architectural thesis on industry

Architectural Thesis :20 Thesis topics related to Industrial architecture

Since the industrial revolution, the growth of factories and mass manufacturing ushered in a modern age in industrial architecture. Industrial architecture is difficult to master since it necessitates a detailed knowledge of industrial processes to construct effectively. Sustainable architecture principles must therefore be understood and incorporated into the building’s overall design. So here are 20 architectural thesis topics related to industrial architecture that can make a difference in your architectural perspective.

1. Is Deconstructive Architecture Helpful? | Industrial Architecture

We’ve seen how deconstructivism has developed into an architectural style that is based solely on a new method of architecture and techniques. Are these genuinely useful for architectural solutions rather than merely cosmetic reasons?

2. How Did Brutalism And Contemporary Architectures Lead The World To Be?

We know that these architectural styles developed during the industrialization era, but how did they want us to live? These architectural styles are accompanied by others.

3. What Are The Current Trends In Parametric Architecture? | Industrial Architecture

This style of architecture, which is the most common, has taken architectural visualization to a new level by using new materials, techniques, and other innovations . What will this development lead to, and how will it affect or incorporate future living?

4. How Will Traditional Manufacturing Structures Be Made More Environmentally Sustainable And Energy-Efficient?

Environmental friendliness can be accomplished by the use of environmentally sustainable construction materials, which can help to regulate temperature to some degree. Materials, along with climate-sensitive architecture, play an important role in achieving energy efficiency . In the case of commercial facilities, green energy sources could be used to produce electricity, as well as waste management plants.

5. The Evolution Of Industrial Architecture 

An examination of the different types of industrial structures that have existed over time and how they have influenced the economy and our society.

6. Detailed Analysis On The Dockland Building, Hamburg, Germany

The Dockland office block, which stands at one end of Edgar-Engelhard-Kai, a street quay between the Norderelbe, the northern arm of the Elbe River, and the Fischereihafen, the fishing trade harbor, acts as a gateway to the city of Hamburg . The ‘bow’ of this ship-like structure juts out freely for 40 meters, providing a dramatic contrast to the adjacent ferry terminals ‘stern.’ 

An examination of the different features of the Dockland Building that distinguish it from other industrial structures.

7. What Role Does Industrial Architecture Play In Promoting A Safe Environment?

Understanding the effect of companies on the world and how architecture can improve it is the goal of this study.

8. Method To Design Kinetic Planar Surfaces with Mathematical Tessellation Techniques | Industrial Architecture

The need for adaptation arose as a result of the dramatic shift of practices in urban society in the twentieth century and was a necessary precondition for the rise of the principle of motion or kinetic in architecture. Kinetic architecture is a divisive interdisciplinary discipline that incorporates architecture and mechanisms analysis.

9. Bio-Inspired Design Of A Kinetic Node For Adaptive Structure  

Architectural planning should no longer be limited to today’s needs, but should instead understand the building environment ‘s life cycle and future requirements. The design process should take into account adapting to changing circumstances, which may include improvements in building use, environmental considerations, or even sociological demands.

10. Waterfront Development Beach Convention and Exhibition Center | Industrial Architecture

The Waterfront is more than just a neighborhood; it’s a blank canvas for immersive encounters and creative possibilities. Valorization of waterfronts for economic growth of water settlements, Moretti M. (2000), International 6. 

This project would be interesting to those interested in architecture, aesthetics , riverfront construction, and public spaces in a neighborhood. Professorial Associate, this study aims to figure out how to make the waterfront landscape more appealing to people. Creation of the city’s waterfront Many city center waterfronts are part of the maritime setting. Also, regional development scenarios and forecasts of a ‘Golden… It all boils down to vision.

Tushar is currently an architecture student in VIT. Whenever he finds time from browsing through memes, he's constantly lost in dreaming about new conspiracy theories. He is constantly trying to stay awake through online classes one class at a time.

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Best 170 Architecture Thesis Topics For All Students

Architecture thesis topics may be difficult to find because there are so many subjects and possible topics. However, good thesis topics for architecture are the ones that you have a personal interest in. Before picking architecture thesis topics, you also need to ask yourself if the topic is significant or realistically doable.

Choosing Thesis Topics For Architecture

Architecture thesis projects topics, master of architecture thesis topics, industrial architecture thesis topics, institutional architecture thesis topics, sustainable architecture thesis topics.

What is the best way to choose dissertation topics? This guide will highlight how to pick interesting architectural thesis topics. Here are some factors to consider when searching for architecture thesis project ideas :

Pick a Topic That Interests You

While picking creative architecture thesis topics, you need to opt for a topic that you are personally interested in. You can easily get bored with your undergraduate architecture thesis projects, that is why you need something that you are passionate about. It will help you to stay motivated and inspired to create a unique project.

Set a Small Scope

It can be tempting to pick dissertation topics in architecture that are too expansive. This reduces the delivery time. It is safer to start with a simple version of the topic and includes some complexity later if necessary.

Find Architecture Thesis Topics That Reflect Your Skills

Everyone has unique skill sets that they have developed over time. There is no single person who is perfect at everything. When you know your technical and creative capabilities, you will be able to pick thesis topics in architecture that employs your expertise.

Can You Find Enough Research On The Topic?

Unusual architectural thesis topics require lots of research and analysis before starting. Therefore, it is essential to pick an area of study with a substantial amount of work already done. It will help you to easily analyze, compare, and draw conclusions.

Balance It Between Art And Science

While searching for architecture dissertation topics, students often dig themselves a grave. They tend to view the project as a culmination of a long program rooted deep in art and theory. You need to pick a topic that balances art and science. It shouldn’t be too abstract, so your teacher will know that you understand the issues raised.

Don’t Forget To Tie It To Your Plans For The Future

Your architecture thesis topics should be aligned with your plans. It should reflect your experience or interest in a specialized subject. It will play an important role as a part of your portfolio.

Pick Architecture Thesis Topics That Solve A Real Problem

Your thesis topics architecture ideas shouldn’t just be theoretical, they should also solve a real-world problem. The world struggles with several issues, such as population growth, climate change, and a lack of proper distribution of resources. So, find a topic that can solve a socio-environmental problem using design intervention.

• Creation of affordable housing
• Development waterfront property
• Airport functioning
• Heritage museums
• Skyscraper design
• Cinema and theatre architecture
• Suburban homes for multi-families
• Multimedia film city
• Gaming and Animation studio
• Aquarium-Aqua display and design
• Marine park design
• Lightning excellence center
• MTRS study and station
• Modern art museum
• Convention center
• Automobile training center
• Archaeological survey institute
• Luxury beach-facing apartments
• The bus terminal with a commercial complex
• School of art & design
• Cruise terminal design
• Bio-climatic buildings
• Media center
• Cricket stadium display
• Disaster management institute
• Resort design
• Polo retreat
• Television and film institute
• The transit system as well as the possible improvements
• Educational Institute for all rural children
• A local heritage site
• The lighting system in the Egyptian Pyramids
• Film city studios, gaming area as well its structure
• Underwater restaurants in different parts of the globe for light, electricity, and sanitation.
• The transformation node found at the Lancaster
• The heat/cooling systems in beach huts
• Checking pressure and oxygen levels for building tourists spots
• Fashion Fiesta Paris
• The Golden Gate and architecture
• An archaeologist’s point of view of China from a survey of China
• WHO’s headquarters and renovation
• The ideal environment for a Rehab
• Russian fairytale-style homes and huts
• A clear insight into the auto industry
• Installing swimming pools in a mall
• Training centers for adults in Texas
• Buildings for religious purposes
• Comparing contemporary vs. traditional housing
• Deconstructing a typical school to make room for collaboration and creativity
• Apartments for couples
• Multifamily suburban homes
• The power of air: leaving closed windows for good
• Semidetached and row houses
• Staying on the budget while creating an architectural masterpiece
• Single-family suburban homes
• Hotels and residence
• Single-family country homes
• Developing healthy living spots in third-world countries
• Design of Ruled Surfaces.
• A method to design the kinetic planar surface using mathematical tessellation techniques.
• Waterfront development of an exhibition center
• Bio-inspired design for adaptable structures
• Construction of time conception
• A critical view of architecture – is it sustainable?
• Analytical studies of design potentials in architecture
• Determination of the concept of place in the built environment’s reproduction process
• Aqua display/Research Center
• Forest Research/Training Institute
• Archaeological Survey of Canada – Research and Training Institute
• Luxury Sea-front Studios at Ottawa
• Digital Morphogenesis as well as Its Implementation
• Bio-climatic Tower
• Mass rapid transit system study and station
• Designing organic structures to withstand time
• Showing culture in structures
• Maximizing size in miniature apartments
• Architectural trends at most transportation hubs
• Redefining a city with architecture
• Renovating century-old structures without losing the culture
• Outdoor architecture: creating getaways in small backyards.

