- BUCC SyncUp
- Posts
- BUCC SyncUp - May 2025
BUCC SyncUp - May 2025

bracucc.org • May 2025 BUCC Highlights Launch of Nimbus : BUCC’s own ChatBot Anika Salsabil Senior Executive, Press Release and Publications Just like Harry Potter navigating the wizarding world with his trusted broom ‘Nimbus 2000’, BRAC University Computer Club launched its very own AI-powered chatBot, ‘Nimbus’, to help students navigate their campus and club life. ![]() Nimbus was created by a dedicated and talented team at BRAC University Computer Club. After their tireless efforts brought it to life, ‘Nimbus’ was officially launched on 26th April 2025 during the En-Queue Fresher’s Orientation of Spring 2025 by BUCC General Secretary Ishrak Hamim Mahi. He unveiled ‘Nimbus’ with a captivating presentation, showcasing its features and usability. Nimbus is not only for friendly conversation, but it also provides information about BRAC University Computer Club’s activities and events. It can also share updates on other clubs’ upcoming programs, workshops, and campus happenings. Nimbus ends the hassle of finding study spaces or facilities on campus by guiding users effectively. It also offers tips on student life, career skills, and campus culture. As BUCC continues to explore the frontiers of technology, Nimbus stands as both a functional tool and a testament to the club’s innovation. It marks a new beginning where technology, creativity, and student initiative converge to build smarter solutions, true to the motto, ‘Upgrade Yourself’. | bracucc.org • May 2025 En-Queue Fresher's Orientation of Spring 2025 BRAC University Computer Club (BUCC) hosted its vibrant En-Queue Freshers' Orientation Spring 2025 on April 26th. Welcoming the changemakers of tomorrow, the BUCC family transformed the BRACU auditorium with retro arcade-inspired décor, creating a nostalgic vibe. Distinguished guests, including Registrar Dr. David Dawland, CSE lecturer Md Shamsul Kaonain, BUCC Advisor Annajiat Alim Rasel Sir, and Co-Advisor Jawaril Munshad Abedin Ma'am, shared inspiring insights on skill development and meaningful connections. ![]() Key milestones reached by BUCC were discussed and unveiled during the orientation. Sabbir Akon (Assistant Director of Event Management) and Khandoker Nazmul Islam (Assistant Director of Communication and Marketing) discussed the initiatives and achievements of the BUCC sports wing. The directors of Press Releases and Publications, Tahmid Iqbal and Anisha Irin Ahmed, showcased the official BUCC newsletter, Sync-Up. Next, Ishrak Hamim Mahi, the General Secretary of BUCC, unveiled BUCC's AI chatbot Nimbus. Finally, Different departments showcased their creativity and passion by featuring interactive games and dramas for the recruits to delve into. The closing moments of the orientation were marked by an honourable tribute to the illustrious former panel, ”Chiranjit 24” whose legacy was celebrated with reverence and by a poignant photo session to preserve the cherished memories of a truly unforgettable day. |
Seminar on HAM Radio 101 On 17 April 2025, BRAC University Computer Club (BUCC) organized a webinar titled “HAM Radio 101” with the aim of inspiring participants to begin their journey in the field of amateur radio and explore its application in global communication. The webinar was hosted by BUCC’s senior executive from the Press Release and Publications department, Anika Salsabil and featured notable speeches from Mr. Nazrul Islam, Vice President of ARSB; Mr. Mufid Islam, Head of IT of Broadcast Operation and Engineering at Duronto TV; Mr. Zubayer Ali Bilal, PCB Design Expert. ![]() The speakers shared their enthusiasm for the field, explaining the basics of what amateur radio is and the fundamentals of its application both nationally and globally. They gave insights into the process of obtaining a license and provided related information. They discussed what kind of work you can engage with and highlighted the benefits of being a HAM operator such as creating projects, being part of an amazing community, having a national impact through your work. Furthermore, they clarified the details of the field for the audience. The seminar ended with an Q&A session where Mr. Nazrul Islam answered all the questions from the participants. | BUCC launched A.M. Turing Research Incubation Wing Here, we will gain valuable insights into the research process, which will be immensely helpful for those working on their thesis projects. We have a week-by-week plan in place, with more details to be published soon. The top teams will be recommended to our expert faculty for further advanced research opportunities and direct mentorship.Overall, this wing will serve as a one-stop solution for all questions and hesitations regarding research work, providing clear guidance on how the research structure works. Tech Riddles Afrin Anowar Tanisha General Member, Press Release and Publications 1.ㅤYou can break me easily. But I’m not glass nor a heart. I protect your privacy, so don’t let me pass ! 2.ㅤI’m not a genie, but I can grant you unlimited wishes… if you know the right words. 3.ㅤI can hold everything in the world, but the more I have, the slower I get. 4.ㅤI can open doors or bring down empires. Just a string of characters—but with power beyond measure. |
Tech Talk & Bytes
bracucc.org • May 2025
The Evolution of Computers: Understanding the Five Generations
G M Jubayer Zaman
Senior Executive, Press Release and Publications
The story of computers is one of remarkable evolution. From massive, room-sized machines to pocket-sized devices with unimaginable power, the development of computer technology has been divided into five distinct generations. Each generation brought groundbreaking innovations that not only changed how computers looked and worked but also how we live and interact with technology today.
