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100% of your donations go directly to Shabani.

Shabani is a student from Tanzania who is fully funded for this school year! Fund another student here.

$40 raised
$0 to go
Shabani Mnungwana
The most challenging experience of my life occurred during my advanced-level studies (A-level) when I struggled with poor academic performance. This created a sense of fear and doubt in my ability to achieve my future goals. However, through this struggle, I learned an important lesson: every challenge has a solution. I decided not to give up, but to work harder. With persistence and dedication, I was able to turn my academic performance around and achieve success in my studies.
One of the happiest and most memorable moments in my life was when the TSFTZ family provided me with the support I needed to study comfortably. This assistance allowed me to focus on my studies without worrying about financial challenges, and it played a significant role in helping me do well in my exams. My dream is to become a biotechnologist—someone who can harness the potential of living organisms, such as plants and animals, to create new products that improve human life. This passion has driven me to continue working hard and striving to achieve my goals.
During my time at advanced school, I was honored to be selected as the chairperson of the Tanzania Muslim Students Youth Association (TAMSYA). Being in this leadership role made me proud, as it gave me the chance to make a difference and implement new ideas. Through my leadership in both my school and the organization, I was able to raise awareness among students about important religious and academic issues. I learned the value of transparency, accountability, and effective communication. By managing responsibilities and leading with integrity, I helped create an environment of growth and development for those around me.

Birthday: 2004

Gender: Male

Favorite Classes: Biology and chemistry

Favorite Books: Holly, educational and biology books

I Want to Be: Biotechnologist

Hobbies: Studying books, playing football

Family: father, mother, 3 brothers, 1 sister

O-Level School: Miyomboni Secondary School

A-Level School: Lupa high school

University: Mbeya university of science and technology (MUST)

Funding for first year (40) 2024:
Tuition, Exams, Uniform   $40

TOTAL   $40
Funding for Form 6 2023: $100
Funding for Form 5 2022: $150
Funding for Form 4 2021: $150
Funding for Form 3 2020: $150
Funding for form 2 2019: $100
Shabani's Journal
602 Entries
hello family
Today I want to share with you about the history of computer development.
Here’s a quick sweep through the major milestones in computer history:

- *Pre‑digital (‑1800s)* – Mechanical calculators like the abacus and Pascal’s adding machine showed that computation could be automated. Charles Babbage’s “Analytical Engine” (1837) is considered the first design for a programmable computer, though it was never built.

- *Early electronic computers (1940‑1950s)* – ENIAC (1945) and Colombe (1943) used vacuum tubes to perform calculations thousands of times faster than mechanical devices. The von Neumann architecture (mid‑1940s) introduced the stored‑program concept, where both data and instructions live in the same memory.

- *Transistors & mainframes (late 1950s‑1960s)* – Replacing bulky tubes with transistors made computers smaller, faster, and more reliable. IBM’s 7000 series and later the System/360 brought mainframe computing to businesses and governments.

- *Integrated circuits & minicomputers (1960s‑1970s)* – Chips that packed many transistors onto a single silicon wafer enabled the rise of minicomputers like the DEC PDP‑11, which were affordable enough for universities and research labs.

- *Microprocessors & personal computers (1970s‑1980s)* – Intel’s 4004 (1971) was the first commercial microprocessor. This led to kits such as the Altair 8800 and fully assembled machines like the Apple II, Commodore 64, and IBM PC, putting computing into homes and small offices.

- *Graphical user interfaces & networking (1980s‑1990s)* – Xerox PARC’s GUI, popularized by the Macintosh and later Windows, made computers intuitive. Meanwhile, ARPANET evolved into the Internet, turning isolated machines into a global network.

- *Mobile & cloud era (2000s‑present)* – Smartphones and tablets brought powerful processors into pockets. Cloud platforms (AWS, Azure, Google Cloud) shifted much of the heavy lifting to massive data centers, while open‑source software and AI accelerators (GPUs, TPUs) are reshaping what computers can do.
Hello dear TSF members 👋,
It's my pleasure that you are all fine, on my side things are going well 💪. It's another day, I would like to share with you just a little on the knowledge of biotechnology as a field that I pursue in my studies , may be you can be motivated to study it after reaching a diploma or university level , it's as follows below;

What is Biotechnology 🧬🧬?
Biotechnology is the use of living organisms and their biological processes to create products or technologies that benefit humans. It encompasses a wide range of applications, from medicine and agriculture to environmental conservation and industrial processes.
Key Applications of Biotechnology:
* Medicine:
* Drug development: Creating new medicines, such as insulin for diabetes and vaccines for infectious diseases.
* Gene therapy: Correcting genetic defects by replacing faulty genes with healthy ones.
* Diagnostics: Developing tools for early disease detection and personalized medicine.
* Agriculture:
* Genetic modification: Creating crops that are more resistant to pests, diseases, and environmental stresses.
* Improved livestock: Developing animals with enhanced growth rates, disease resistance, and milk production.
* Environmental Conservation:
* Bioremediation: Using microorganisms to clean up pollution in soil and water.
* Waste treatment: Developing biological processes to break down organic waste and reduce environmental impact.
* Industrial Processes:
* Biofuels: Producing renewable energy sources like ethanol and biodiesel from plant materials.
* Biomaterials: Creating biodegradable materials for use in medicine and industry.
Importance of Biotechnology:
Biotechnology plays a crucial role in addressing global challenges such as:
* Improving human health: Developing treatments for diseases, increasing life expectancy, and enhancing quality of life.
* Ensuring food security: Increasing crop yields, improving food quality, and reducing reliance on chemical inputs.
* Protecting the environment: Developing sustainable solutions for pollution control and waste management.
* Driving economic growth: Creating new industries, jobs, and innovative products.

In a nutshell biotechnology is a rapidly evolving field with the potential to revolutionize many aspects of human life. By harnessing the power of living organisms, we can create a healthier, more sustainable, and more prosperous future. I hope you understand what biotechnology field deal with, I would like to hear from you is it interesting field or any opinion concerning this field.

HAVE A NICE WEEKEND 😊
Shabani jr.
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