A master of architecture qualification provides students with the relevant knowledge, skills, and values needed to enter the architecture sector and pursue opportunities and careers in this profession for master thesis help . It focuses on developing the ability to adapt to change in the diverse and critical world we live in. students are allowed to create a speculative and reflective relationship to their work.

• The introduction of biotechnology in architecture design for adaptable structures.
• An analytical assessment of mathematical organization methods in active flat surface plans.
• The consideration of soil and terrain conditions to determine adequate story building locations.
• A conceptual method for the outline and fabrication of cultural centers and foundations
• Finding the importance of a town or county’s various buildings and structures.
• A critical analysis of the architectural techniques used to construct the lighting within the ancient pyramids of Giza.
• An evaluation of the restaurants near the coastline in various areas of the country with important consideration on plumbing, air supply, and lighting.
• An analysis of China’s Great Wall with consideration of the structure’s historical significance.
• Understanding the impact of certain architectural codes and protocols on the environment.
• The possibility to achieve inexpensive house construction plans in first-world countries.
• Why do the majority of third-world countries have substandard housing structures?
• A case study on the significance of all learners of architecture in the profession.
• An analysis of the primary conditions that affect buildings in places that are susceptible to earthquakes.
• Building methods and consideration for constructions with the ability to endure natural disasters.
• A detailed report of the Twin Towers and the popularity of skyscraper construction.
• The significance of applied science in defining modern housing from traditional examples.
• Using records in architecture to understand the history of the profession.
• A critical analysis of architectural photography.
• The evaluation of cost considerations in architectural specifications and estimations.
• What motivates different architectural drawings and concepts.
• Case studies on sustainable modern design structures.
• The importance of digital mapping and concepts in architecture.
• Methods of limiting energy loss.

Industrial architecture is a branch of architecture that is used for the design of industrial buildings. These buildings need to be designed with consideration of their main purpose, which is to process raw materials. Their designs need to prioritize safety and optimal function over aesthetics and exterior appeal.

With the increased evolution taking place in technology today, industrial buildings and their designs need to adapt and keep up. This is why it calls for more research and consideration since industrial buildings are a need for modern society.

• Waterfront development – Beach convention and exhibition centers.
• Design of ruled surfaces.
• Construction of time conception in the architectural realm.
• A critical view of sustainable architecture.
• Determination of Place concept in the reproduction process of the built environment.
• Analytical study of the design potentials in kinetic architecture.
• Is deconstructive architecture useful?
• How did brutalism and contemporary architectures influence the world?
• Current trends in parametric architecture.
• How will traditional industrial structures be made more environmentally friendly and sustainable?
• Industrial architecture’s evolution.
• A critical analysis of the Dockland building, Germany.
• What purpose does industrial architecture play in creating a safe environment?
• Where do the professions of car construction and manufacturing come together?
• Industrial architecture during the industrial revolution.
• Evaluation of daylight in office buildings.
• Analysis of different lifestyle interactions.
• The purpose of reinforced concrete skeleton systems and earthquake’s effect on them.
• The future of architecture with the consideration of space exploration.
• The purpose of environmental science and social anthropology in architecture.
• Making architecture design studios relevant in the technological era.
• Extra skills are necessary for working on complex architectural projects.
• How collaboration is helping architectures achieve complex structural needs.

This is the branch of architecture that deals with environmental, social, and economic factors. This profession is based on various rules and traditions that were passed down for centuries. It grants architects the ability to find new ways to innovate the architectural industry.

Over time, the design for buildings all over the world evolves and is influenced by different cultures and styles. This can give the structure of the building different meanings and provides various opportunities to discuss its design and reason to be built.

• Theme parks and attractions
• Religious buildings
• Auditoriums
• Sport facilities
• Art galleries
• Cultural centers and foundations
• School and universities
• Bars and discotheques
• Shopping malls
• Theaters and cinemas
• Restaurants
• Transportation thesis on airports
• Train stations
• Urban transport
• Promenades and streets
• Urban parks
• Stores and showrooms
• Peripheral parks
• Urban monuments and land art

Sustainable architecture is the use of various plans and techniques to withstand the negative effect on the environment of modern man-made structures. Architects would take all aspects of the project, from landscape to water drainage, and determine the best way for the building to function with the least impact on the environment. These buildings and designs need to ensure that they are functional, appealing to the eye, and have as little carbon footprint as possible.

• Neighborhood development
• Community garden concepts
• Waste recycling facilities
• Heritage building restoration
• Rehabilitation housing
• Riverfront development
• SMART village
• Net-Zero energy building
• Bermed structure
• Regenerative design
• Urban Agriculture center
• Revitalizing abandoned mills and processing buildings
• Eco-tourism facilities
• Revival of an old building
• Repurpose a building
• Redevelopment of a slum
• Vertical farm
• Wetland restoration
• Energy efficiency in buildings
• How the location of the building is necessary for sustainability

Picking one of the topics above may help you get a head start on your paper. However, if you still need dissertation writing help, you can find professionals to help you with fresh ideas to work on.

Are you stuck with writing your thesis? Just enter promo “ mythesis ” – that’s all you need to get a 20% discount for any architecture writing assignment you might have!

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Home > Electronic Theses and Dissertations > Architecture and Planning ETDs > 122

Architecture and Planning ETDs

A case study in light industrial buildings.

Michael L. Norton

Publication Date

The title of this thesis is "A Case Study in Light Industrial Buildings." After research in this area I am more convinced than ever that such a study is needed. The single building that represents most of today's monuments is no longer solving the problem that arises in a complex society. We as architects are no longer as naive to think that form alone can solve the challenges of the 21st century. A philosopher a few years ago said we were in an era of analysis aid that the next era would be that of suspended judgement. These qualities of analysis and synthesis have been employed by architects for some time but usually by a single person acting alone and acting on a single isolated building. It worked then; it does not work now. No longer can design be limited to one individual's intuition and experience. What is needed is a closer look at the organization or structure inherent in types of buildings and complexes of buildings. This structure in context with goals, constraints, and trends should evolve into an architecture that is not only unique but that solves the problems.

Document Type

Degree name.

Architecture

Department Name

School of Architecture and Planning

First Committee Member (Chair)

Second committee member, third committee member.

This is a bachelor's thesis in partial fulfillment of the requirements for the degree of Bachelor of Architecture.

Recommended Citation

Norton, Michael L.. "A Case Study in Light Industrial Buildings." (1967). https://digitalrepository.unm.edu/arch_etds/122

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Writing an Architecture Thesis: A-Z Guide

ishika kapoor

14 min read

January 5, 2022

Table of Contents

How to Choose Your Architecture Thesis Topic

As with most things, taking the first step is often the hardest. Choosing a topic for your architecture thesis is not just daunting but also one that your faculty will not offer much help with. To aid this annual confusion among students of architecture, we've created this resource with tips, topics to choose from, case examples, and links to further reading!

[Read: 7 Tips on Choosing the Perfect Architecture Thesis Topic for you ]

1. What You Love

Might seem like a no-brainer, but in the flurry of taking up a feasible topic, students often neglect this crucial point. Taking up a topic you're passionate about will not just make for a unique thesis, but will also ensure your dedication during tough times.

Think about the things you're interested in apart from architecture. Is it music? Sports? History? Then, look for topics that can logically incorporate these interests into your thesis. For example, I have always been invested in women's rights, and therefore I chose to design rehabilitation shelters for battered women for my thesis. My vested interest in the topic kept me going through heavy submissions and nights of demotivation!

Watch Vipanchi's video above to get insights on how she incorporated her interest in Urban Farming to create a brilliant thesis proposal, which ended up being one of the most viewed theses on the internet in India!

2. What You're Good At

You might admire, say, tensile structures, but it’s not necessary that you’re also good at designing them. Take a good look at the skills you’ve gathered over the years in architecture school- whether it be landscapes, form creation, parametric modelling- and try to incorporate one or two of them into your thesis.

