Mada za sehemu hiiDemonstrate understanding of Automated and Emerging technologies [Automated systems, Artificial Intelligence, Machine learning, 3D and holographic imaging, Virtual Reality (VR), Augmented Reality (AR), etc.]Mada 6
- Demonstrate basic understanding of automated system and how sensors, microprocessors and actuators can be used in collaboration to create automated systems
- Describe the advantages and disadvantages of an automated system used for various scenario (agriculture, Industry, transport, weather, etc)
- Create simple automated system for specific challenge in surrounding environment
- Describe the concept of emerging technologies (Meaning, types, importance, advantages and disadvantages, and their impacts in everyday life)
- Demonstrate practical understanding of building blocks and components of artificial intelligence: basics algorithms, machine learning, and neural networks
- Demonstrate practical understanding of impacts of emerging technologies in everyday life
Emerging Technologies
Throughout history, human beings have developed tools and techniques to solve problems, improve living standards, and expand opportunities. From the discovery of fire to the invention of the wheel, electricity, and computers, technology has been the engine of progress. In the 21st century, technological development is happening at an unprecedented speed. New inventions and innovations are appearing almost every day, transforming how we learn, work, communicate, and live. These are called emerging technologies and have demonstrated the power to reshape entire industries, create new opportunities, and pose new challenges.
Since the end of the 18th century, the world has gone through four industrial revolutions. In the first, second, and third industrial revolutions, production was based on steam, electricity, and Information Technology respectively. The fourth industrial revolution is driven by cyber-physical systems, which connect intelligent machines, smart gadgets, processes, and customers.
Emerging technologies are new or rapidly advancing innovations that are still in development or in the early stages of adoption but have the potential to transform society and the economy.
These technologies combine digital, physical, and biological systems in new ways. They are characterized by their ability to recreate, extend, or enhance human abilities in interacting with the world. Understanding them helps students, workers, and citizens prepare for the future.
(a) Artificial Intelligence (AI)
Computers and systems that mimic human intelligence by reasoning, problem-solving, and decision-making.
- Example: Chatbots like ChatGPT, fraud detection in banks.
(b) Machine Learning (ML)
A subset of AI where systems learn from data and improve automatically.
- Example: Predicting weather, detecting diseases from medical images.
(c) Automated Systems and Robotics
Machines and systems that perform tasks with minimal human control.
- Example: Smart irrigation pumps and self-driving cars.
(d) Virtual Reality (VR)
Fully immersive 3D environments where users interact with a simulated world.
- Example: Google Cardboard tours of Serengeti.
(e) Augmented Reality (AR)
Overlay of digital content on the real-world using phones or glasses.
- Example: AR apps showing 3D heart models when scanning a biology textbook.
(f) 3D Holography
Projection of floating 3D images visible without special glasses.
- Example: Medical 3D models, holographic concerts.
(g) Internet of Things (IoT)
Network of devices connected to the Internet to collect, share, and respond to data automatically.
- Example: Smart homes, connected cars, agricultural sensors.
(h) Biotechnology and Nanotechnology
Use of biological and tiny-scale materials to improve medicine, farming, and industry.
- Example: Genetically modified crops, nanomedicine for cancer treatment.
(a) Boosting Productivity
Machines and AI perform repetitive tasks faster, allowing humans to focus on more creative and complex work.
(b) Solving Global Challenges
Innovations address climate change, health crises, and food shortages through advanced data analysis and automation.
(c) Creating New Opportunities
Emerging technologies create new fields and professions such as AI engineers, data scientists, app developers, cybersecurity experts, and drone operators.
(d) Improving Quality of Life
Smarter healthcare, accessible education, and efficient transport systems enhance daily living standards.
(e) Enabling Data-Driven Decisions
Real-time data collection and analysis enable accurate planning and actions in business, agriculture, and governance.
| Advantages | Disadvantages |
|---|---|
| Enhances efficiency and speed of work | Can lead to unemployment in traditional jobs |
| Encourages innovation and creativity | Can increase inequality (digital divide) |
| Improves healthcare, education, and business operations | Raises ethical concerns (privacy, surveillance) |
| Opens global communication and opportunities | May cause overdependence on machines |
(a) Impact on Employment
Job Creation: Emerging technologies create new fields and professions. For example, the expansion of mobile money in Tanzania (M-Pesa, Tigo Pesa, Airtel Money) created employment for thousands of agents.
Job Loss and Automation: Automated systems and AI reduce the need for repetitive, manual, or clerical work. Self-service ATMs replace bank tellers, and barcode scanners reduce the need for cashiers. Workers with traditional skills may become unemployed if they do not reskill.
Shift in Work Structure: New forms of work such as freelancing, gig economy, and remote jobs are growing. Freelance programmers and graphic designers can now work online for global companies.
(b) Impact on Skills and Nature of Work
New Skill Demands: Digital literacy, programming, problem-solving, and adaptability are more important than ever. Workers need both technical and soft skills.
Lifelong Learning: The fast pace of technology means people must continuously upgrade their knowledge. A teacher learns to use online teaching platforms; a farmer learns to use mobile weather apps.
Blending Traditional and Modern Skills: Workers combine domain knowledge with digital skills. A doctor uses AI-powered diagnostic tools; a farmer uses drones for crop monitoring.
(c) Impact on Business
Access over Ownership: Consumers prefer access to services over owning physical products. Instead of buying DVDs, people use Netflix; instead of owning taxis, people use ride-hailing apps.
Product Data Enhancement: Businesses use customer data to improve products and personalize services. Smartphones suggest apps; YouTube recommends videos based on viewing history.
Increased Efficiency and Productivity: Automation in factories reduces production time and errors. In agriculture, automated irrigation systems save water and improve yields.
New Business Models: Online shops and e-commerce platforms (Jumia, Kilimall) allow small businesses in Tanzania to reach wider markets.
(d) Impact on Security
Positive Contributions: Biometric systems (fingerprint, iris, facial recognition) enhance security in banks, airports, and phones. AI monitoring systems detect suspicious transactions and fraud. Surveillance cameras and drones improve public safety.
Emerging Risks: Cybercrime involves hackers stealing money, data, and personal information. Identity theft uses stolen personal data for fraud. Data privacy issues arise when companies misuse or sell user information without consent.
(e) Impact on Society and Individuals
Communication and Connectivity: Social media platforms (WhatsApp, Facebook, Instagram, TikTok) allow instant communication and knowledge sharing.
Education: Online learning platforms expand access to education. During COVID-19, many Tanzanian schools used radio, TV, and online platforms for teaching.
Healthcare: Telemedicine allows patients to consult doctors remotely. Wearable devices monitor health indicators like heart rate. AI assists in disease diagnosis.
Social Behavior: Increased screen time may reduce face-to-face interactions. Overuse of social media can cause addiction, stress, and misinformation.
Opportunities for Innovation: Young entrepreneurs can use emerging technologies to solve local problems. Tanzanian startups are developing apps for agriculture, e-health, and mobile finance.
Ethical Concerns: Surveillance versus privacy is an ongoing debate. Not everyone has equal access to technology, creating a digital divide.
In Tanzania, emerging technologies like mobile money (M-Pesa, Tigo Pesa) and AI-powered fraud detection have transformed everyday life. For example, when Mr. Ng'ing'i in Dar es Salaam receives a bank's alert about a suspicious login attempt, AI automatically protects his account — demonstrating how emerging technologies work together to solve real problems in our communities, from financial security to smart farming apps that help farmers in Morogoro monitor crop health using their smartphones.
Swali
What is the correct definition of emerging technologies?
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