First Generation (1940–1956): The Age of Vacuum Tubes
The first generation of computers used vacuum tubes for circuitry and magnetic drums for memory. These machines were massive, guzzled electricity like there was no tomorrow, and gave off so much heat that they’d often break down from the stress. Programming was done in machine language, the most basic form of coding consisting of binary digits (0s and 1s). These computers marked the beginning of digital computing despite their limitations. Famous examples include ENIAC and UNIVAC.
Second Generation (1956–1963): The Rise of Transistors
A major leap occurred when vacuum tubes were replaced by transistors, which were smaller, more reliable, and more energy-efficient. Second-generation computers were faster and more dependable, and they used punched cards and magnetic tape for data input and storage. Programming moved forward with the introduction of assembly language, which was easier to understand than binary. This generation set the foundation for more complex computing in future.
Third Generation (1964–1971): The Power of Integrated Circuits
With the invention of integrated circuits (ICs), computers became significantly smaller and more powerful. Just one integrated circuit could do the job of several transistors, helping computers run faster, smoother, and with a lot more efficiency. This generation introduced the concept of operating systems. This allowed multiple applications to run at the same time. High-level programming languages like FORTRAN, COBOL, and BASIC became popular. The IBM 360 series is a well-known product from this era.

Fourth Generation (1971–Present): The Era of Microprocessors
The fourth generation brought perhaps the most important innovation: the microprocessor. A single chip now contained the entire CPU, which drastically reduced the size and cost of computers while increasing their power. This era saw the birth of personal computers (PCs) and widespread adoption of computers in both homes and offices. Graphical user interfaces, keyboards, and mice became standard. Programming languages like C, C++, and later Python gained popularity. Companies like Apple, Microsoft, and IBM flourished during this time.
Fifth Generation (Present and Beyond): Intelligence Redefined
Today’s generation of computers focuses on Artificial Intelligence (AI) and machine learning. Fifth-generation computers are designed to understand natural language, learn from data, and even make decisions. Technologies like voice assistants (Siri, Alexa), self-driving cars, robotics, and supercomputers are examples of how AI is being integrated into our daily lives. Quantum computing is also being explored by the researchers. In the near future, this aims to revolutionize the processing power and problem-solving abilities.
From the huge, clunky vacuum tube computers of the 1940s to today's smart, voice-controlled gadgets, the journey of computers shows just how creative and innovative people have been. Each new generation has taken the concept of technology a step further, which is ultimately getting us closer to a future where computers are more than just tools. They’re like day-to-day thinking partners. Looking at how far we’ve come makes us aware just how much has changed, and how many exciting things are still ahead waiting for us.
Reference: https://opentextbc.ca/computerstudies/chapter/classification-of-generations-of-computers/
bracucc.org • May 2025 Water is Life (for AIs too) Zafrin Zaman Mithila General Member, Press Release and Publications “Water is life” turns out the phrase is not just applicable to all the known life on earth but AIs too. AI has a huge thirst, and it’s just not for data. Researchers estimate that every 20 to 50 prompts you give to ChatGPT can consume about 500 milliliters of water. It is said that by 2027, AI is projected to consume between 4.2 billion and 6.6 billion cubic meters of water annually. Behind every AI-generated meme, image, essay, video, playlist recommendation, blog post, chatbot response, and even AI- powered code generation lies a massive amount of water to keep the technology running. Basically, water is used in data center cooling, electricity generation and hardware manufacturing. Sophisticated cooling systems in data centers utilize water to absorb and dissipate heat to maintain an optimal temperature. Additionally, the electricity needed to power data centers often comes from thermoelectric or hydroelectric plants that require significant amounts of water for operation. Moreover, the production of AI hardware also involves a lot of water usage. As per a report, it is said that manufacturing a single microchip can require almost 8-10 liters of water. Now comes the striking question - What’s at stake? AI’s growing water consumption has real and alarming consequences in future. One of the key problems is that data centers are often built in places where electricity is cheap, but water is scarce. This can lead to tough competition between tech companies and local communities. As droughts are one of the first catastrophic sequences of climate change, AI’s water footprint is an urgent issue that needs serious attention. Answers of Tech Riddles 1.CAPTCHAㅤ 2.AIㅤ 3.Hard Driveㅤ 4.Password The Artistic Soul of Video Games Tahsin Ahmed General Member, Press Release and Publications When most people think of video games, they do not see them as anything more than a form of entertainment. While partially