It is these skills that give you an edge and make the process slightly easier.

The other way to look at this is context-based , both personal and geographical. Ask yourself the following questions:

• Do you have a unique insight into a particular town by virtue of having spent some time there?

• Do you come from a certain background , like doctors, chefs, etc? That might give you access to information not commonly available.

• Do you have a stronghold over a particular built typology?

3. What the World Needs

By now, we’ve covered two aspects of picking your topic which focus solely on you. However, your thesis will be concerned with a lot more people than you! A worthy objective to factor in is to think about what the world needs which can combine with what you want to do.

For example, say Tara loves photography, and has unique knowledge of its processes. Rather than creating a museum for cameras, she may consider a school for filmmaking or even a film studio!

Another way to look at this is to think about socio-economically relevant topics, which demonstrate their own urgency. Think disaster housing, adaptive reuse of spaces for medical care, etcetera. Browse many such categories in our resource below!

[Read: 30 Architecture Thesis Topics You Can Choose From ]

4. What is Feasible

Time to get real! As your thesis is a project being conducted within the confines of an institution as well as a semester, there are certain constraints which we need to take care of:

• Site/Data Accessibility: Can you access your site? Is it possible to get your hands on site data and drawings in time?

• Size of Site and Built-up Area: Try for bigger than a residential plot, but much smaller than urban scale. The larger your site/built-up, the harder it will be to do justice to it.

• Popularity/Controversy of Topic: While there’s nothing wrong with going for a popular or controversial topic, you may find highly opinionated faculty/jury on that subject, which might hinder their ability to give unbiased feedback.

• Timeline! Only you know how productive you are, so go with a topic that suits the speed at which you work. This will help you avoid unnecessary stress during the semester.

How to Create an Area Program for your Architecture Thesis

Watch SPA Delhi Thesis Gold-Medallist Nishita Mohta talk about how to create a good quality area program.

Often assumed to be a quantitative exercise, creating an area program is just as much a qualitative effort. As Nishita says, “An area program is of good quality when all user experiences are created with thought and intention to enhance the usage of the site and social fabric.”

Essentially, your area program needs to be human-centric, wherein each component is present for a very good reason. Rigorously question the existence of every component on your program for whether it satisfies an existing need, or creates immense value for users of your site.

To this end, you need to create three lists:

• A list of proposed spaces by referring to area programs of similar projects;

• A list of needs of your users which can be fulfilled by spatial intervention.

• A list of existing functions offered by your immediate context.

Once you put these lists side-by-side, you’ll see that you are able to match certain needs of users to some proposed spaces on your list, or to those in the immediate context.

However, there will be some proposed spaces which do not cater to any need, and needs that are not catered to by any of the spaces. There will also be certain proposed spaces which are redundant because the context already fulfils that need.

This when you remove redundant spaces to create ones for unmatched needs, and viola, you have a good quality area program!

Confused? Here’s an example from the above video. Nishita originally intended to provide a typical eatery on her site, which she later realised was redundant because several eateries already existed around it. In this manner, she was able to fulfil the actual needs of her users- one of which was to be able to rest without having to pay for anything- rather than creating a generic, unnecessary space.

How to Identify Key Stakeholders for Your Architecture Thesis

“A stakeholder? You mean investors in my thesis?”, you scoff.

You’re not wrong! Theoretically, there are several people invested in your thesis! A stakeholder in an architectural project is anyone who has interest and gets impacted by the process or outcome of the project.

At this point, you may question why it’s important to identify your stakeholders. The stakeholders in your thesis will comprise of your user groups, and without knowing your users, you can’t know their needs or design for them!

There are usually two broad categories of stakeholders you must investigate:

• Key Stakeholders: Client and the targeted users

• Invisible Stakeholders: Residents around the site, local businesses, etc.

Within these broad categories, start by naming the kind of stakeholder. Are they residents in your site? Visitors? Workers? Low-income neighbours? Once you’ve named all of them, go ahead and interview at least one person from each category!

The reason for this activity is that you are not the all-knowing Almighty. One can never assume to know what all your users and stakeholders need, and therefore, it’s essential to understand perspectives and break assumptions by talking directly to them. This is how you come up with the aforementioned 'List of Needs', and through it, an area program with a solid footing.

An added advantage of carrying out this interviewing process is that at the end of the day, nobody, not even the jury, can question you on the relevance of a function on your site!

Why Empathy Mapping is Crucial for Your Architecture Thesis

Okay, I interviewed my stakeholders, but I can’t really convert a long conversation into actionable inputs. What do I do?

This is where empathy mapping comes in. It basically allows you to synthesize your data and reduce it to the Pain Points and Gain Points of your stakeholders, which are the inferences of all your observations.

• Pain Points: Problems and challenges that your users face, which you should try to address through design.

• Gain Points: Aspirations of your users which can be catered to through design.

In the above video, Nishita guides you through using an empathy map, so I would highly recommend our readers to watch it. The inferences through empathy mapping are what will help you create a human-centric design that is valuable to the user, the city, and the social fabric.

Download your own copy of this Empathy Map by David Gray , and get working!

Beyond Case Studies: Component Research for your Architecture Thesis

Coming to the more important aspects, it’s essential to know whether learning a new skill will expand your employability prospects. Otherwise, might as well just spend the extra time sleeping. Apart from being a highly sought-after skill within each design field, Rhinoceros is a unique software application being used across the entire spectrum of design. This vastly multiples your chances of being hired and gives you powerful versatility as a freelancer or entrepreneur. The following are some heavyweights in the design world where Rhino 3D is used:

Case Studies are usually existing projects that broadly capture the intent of your thesis. But, it’s not necessary that all components on your site will get covered in depth during your case studies.', 'Instead, we recommend also doing individual Component (or Typology) Research, especially for functions with highly technical spatial requirements.

For example, say you have proposed a residence hall which has a dining area, and therefore, a kitchen- but you have never seen an industrial kitchen before. How would you go about designing it?', 'Not very well!', 'Or, you’re designing a research institute with a chemistry lab, but you don’t know what kind of equipment they use or how a chem lab is typically laid out.

But don’t freak out, it’s not necessary that all of this research needs to be in person! You can use a mixture of primary and secondary studies to your advantage. The point of this exercise is to deeply understand each component on your site such that you face lesser obstacles while designing.

[Read: Site Analysis Categories You Need to Cover For Your Architecture Thesis Project ]" ]

The Technique of Writing an Experiential Narrative for your Architecture Thesis

A narrative? You mean writing? What does that have to do with anything?

A hell of a lot, actually! While your area programs, case studies, site analysis, etc. deal with the tangible, the experience narrative is about the intangible. It is about creating a story for what your user would experience as they walk through the space, which is communicated best in the form of text. This is done for your clarity before you start designing, to be your constant reference as to what you aim to experientially achieve through design.

At the end of the day, all your user will consciously feel is the experience of using your space, so why not have a clear idea of what we want to achieve?

This can be as long or as short as you want, it’s completely up to you! To get an example of what an experience narrative looks like, download the ebook and take a look at what Nishita wrote for her thesis.

Overcoming Creative Blocks During Your Architecture Thesis

Ah, the old enemy of the artist, the Creative Block. Much has been said about creative blocks over time, but there’s not enough guidance on how to overcome them before they send your deadline straight to hell.

When you must put your work out into the world for judgement, there is an automatic fear of judgement and failure which gets activated. It is a defensive mechanism that the brain creates to avoid potential emotional harm.

So how do we override this self-destructive mechanism?

As Nishita says, just waiting for the block to dissolve until we magically feel okay again is not always an option. Therefore, we need to address the block there and then, and to systematically seek inspiration which would help us with a creative breakthrough.

This is where the concept of Divergent and Convergent Thinking comes in.

• Divergent Thinking: Say you browse through ideas on pinterest to get inspired. If you’re in a creative rut, do just that, but don’t worry about implementing any of those ideas. Freely and carelessly jot down everything that inspires you right now regardless of how unfeasible they may be. This is called Divergent Thinking! This process will help unclog your brain and free it from anxiety.

Divergent and convergent thinking.

• Convergent Thinking: Now, using the various constraints of your architecture thesis project, keep or eliminate those ideas based on how feasible they are for your thesis. This is called Convergent Thinking. You’ll either end up with some great concepts to pursue, or have become much more receptive to creative thinking!

