exterior challenges and solutions, particularly relevant to the Indonesian context, using scientific principles to inform local practices.

Our growth will be guided by our mission to inform, innovate, and inspire, always maintaining our commitment to scientific rigor and sustainability. We see tegar.fmipaum.ac.id evolving into a primary reference point for anyone seeking a deeper, more informed understanding of Home Exterior spaces.

Connect With Us

We are enthusiastic about sharing our knowledge and insights into the science and art of Home Exterior. We invite you to explore the articles, guides, and discussions on tegar.fmipaum.ac.id. Whether you are a homeowner looking to improve your property, a student seeking to apply scientific principles, a designer interested in sustainable practices, or simply curious about what lies beyond your threshold, we hope you find valuable information and inspiration here.

For inquiries, collaborations, or just to connect with the entity behind tegar.fmipaum.ac.id, please feel free to reach out to us via email at:

[email protected]