true, I would argue they are much more than that. When you ask someone what forms of media are considered art, the usual replies generally include paintings, music, literature, and cinema. However, if you think deeply enough, it becomes apparent that video games encompass all the previously mentioned media. To create a video game, you not only need programmers, but you also need musicians, artists, authors, and actors. The author tells the story, the artist brings his vision to life, the musician creates the melodies that hold emotions, and the developers get all of that together to create the latest innovation in art. Contrarily, most people generally look down upon video games. While a person delving into music and literature is considered elegant, very few would hold the same opinion for those who enjoy video games. I believe that is because most choose multiplayer games such as Valorant, R6, and Counter-Strike as their go-to game. I am not telling anyone to avoid these games, but I feel like they do not represent what video games can offer. ![]() To truly experience the epitome of this media, you cannot help but start with the widely recognised Red Dead Redemption 2. I have yet to meet someone who has played this game but didn't shed a tear during its bittersweet end. Red Dead Redemption 2 is an amalgamation of breathtaking visuals, beautiful music, and a heart-wrenching narrative. And if you lean more towards literature, Disco Elysium is made for you. | bracucc.org • May 2025 This game has twice as many lines of text as Leo Tolstoy's War & Peace and is fully voice-acted. Playing this game feels nothing less than reading a novel of epic proportions. When I contemplate video games as a form of art, these are but two games that come to mind, while an entire library full of games like Ghost of Tsushima, Hollow Knight, and Dark Souls remains. So, before booting up the latest Esports title, consider giving one of them a chance. Blockchain: The Decentralized System Sumaya Afroze Chaha Executive, Press Release and Publications Many people might have heard about blockchain and they think that blockchain technology is related to cryptocurrencies such as Bitcoin.Basically blockchain is a decentralized and transparent digital ledger that records databases across multiple computers, making it secure and tamper-resistant. It is best known for its important role in the cryptocurrency system for maintaining a secure and decentralized record of transactions. The concept of blockchain was first implemented in 2009 by an anonymous developer named Satoshi Nakamoto who made Bitcoin with the help of blockchain. A blockchain is somehow similar to a spreadsheet or database where information is entered and stored. Mainly blockchain consists of a chain of blocks where each block contains three elements such as a data where for Bitcoin, transaction record will be stored as data, then for each data a code will be generated called hash and lastly there will be stored the hash of previous block. These blocks are linked using these cryptographic hashes. ![]() As blockchain is maintained by a network where every participant has the copy of the entire blockchain so no one can change any copy of a block. If anyone tries to make a change in any of a block then the person has to share his/her block with the network where transparency and accountability will be required such as chain management and voting system. Which means if a hacker wants to alter a blockchain and steal cryptocurrency, he needs to convince the majority of the network that his/her copy is the valid one. Blockchain offers enhanced security. Due to its decentralized nature and the use of algorithms, it is difficult for hackers to tamper with the data stored on the blockchain. And for its transparency nature, transactions can be transparently tracked by any participant of the network. Blockchain is not limited to cryptocurrency uses only it has found applications in various industries. Blockchain can be used for smart contracts, which are self executing contracts with the terms of the agreement directly written into code. It reduces the risk of fraud. These technology can also be used in hospital management where patients data will be safe and secured with the help of blockchain.Blockchain has turned out to be a reliable and trusted way of storing data in any field.Some companies are doing experiment with blockchain technology such as Walmart, Pfizer, AIG, Siemens, Unilever etc. Forbes has reported that the food industry is increasingly adopting the use of blockchain to track the path and the safety of food throughout the entire journey from farm to the client.Blockchain is being explored for its potential in areas like identity management, supply chain tracking and decentralized applications (DApps). Its versatility and potential impact on various industries have made it a subject of great interest and ongoing research. |
CONTRIBUTORS
Governing BodiesIstiak Zaman Shuvo President Sumaya Hasan Prokrity Vice President Ishrak Hamim Mahi General Secretary MD. Affan Hossain Rakib Treasurer | Executive BodiesMD. Tahmid Iqbal Director, Press Release and Publications Anisha Irin Ahmed Director, Press Release and Publications Pritom Mondal Director, Creative |
Senior Executives
G M Jubayer Zaman
Press Release and Publications
Mukshitur Rahman Raphy
Press Release and Publications
Sanjana Tahsin
Creative
Maroof Abdullah
Creative
Jahra Binte Mamoon
Creative