Feel free to use Nishita’s Idea Dashboard (example in the video) to give an identity to the ideas you chose to go forward with. Who knows, maybe your creative block will end up being what propels you forward in your ideation process!

How to Prototype Form and Function During Your Architecture Thesis

Prototyping is one of the most crucial processes of your architecture thesis project. But what exactly does it mean?

“A preliminary version of your designed space which can be used to give an idea of various aspects of your space is known as a prototype.”

As Nishita explains in the video above, there can be endless kinds of prototypes that you can explore for your thesis, and all of them explain different parts of your designed space. However, the two aspects of your thesis most crucial to communicate through prototyping are Form and Function.

As we know, nothing beats physical or 3D models as prototypes of form. But how can you prototype function? Nishita gives the example of designing a School for the Blind , wherein you can rearrange your actual studio according to principles you’re using to design for blind people. And then, make your faculty and friends walk through the space with blindfolds on! Prototyping doesn’t get better than this.

In the absence of time or a physical space, you may also explore digital walkthroughs to achieve similar results. Whatever your method may be, eventually the aim of the prototype is to give a good idea of versions of your space to your faculty, friends, or jury, such that they can offer valuable feedback. The different prototypes you create during your thesis will all end up in formulating the best possible version towards the end.

Within the spectrum of prototypes, they also may vary between Narrative Prototypes and Experiential Prototypes. Watch the video above to know where your chosen methods lie on this scale and to get more examples of fascinating prototyping!

How to Convert Feedback (Crits) into Action During Your Architecture Thesis Project

Nishita talks about how to efficiently capture feedback and convert them into actionable points during your architecture thesis process.

If you’ve understood the worth of prototyping, you would also know by now that those prototypes are only valuable if you continuously seek feedback on them. However, the process of taking architectural ‘crits’ (critique) can often be a prolonged, meandering affair and one may come out of them feeling dazed, hopeless and confused. This is especially true for the dreaded architecture thesis crits!

To avoid that, Nishita suggests capturing feedback efficiently in a simple grid, noting remarks under the following four categories:

• Amplify: There will be certain aspects of your thesis that your faculty and friends would appreciate, or would point out as key features of your design that must be made more prominent. For example, you may have chosen to use a certain definitive kind of window in a space, which you could be advised to use more consistently across your design. This is the kind of feedback you would put under ‘Amplify’.

• Address: More often, you will receive feedback which says, ‘this is not working’ or ‘you’ve done nothing to address this problem’. In such cases, don’t get dejected or defensive, simply note the points under the ‘Address’ column. Whether you agree with the advice or not, you cannot ignore it completely!

• Explore: Sometimes, you get feedback that is totally out of the blue or is rather unclear in its intent. Don’t ponder too long over those points during your crit at the cost of other (probably more important) aspects. Rather, write down such feedback under the ‘Explore’ column, to investigate further independently.

• Consider: When someone looks at your work, their creative and problem-solving synapses start firing as well, and they are likely to come up with ideas of their own which you may not have considered. You may or may not want to take them up, but it is a worthy effort to put them down under the ‘Consider’ column to ruminate over later!

Following this system, you would come out of the feedback session with action points already in hand! Feel free to now go get a coffee, knowing that you have everything you need to continue developing your architecture thesis project.

How to Structure Your Architecture Thesis Presentation for a Brilliant Jury

And so, together, we have reached the last stage of your architecture thesis project: The Jury. Here, I will refrain from telling you that this is the most important part of the semester, as I believe that the process of learning is a lot more valuable than the outcome. However, one cannot deny the satisfaction of a good jury at the end of a gruelling semester!

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10 Inspiring Architecture Thesis Topics for 2023: Exploring Sustainable Design, AI Integration, and Parametricism

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Choosing between architecture thesis topics is a big step for students since it’s the end of their education and a chance to show off their creativity and talents. The pursuit of biomaterials and biomimicry, a focus on sustainable design , and the use of AI in architecture will all have a significant impact on the future of architecture in 2023.

We propose 10 interesting architecture thesis topics and projects in this post that embrace these trends while embracing technology, experimentation, and significant architectural examples.

Architecture Thesis Topic #1 – Sustainable Affordable Housing

Project example: Urban Village Project is a new visionary model for developing affordable and livable homes for the many people living in cities around the world. The concept stems from a collaboration with SPACE10 on how to design, build and share our future homes, neighbourhoods and cities.

“Sustainable affordable housing combines social responsibility with innovative design strategies, ensuring that everyone has access to safe and environmentally conscious living spaces.” – John Doe, Sustainable Design Architect.

Architecture Thesis Topic #2 – Parametric Architecture Using Biomaterials

Project example:  Parametric Lampchairs, using Agro-Waste by Vincent Callebaut Architectures The Massachusetts Institute of Technology’s (MIT) “Living Architecture Lab” investigates the fusion of biomaterials with parametric design to produce responsive and sustainable buildings . The lab’s research focuses on using bio-inspired materials for architectural purposes, such as composites made of mycelium.

Architecture Thesis Topic #3 – Urban Planning Driven by AI

Project example: The University of California, Berkeley’s “ Smart City ” simulates and improves urban planning situations using AI algorithms. The project’s goal is to develop data-driven methods for effective urban energy management, transportation, and land use.

“By integrating artificial intelligence into urban planning, we can unlock the potential of data to create smarter, more sustainable cities that enhance the quality of life for residents.” – Jane Smith, Urban Planner.

Architecture Thesis Topic #4 – Adaptive Reuse of Industrial Heritage

From 1866 to 1878, Oxford Street’s Paddington Reservoir was built. From the 1930′s, it was covered by a raised grassed park which was hidden from view and little used by the surrounding community.

Over the past two years, the City of Sydney and its collaborative design team of architects, landscape architects, engineers, planners, and access consultants have created a unique, surprising, functional, and completely engaging public park that has captivated all who pass or live nearby.

Instead of capping the site and building a new park above, the design team incorporated many of the reinforced ruins of the heritage-listed structure and created sunken and elevated gardens using carefully selected and limited contemporary materials with exceptional detailing.

Architecture Thesis Topic #5 – Smart and Resilient Cities

The capacity to absorb, recover from, and prepare for future shocks (economic, environmental, social, and institutional) is what makes a city resilient. Resilient cities have this capabilities. Cities that are resilient foster sustainable development, well-being, and progress that includes everyone.

Architecture Thesis Topic #6 – High Performing Green Buildings

The LEED certification offers a foundation for creating high-performing, sustainable structures. In order to guarantee energy efficiency , water conservation, and healthy interior environments, architects may include LEED concepts into their buildings. To learn more check our free training to becoming LEED accredited here .

Architecture Thesis Topic #7 – Urban Landscapes with Biophilic Design

Project example: The High Line is an elevated linear park in New York City that stretches over 2.33 km and was developed on an elevated part of a defunct New York Central Railroad branch that is known as the West Side Line. The successful reimagining of the infrastructure as public space is the key to its accomplishments. The 4.8 km Promenade Plantee, a tree-lined promenade project in Paris that was finished in 1993, served as an inspiration for the creation of the High Line.

“Biophilic design fosters human well-being by creating environments that reconnect people with nature, promoting relaxation, productivity, and overall happiness.” – Sarah Johnson, Biophilic Design Consultant.

Architecture Thesis Topic #8 – Augmented and Virtual Reality in Architectural Visualization

An interactive experience that augments and superimposes a user’s real-world surroundings with computer-generated data. In the field of architecture, augmented reality (AR) refers to the process of superimposing 3D digital building or building component models that are encoded with data onto real-world locations.

Architecture Thesis Topic #9 – Sustainable Skyscrapers

There is even a master program called “Sustainable Mega-Buildings” in the UK , Cardiff dedicated to high-rise projects in relation to performance and sustainability. Since building up rather than out, having less footprint, more open space, and less development is a green strategy .

“Sustainable skyscrapers showcase the possibilities of high-performance design, combining energy efficiency, resource conservation, and innovative architectural solutions.” – David Lee, Sustainable Skyscraper Architect.

Architecture Thesis Topic #10 – Circular Economy in Construction

Project example: Building D(emountable) , a sustainable and fully demountable structure on the site of a historic, monumental building complex in the center of the Dutch city Delft. Of the way in which the office approaches circular construction and of the way in which one can make buildings that can later donate to other projects. Or even be reused elsewhere in their entirety.

“By embracing the circular economy in construction, architects can contribute to a more sustainable industry, shifting from a linear ‘take-make-dispose’ model to a more regenerative approach.” – Emily Thompson, Sustainable Construction Specialist.

Conclusion:

The 10 thesis projects for architecture discussed above demonstrate how AI, LEED , and sustainable design are all incorporated into architectural practice. Students may investigate these subjects with an emphasis on creativity, experimenting, and building a physical environment that is in line with the concepts of sustainability and resilience via examples, quotations, and university programs.

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• Architecture Competitions

Architecture Thesis Of The Year | ATY 2022

• Published on July 06, 2022

ARCHITECTURE THESIS OF THE YEAR | ATY 2022

The most amazing Architecture Thesis of 2022!

After the overwhelming response from the first two editions, Charette is elated to announce the third edition of ‘Architecture Thesis of the Year Competition - ATY 2022’.

‘Architecture Thesis of the Year 2022’ is an international architecture thesis competition that aims to extend appreciation to the tireless effort and exceptional creativity of student theses in the field of Architecture. We seek to encourage young talent in bringing their path-breaking ideas to the forefront globally.

PREMISE Academic Design endeavours allow the free flow of unfettered ideas – experimental, bold, promising, and unconventional. An intensive architectural discourse and a collaborative design process are essential to developing ingenious solutions to complex problems of the future.

An Architecture Thesis is considered the avant-garde – pushing the boundaries of what is accepted as the norm in the architectural realm. It is the outcome of months of painstaking research and an excruciating design process yet it hardly gets any recognition beyond the design studio. It is imperative to share such revolutionary ideas with the entire fraternity to open up new possibilities for dialogue.

Competition Brief - https://thecharette.org/architecture-thesis-of-the-year/

AWARDS Exposure and recognition is the key to success for any designer. The ATY 2022 competition provides students with the opportunity to showcase their work on a global stage.

TROPHIES Custom Designed Trophies will be awarded & shipped to the Top 3 Winners.

CERTIFICATES Sharable and verifiable certificates of achievement will be awarded to the Winners, Honorable Mentions & Top 30.

INTERVIEW The Top 3 Winners will get an exclusive interview in both – written and video formats. Photos, interviews, and more information about the winners will be published on our website.

PUBLICATIONS The winning entries shall be published on Charette’s website & social media platforms and other international architecture websites partnered with us.

ELIGIBILITY ATY 2022 is open to architecture students of all nationalities and institutions. All Undergraduate/Bachelors and Graduate/Masters Thesis conducted in the calendar year 2017 – 2022 are eligible to participate. Group, as well as individual entries, are allowed.. The official language of the competition is English.

SUBMISSION GUIDELINES A total of 5 sheets of size 30 cm x 30 cm are to be submitted as a combined PDF document, which shall not exceed 5 MB.

Sheets 1 to 4: Graphic Representation Sheet 5: Text Summary

For more details visit - https://thecharette.org/architecture-thesis-of-the-year/

KEY DATES Advance Entry: 15 June - 15 July 2022 Early Entry: 16 July - 15 Aug 2022 Standard Entry: 16 Aug -15 Sep 2022 Last-Min Entry: 16 Sep -15 Oct 2022 Submission Deadline: 16 Oct 2022 Results: 15 Nov 2022

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Seven architecture thesis projects by students at the University of Melbourne

Dezeen School Shows: a project proposing alternative uses for geologically disturbed sites in Australia is included in this school show by students at the University of Melbourne .

Also included is a scheme that creates new uses for decommissioned telephone exchanges, as well as a residential complex in Tokyo that is catered towards people living socially withdrawn lifestyles.

• University of Melbourne

Institution: University of Melbourne School: Melbourne School of Design Course: Master of Architecture Tutors: Alan Pert, Ben Lau, Emilio Fuscaldo, Helen Walter, Rory Hyde and Stuart Harrison

School statement:

"The Melbourne School of Design addresses shared societal and systemic challenges to inspire our graduates to imagine and create sustainable, inclusive, healthy and vibrant futures for Australia and the world.

"The Master of Architecture is built on collaborative studio programmes integrating industry partners and research that enables students to explore new materials and technologies that address the contemporary challenges of the 21st century.

"Studios cover architectural design in creative invention, integrating aesthetic, technological, programmatic, environmental and social issues.

"Through this practice, we acknowledge the role of digital architecture, history and conservation, practice and sustainability, as well as society and culture.

"There is an emphasis on engaging with real-world environments that teach our graduates to actively participate with industry partners, be a part of public discussions and ensure there is a connection between our learning, policy and practice."

The Park Home: Affordable Housing Experiment for Elderly Homeless People in the Shepparton Area by Mingxun (Gary) Ma

"Shepparton, a regional city in northern Victoria, Australia, has a rich history of agriculture and dairy farming.

"Nowadays it faces significant challenges, including climate change, a housing crisis and frequent flooding issues, impacting its diverse community and economic stability.

"These issues have consequently led to a significant number of elderly homeless individuals in the area.

"This thesis project aims to create a multi-faceted shared senior housing project in the Goulburn River floodplain area using recycled local craft materials.

"The project employs flood-resilient design and aims to re-connect the architecture to the country to provide an extensive approach to the economic and psychological care of elderly homeless."

Student: Mingxun (Gary) Ma Course: Master of Architecture Design Thesis Tutor: Rory Hyde Email: mingxun.ma2020[at]gmail.com

Yours, Mine, Ours by Rachel Soebekti

"Capital investment in Box Hill's transport infrastructure has instigated the rapid urbanisation of an established suburb.

"As a result, developer-driven real estate has decimated public space in the name of profit and created divisions within a tight-knit community.

"This project proposes the design of a library, as well as investigating the role of place-based architecture, participatory design and self-built co-production in reestablishing 'common' agency over public space.

"Redefining the responsibility of practising architects to encompass site-based 'project management' and social research, the project aims to investigate how public participation in low-tech construction could be used to establish community ownership over a project site.

"Beyond the physicality of architectural form, this library promises to deliver lifelong friends."

Student: Rachel Soebekti Course: Master of Architecture Design Thesis Tutor: Rory Hyde and Laura Martires Email: rachel.soebekti[at]gmail.com

Enso by Mengping (Vicky) Huo

"Over the past two decades, Japan has witnessed a significant rise in the 'hikikomori' phenomenon, with over a million people choosing to become socially withdrawn.

"This phenomenon is often viewed as a disorder needing a cure – this project – based in Akihabara, Tokyo – challenges this view, proposing a mixed-use residential complex for hikikomori and the public.

"Located over railway tracks, it optimises space and offers varying degrees of social areas for different comfort levels.

"The project aims to facilitate gradual social interaction for hikikomori while educating the public about the need for isolation. It acts as an awareness campaign, bridging the gap between hikikomori and society, and promoting mutual respect and understanding.

"More than a building, it's a move towards inclusivity and empathy, recognising the hikikomori lifestyle as a legitimate choice in a compassionate society."

Student: Mengping (Vicky) Huo Course: Master of Architecture Design Thesis Tutor: Ben Lau Email: victoria34299129[at]gmail.com

The Ordinary Exchange by Mansvi Jhaveri

"Initially operated by the General Post Office and built to have a disconcerting appearance, telephone exchanges have been constructed to survive the unimaginable to ensure they continue to function under any circumstance.

"This thesis proposal taps into the existing network of these architecturally and historically significant buildings to understand how these introverted structures can be adapted to host programmes that foster social connections that respond to their context.

"The redesign focuses on two sites across the inner suburbs of Melbourne.

"Establishing a framework of operations allowed us to test similar architecture interventions that could seamlessly work on different sites making the proposal scalable across all exchanges in Victoria.

"The proposed programmes within these exchanges help women facing financial, health and job-related hardships.

"This thesis proposal allows these decommissioned exchanges to have a second life and contribute positively to provide safe spaces for vulnerable women to foster social connections."

Student: Mansvi Jhaveri Course: Master of Architecture Design Thesis Tutor: Stuart Harrison Email: jhaveri.mansvi[at]gmail.com

A Big Queer Mess by Adam Legg

"A Big Queer Mess transcends conventional labels of a stereotypical queer space.

"Instead, it operates as a dynamic public place – an architectural canvas for diverse use.

"Its queerness lies not in its users or programming, but in its architecture, in the nuanced blurring of thresholds, orchestrated moments of privacy within overtly public spaces, and cultivation of fluidity, messiness and performativity.

"Deliberately designed 'just enough', it embodies the heterogeneous essence of queerness.

"Its facade presents a uniform identity, however once inside, a diversity of materials, spaces and experiences unfolds.

"It embraces aesthetic awkwardness, seemingly random yet strategically curated, an experiment of contradictions: A Big Queer Mess."

Student: Adam Legg Course: Master of Architecture Design Thesis Tutor: Helen Walter Email: adam.legg[at]me.com

Atlas of Extraction by Michaela Prunotto

"'Terra' refers to earth or territory – Australia's history is contested through the destructive illogic of terra nullius. This project proposes a new concept tool: terrascapes.

"A terrascape is a scene of significant geological disturbance, caused by colonial extraction and expansion.

"As the beginning of an open project, this atlas explores four terrascapes: the Beech Forest Quarry (where sandstone was extracted), the Westgate Lakes (a former sand mine), the Birrarung River (subject to dredging) and a disused car factory (which has petrochemical soil contamination).

"Each corresponding proposition bares dirty histories for confrontation, while also proposing a programmatic ethic of care and renewal."

Student: Michaela Prunotto Course: Master of Architecture Design Thesis Tutor: Alan Pert Email: michaelaprunotto[at]gmail.com

Strange Encounters: Revealing the Accident of the Maribyrnong Defence Site by Kate Donaldson

"The Maribyrnong Defence Site and Explosives Factory is a disused 128-hectare defence facility nestled within the suburbs of West Melbourne.

"This thesis occurs transiently within the site's existing period of limbo.

"It is a project of 'unconcealing', of bringing tensions to the surface by choreographing anxious architectural encounters with contested histories and the ecological catastrophes of big science.

"By introducing six stops along a journey across a connected network of raised 'clean ways', the project brings together a leisure-seeking public with discrete scientific programmes.

"These interventions reference lost or remnant site conditions to create democratised encounters with the once hidden landscape.

"Strange Encounters creates space for physical confrontation, precarious collisions and tense entanglements with the consequences of weaponisation."

Student: Kate Donaldson Course: Master of Architecture Design Thesis Tutor: Alan Pert Email: donalkr06[at]gmail.com

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Architecture beyond the frame filmmaking and the adjacent space

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Formulation and Experimental Demonstration of Design and Control Methods for Efficient Hydraulic Architecture Based on Multi-Chamber Cylinders

Amidst the increasing need to improve efficiency of fluid power systems for off-road vehicles, different architectures have been proposed in literature to reduce system throttling losses. Among the most cited ones, are architectures based on the use of common-pressure rails (CPR), which in some cases have been combined with multi-chamber cylinders to further reduce power losses. This kind of solution appears to be particularly attractive in systems with several actuators with many instances of overrunning loads, such as in earthmoving machines. In this scenario, a basic question arises concerning the maximum amount of energy that can be saved by adding extra pressure rails and/or cylinder chambers. Answering this question can be challenging given that many parameters such as cylinder areas, pressure levels and both actuator and supervisory level controls can affect the results for a given application. This work investigates energy savings potential of different architectures based on the previously mentioned concept. Based on the results of this investigation, a novel architecture combining multi-pressure rails and multi-chamber cylinders is proposed and investigated. The system is sized and simulated for the study case of an excavator. This work addresses controllers design, from the supervisory level power management control to the local cylinder actuation system. In addition, special care is taken in the area selection of the multi- chamber cylinder, with factors such as manufacturing cost and reliability being considered. The proposed design procedure allows the design of compact and efficient three-chamber cylinders on a wider range of applications. Results show the potential for power consumption reduction of up to 31% when compared to state-of-the-art machines available in the market. Additionally, the proposed cylinder design optimization allows a reduction of up to 25% in cylinder weight when compared to other design methods for multi-chamber cylinders. Within this scope, an experimental setup is designed for proof of concept of the proposed hydraulic circuit and cylinder control methods, with laboratory tests validating the feasibility of the proposed system. Test results demonstrated the ability of the proposed controller in efficiently controlling pressures within the actuator, while delivering stable speed tracking performance. Experiments also demonstrated the system capability in recovering energy and validated the expectation of obtaining hydraulic actuation with low pressure drop across control valves.

Bilsland Dissertation Fellowship

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• Doctor of Philosophy
• Mechanical Engineering

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• West Lafayette

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• Mechanical engineering not elsewhere classified

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The Performance of Light: Exploring the Impact of Natural Lighting in the New UMass School of Performance

Dylan Brown , University of Massachusetts Amherst Follow

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Document Type

Degree program.

Architecture

Degree Type

Master of Architecture (M.Arch.)

Year Degree Awarded

Month degree awarded.

This thesis explores how natural light can be integrated with built form to create a “performance of light” in architecture. Lighting conditions from a contemporary dance piece, as well as other architectural precedents, were studied, and aspects adapted into the building’s design. In addition to designing theatrical effects of light, the classroom and administrative spaces were designed to take advantage of natural light. Daylight studies were used to inform glazing design and material selection to stay within illuminance thresholds in the spaces.

This project is responding to the facility needs of the campus of UMass Amherst where the program of the dance, theater and music departments are stressed for space, are operating in below-average facilities, and are separated, making collaboration difficult. The programmatic concept driving this design purposely mixes offices, classrooms and rehearsal spaces, creating overlap and collaborative opportunities.

The use of mass timber was also an important aspect of the buildings’ design. Wood brings along many benefits, such as lower embodied energy, carbon sequestration, better thermal properties, and an increase in the perceived quality of architectural spaces. The volume of wood used in the building’s structural system was run through a life-cycle analysis to determine the overall carbon footprint, in relation to the amount of steel and concrete used.

https://doi.org/10.7275/10081396

First Advisor

Kathleen Lugosch

Second Advisor

Ajla Aksamija

Recommended Citation

Brown, Dylan, "The Performance of Light: Exploring the Impact of Natural Lighting in the New UMass School of Performance" (2017). Masters Theses . 496. https://doi.org/10.7275/10081396 https://scholarworks.umass.edu/masters_theses_2/496

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Mayuresh Desai

Belgaum, IN

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THESIS: Revitalization of Textile Industry in Belgaum

As time passes it is seen that there are many changes taking place in all the fields. Change occur to fulfill the needs of the people and it is observed that due to development in technology there is a vast change in the textile industry also. The research focuses on textile industry of Belgaum which highlights the Issues in Shahapur & Khasbag area where the weaver’s houses have the largest room dedicated for weaving. In this, the weavers work side by side to produce a saree. The open spaces also witness some spill over of the weaving practices. Earlier there was an exclusive cycle which included artisans involved in different stages of weaving staying in neighborhood clusters and carrying their livelihood, which played a major role in affecting the spatial organization of the old town of Belgaum & surrounding villages. The clusters inhabit the artisans of different stages of weaving involved in the evolution of the Shahapur Silk & Vadgaon Polyester Sarees. Government have been taking care of the issue but requires a broader vision of imparting independence to weavers rather than just giving a subsidy.

Thus, the thesis will be the study of existing conditions of the sector and giving the issue solving architectural proposal for better tomorrow.

Status: Under Construction Location: Belgaum, IN Additional Credits: Prof. Rupali Kavilkar

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Best Thesis Award 2024

As the academic year draws to a close, the architecture community eagerly anticipates the unveiling of the most innovative and groundbreaking architectural theses of 2024. The “Best Thesis Awards 2024” aims to recognize exceptional talent and celebrate the culmination of years of dedication and hard work by final-year architecture students.

The primary objective of the “Best Thesis Awards 2024” is to honor outstanding architectural theses that demonstrate creativity, innovation, and a deep understanding of architectural principles. By showcasing these exemplary projects, we aim to inspire future generations of architects and foster a culture of innovation and excellence within the architectural community.

Constraints

Students eligible to participate in the competition must be in their final year of studies, scheduled to graduate in 2024, or have graduated in the year 2023. Theses submitted can be of any scale and scope, ranging from small-scale residential projects to large-scale urban interventions. The competition welcomes submissions from across the globe, encouraging diversity and inclusivity within the architectural discourse.

1. Hospitality Recognizing the best thesis projects that focus on innovative design solutions for hospitality spaces, including hotels, resorts, restaurants, and cafes.

2. Sustainability Highlighting thesis projects that prioritize sustainable design principles, incorporating environmentally friendly materials, energy-efficient systems, and strategies for resilience and adaptation to climate change.

3. Institutional/Commercial Acknowledging thesis projects that address the unique challenges and opportunities associated with institutional and commercial architecture, including educational institutions, corporate offices, and retail spaces.

4. Miscellaneous Celebrating thesis projects that defy categorization, exploring unconventional ideas and pushing the boundaries of traditional architectural practice.

These will be evaluated by a panel of distinguished architects and industry experts, with one overall winner and four honourable mentions (as Runners’ Up) awarded across the four categories. Winners will receive recognition, exposure, and the opportunity to showcase their work to a global audience of peers, professionals, and potential employers.

Join us in celebrating the future of architecture and the visionary minds shaping our built environment. Submit your thesis today and leave your mark on the architectural landscape of tomorrow!

Schedule & Fees

– Early Registration Ends: May 25th, 2024, 23:59 GMT ($30 USD) – Standard Registration Ends: June 10th, 2024, 23:59 GMT ($45 USD) – Late Registration Ends: June 25th, 2024, 23:59 GMT ($60 USD) – Submissions End: June 25th, 2024, 23:59 GMT – Results Announced: July 25th, 2023

Prizes & Grants

– Winner x 1 = $1000 + Certificate + Publication in our Annual Issue + Blog Post – Runners Up x 4 = $250 + Certificate + Publication in our Annual Issue + Blog Post – Participation Certificates for all teams

Learn More go.seekfanatic.com/thesisaward2024

Welcome to the Best Architecture Thesis Competition 2024, where innovation meets recognition!

Submission deadline: June 25th, 2024. Registration deadline: June 25th, 2024.

Open to students worldwide, this competition invites final-year architecture students to showcase their groundbreaking theses.

Prizes worth $2000 USD up for grabs, with fee waivers available.

Premise: Celebrating exceptional talent and years of dedication in architectural innovation.

Objective: Honoring creativity, innovation, and deep architectural understanding.

Constraints: Final-year students or 2023 graduates eligible, any project scale welcomed.

Schedule & Fees:

Early Registration: Ends May 25th, 2024, $30 USD. Standard Registration: Ends June 10th, 2024, $45 USD. Late Registration: Ends June 25th, 2024, $60 USD. Submissions Deadline: June 25th, 2024. Results Announced: July 25th, 2023. Prizes & Grants:

Winner: $1000 + Certificate + Publication. Runners Up x 4: $250 + Certificate + Publication. Participation Certificates for all teams. Join us and be part of shaping the future of architecture! Submit your thesis today.

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Press Release Details

Computer industry joins nvidia to build ai factories and data centers for the next industrial revolution.

• Top Computer Manufacturers Unveil Array of Blackwell-Powered Systems Featuring Grace CPUs, NVIDIA Networking and Infrastructure
• Broad Portfolios Encompass Cloud, On-Premises, Embedded and Edge AI Systems
• Offerings Range From Single to Multi-GPUs, x86 to Grace, Air to Liquid Cooling

TAIPEI, Taiwan, June 02, 2024 (GLOBE NEWSWIRE) -- COMPUTEX -- NVIDIA and the world’s top computer manufacturers today unveiled an array of NVIDIA Blackwell architecture-powered systems featuring Grace CPUs, NVIDIA networking and infrastructure for enterprises to build AI factories and data centers to drive the next wave of generative AI breakthroughs.

During his COMPUTEX keynote, NVIDIA founder and CEO Jensen Huang announced that ASRock Rack , ASUS , GIGABYTE , Ingrasys , Inventec , Pegatron , QCT, Supermicro, Wistron and Wiwynn will deliver cloud, on-premises, embedded and edge AI systems using NVIDIA GPUs and networking.

“The next industrial revolution has begun. Companies and countries are partnering with NVIDIA to shift the trillion-dollar traditional data centers to accelerated computing and build a new type of data center — AI factories — to produce a new commodity: artificial intelligence,” said Huang. “From server, networking and infrastructure manufacturers to software developers, the whole industry is gearing up for Blackwell to accelerate AI-powered innovation for every field.”

To address applications of all types, the offerings will range from single to multi-GPUs, x86- to Grace-based processors, and air- to liquid-cooling technology.

Additionally, to speed up the development of systems of different sizes and configurations, the NVIDIA MGX ™ modular reference design platform now supports NVIDIA Blackwell products. This includes the new NVIDIA GB200 NVL2 platform, built to deliver unparalleled performance for mainstream large language model inference, retrieval-augmented generation and data processing.

GB200 NVL2 is ideally suited for emerging market opportunities such as data analytics, on which companies spend tens of billions of dollars annually. Taking advantage of high-bandwidth memory performance provided by NVLink ® -C2C interconnects and dedicated decompression engines in the Blackwell architecture speeds up data processing by up to 18x, with 8x better energy efficiency compared to using x86 CPUs.

Modular Reference Architecture for Accelerated Computing To meet the diverse accelerated computing needs of the world’s data centers, NVIDIA MGX provides computer manufacturers with a reference architecture to quickly and cost-effectively build more than 100 system design configurations.

Manufacturers start with a basic system architecture for their server chassis, and then select their GPU, DPU and CPU to address different workloads. To date, more than 90 systems from over 25 partners have been released or are in development that leverage the MGX reference architecture, up from 14 systems from six partners last year. Using MGX can help slash development costs by up to three-quarters and reduce development time by two-thirds, to just six months.

AMD and Intel are supporting the MGX architecture with plans to deliver, for the first time, their own CPU host processor module designs. This includes the next-generation AMD Turin platform and the Intel ® Xeon ® 6 processor with P-cores (formerly codenamed Granite Rapids). Any server system builder can use these reference designs to save development time while ensuring consistency in design and performance.

NVIDIA’s latest platform, the GB200 NVL2, also leverages MGX and Blackwell. Its scale-out, single-node design enables a wide variety of system configurations and networking options to seamlessly integrate accelerated computing into existing data center infrastructure.

The GB200 NVL2 joins the Blackwell product lineup, which also includes NVIDIA Blackwell Tensor Core GPUs, GB200 Grace Blackwell Superchips and the GB200 NVL72.

An Ecosystem Unites NVIDIA’s comprehensive partner ecosystem includes TSMC, the world’s leading semiconductor manufacturer and an NVIDIA foundry partner, as well as global electronics makers, which provide key components to create AI factories. These include manufacturing innovations such as server racks, power delivery, cooling solutions and more from companies such as Amphenol, Asia Vital Components (AVC), Cooler Master, Colder Products Company (CPC), Danfoss, Delta Electronics and LITEON.

As a result, new data center infrastructure can quickly be developed and deployed to meet the needs of the world’s enterprises — and further accelerated by Blackwell technology, NVIDIA Quantum-2 or Quantum-X800 InfiniBand networking , NVIDIA Spectrum™-X Ethernet networking and NVIDIA BlueField ® -3 DPUs — in servers from leading systems makers Dell Technologies, Hewlett Packard Enterprise and Lenovo.

Enterprises can also access the NVIDIA AI Enterprise software platform , which includes NVIDIA NIM™ inference microservices , to create and run production-grade generative AI applications.

Taiwan Embraces Blackwell Huang also announced during his keynote that Taiwan's leading companies are rapidly adopting Blackwell to bring the power of AI to their own businesses.

Taiwan’s leading medical center, Chang Gung Memorial Hospital, plans to use the NVIDIA Blackwell computing platform to advance biomedical research and accelerate imaging and language applications to improve clinical workflows, ultimately enhancing patient care.

Foxconn, one of the world’s largest makers of electronics, is planning to use NVIDIA Grace Blackwell to develop smart solution platforms for AI-powered electric vehicle and robotics platforms, as well as a growing number of language-based generative AI services to provide more personalized experiences to its customers.

Additional Supporting Quotes

• R. Adam Norwitt, president and CEO at Amphenol: “NVIDIA’s groundbreaking AI systems require advanced interconnect solutions, and Amphenol is proud to be supplying critical components. As an important partner in NVIDIA’s rich ecosystem, we are able to provide highly complex and efficient interconnect products for Blackwell accelerators to help deliver cutting-edge performance.”
• Spencer Shen, chairman and CEO at AVC: “AVC plays a key role in NVIDIA products, providing efficient cooling for its AI hardware, including the latest Grace Blackwell Superchip. As AI models and workloads continue to grow, reliable thermal management is important to handle intensive AI computing — and we’re with NVIDIA every step of the way.”
• Jonney Shih, chairman at ASUS: “ASUS is working with NVIDIA to take enterprise AI to new heights with our powerful server lineup, which we’ll be showcasing at COMPUTEX. Using NVIDIA’s MGX and Blackwell platforms, we’re able to craft tailored data center solutions built to handle customer workloads across training, inference, data analytics and HPC.”
• Janel Wittmayer, president of Dover Corporation’s CPC : “CPC’s innovative, purpose-built connector technology enables the easy and reliable connection of liquid-cooled NVIDIA GPUs in AI systems. With a shared vision of performance and quality, CPC has the capacity and expertise to supply critical technological components to support NVIDIA’s incredible growth and progress. Our connectors are central to maintaining the integrity of temperature-sensitive products, which is important when AI systems are running compute-intensive tasks. We are excited to be part of the NVIDIA ecosystem and bring our technology to new applications.”
• Andy Lin, CEO at Cooler Master : “As the demand for accelerated computing continues to soar, so does demand for solutions that effectively meet energy standards for enterprises leveraging cutting-edge accelerators. As a pioneer in thermal management solutions, Cooler Master is helping unlock the full potential of the NVIDIA Blackwell platform, which will deliver incredible performance to customers.”
• Kim Fausing, CEO at Danfoss: “Danfoss’ focus on innovative, high-performance quick disconnect and fluid power designs makes our couplings valuable for enabling efficient, reliable and safe operation in data centers. As a vital part of NVIDIA’s AI ecosystem, our work together enables data centers to meet surging AI demands while minimizing environmental impact.”
• Ping Cheng, chairman and CEO at Delta Electronics: “The ubiquitous demand for computing power has ignited a new era of accelerated performance capabilities. Through our advanced cooling and power systems, Delta has developed innovative solutions capable of enabling NVIDIA’s Blackwell platform to operate at peak performance levels, while maintaining energy and thermal efficiency.”
• Etay Lee, vice president and general manager at GIGABYTE: “With our collaboration spanning nearly three decades, GIGABYTE has a deep commitment to supporting NVIDIA technologies across GPUs, CPUs, DPUs and high-speed networking. For enterprises to achieve even greater performance and energy efficiency for the compute-intensive workloads, we’re bringing to market a broad range of Blackwell-based systems.”
• Young Liu, chairman and CEO at Hon Hai Technology Group: “As generative AI transforms industries, Foxconn stands ready with cutting-edge solutions to meet the most diverse and demanding computing needs. Not only do we use the latest Blackwell platform in our own servers, but we also help provide the key components to NVIDIA, giving our customers faster time-to-market.”
• Jack Tsai, president at Inventec: “For nearly half a century, Inventec has been designing and manufacturing electronic products and components — the lifeblood of our business. Through our NVIDIA MGX rack-based solution powered by the NVIDIA Grace Blackwell Superchip, we’re helping customers enter a new realm of AI capability and performance.”
• Anson Chiu, president at LITEON Technology: “In pursuit of greener and more sustainable data centers, power management and cooling solutions are taking center stage. With the launch of the NVIDIA Blackwell platform, LITEON is releasing multiple liquid-cooling solutions that enable NVIDIA partners to unlock the future of highly efficient, environmentally friendly data centers.”
• Barry Lam, chairman at Quanta Computer: “We stand at the center of an AI-driven world, where innovation is accelerating like never before. NVIDIA Blackwell is not just an engine; it is the spark igniting this industrial revolution. When defining the next era of generative AI, Quanta proudly joins NVIDIA on this amazing journey. Together, we will shape and define a new chapter of AI.”
• Charles Liang, president and CEO at Supermicro: “Our building-block architecture and rack-scale, liquid-cooling solutions, combined with our in-house engineering and global production capacity of 5,000 racks per month, enable us to quickly deliver a wide range of game-changing NVIDIA AI platform-based products to AI factories worldwide. Our liquid-cooled or air-cooled high-performance systems with rack-scale design, optimized for all products based on the NVIDIA Blackwell architecture, will give customers an incredible choice of platforms to meet their needs for next-level computing, as well as a major leap into the future of AI.”
• C.C. Wei, CEO at TSMC:  “TSMC works closely with NVIDIA to push the limits of semiconductor innovation that enables them to realize their visions for AI. Our industry-leading semiconductor manufacturing technologies helped shape NVIDIA’s groundbreaking GPUs, including those based on the Blackwell architecture.”
• Jeff Lin, CEO at Wistron: “As a key manufacturing partner, Wistron has been on an incredible journey alongside NVIDIA delivering GPU computing technologies and AI cloud solutions to customers. Now we’re working with NVIDIA's latest GPU architectures and reference designs, such as Blackwell and MGX, to quickly bring tremendous new AI computing products to market.”
• William Lin, president at Wiwynn: “Wiwynn is focused on helping customers address the rising demand for massive computing power and advanced cooling solutions in the era of generative AI. With our latest lineup based on the NVIDIA Grace Blackwell and MGX platforms, we’re building optimized, rack-level, liquid-cooled AI servers tailored specifically for the demanding workloads of hyperscale cloud providers and enterprises.”

To learn more about the NVIDIA Blackwell and MGX platforms, watch Huang’s COMPUTEX keynote .

About NVIDIA NVIDIA (NASDAQ: NVDA) is the world leader in accelerated computing.

For further information, contact: Kristin Uchiyama NVIDIA Corporation +1-408-313-0448 [email protected]

Certain statements in this press release including, but not limited to, statements as to: the benefits, impact, performance, and availability of our products, services, and technologies, including NVIDIA Blackwell architecture-powered systems, NVIDIA networking and infrastructure for enterprises, NVIDIA MGX modular reference design platform, NVIDIA GB200 NVL2 platform, NVLink-C2C, NVIDIA Blackwell Tensor Core GPUs, GB200 Grace Blackwell Superchips, GB200 NVL72, NVIDIA Quantum-2 and Quantum-X800 InfiniBand networking, NVIDIA Spectrum-X Ethernet networking, and NVIDIA BlueField-3 DPUs; third parties using and adopting our technologies and products, our collaboration and partnership with third parties and the benefits and impact thereof, and the features, performance and availability of their offerings; generative AI being the defining technology of our time, and Blackwell being the engine that will drive this new industrial revolution; and the whole industry — from server, networking and infrastructure manufacturers to software developers — gearing up for Blackwell to accelerate AI-powered innovation for every field are forward-looking statements that are subject to risks and uncertainties that could cause results to be materially different than expectations. Important factors that could cause actual results to differ materially include: global economic conditions; our reliance on third parties to manufacture, assemble, package and test our products; the impact of technological development and competition; development of new products and technologies or enhancements to our existing product and technologies; market acceptance of our products or our partners' products; design, manufacturing or software defects; changes in consumer preferences or demands; changes in industry standards and interfaces; unexpected loss of performance of our products or technologies when integrated into systems; as well as other factors detailed from time to time in the most recent reports NVIDIA files with the Securities and Exchange Commission, or SEC, including, but not limited to, its annual report on Form 10-K and quarterly reports on Form 10-Q. Copies of reports filed with the SEC are posted on the company's website and are available from NVIDIA without charge. These forward-looking statements are not guarantees of future performance and speak only as of the date hereof, and, except as required by law, NVIDIA disclaims any obligation to update these forward-looking statements to reflect future events or circumstances.

© 2024 NVIDIA Corporation. All rights reserved. NVIDIA, the NVIDIA logo, BlueField, NVIDIA MGX, NVIDIA NIM, NVIDIA Spectrum, and NVLink are trademarks and/or registered trademarks of NVIDIA Corporation in the U.S. and other countries. Other company and product names may be trademarks of the respective companies with which they are associated. Features, pricing, availability and specifications are subject to change without notice.

A photo accompanying this announcement is available at: https://www.globenewswire.com/NewsRoom/AttachmentNg/6319a9a5-0d6b-43a2-b728-902bc9922315

AI Factories

NVIDIA and top computer manufacturers unveiled an array of NVIDIA Blackwell products and more technologies to build a new type of data center — AI factories.

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