AI for Students - Useful AI Tips
In this blog we will explore the emerging disruptive technologies that are changing the world & the way we do business. For technology consultation you can contact me on ajaykbarve@yahoo.com Please send your suggestions and feedback to me at projectincharge@yahoo.com or else if you want to discuss any of the posts.
AI for Students - Useful AI Tips
While traditionally AI operates based on predetermined rules, Generative AI builds ability to learn from data and generate content autonomously. This technology leverages complex algorithms and neural networks to understand patterns and produce outputs that mimic human-like creativity.
ABC Technical Architect Training
Overview of my 12 week training plan designed to equip aspiring and current technical architects with the essential knowledge and skills required to design, evaluate, and lead modern software systems. Each week includes theoretical sessions, hands-on labs, and assessments.
Introduction to Architecture Roles and Responsibilities
Architectural Styles and Patterns (Monolith, Microservices, Event-Driven, etc.)
SOLID, DRY, KISS, YAGNI Principles
Case Study Discussion + Assignment
Domain-Driven Design (DDD)
Clean Architecture & Hexagonal Architecture
Architecture Decision Records (ADRs)
Group Exercise: Designing a Modular Application
Cloud Service Models (IaaS, PaaS, SaaS)
Serverless Design & Event-Driven Computing
12-Factor Apps
Lab: Deploying a Serverless App
Infrastructure as Code (Terraform, AWS CDK)
CI/CD Pipeline Architecture
Containerization and Kubernetes Basics
Lab: Create a CI/CD Pipeline with GitHub Actions
API Design (REST, GraphQL, gRPC)
Event-Driven Design and Messaging Patterns
API Gateway, Service Mesh (Istio, Linkerd)
Hands-on: Implementing API Gateway with Rate Limiting
Threat Modeling & Secure Design Principles
IAM, Encryption, Zero Trust Architecture
Compliance (SOC2, GDPR, HIPAA basics)
Exercise: Securing a Cloud-Native Application
Monitoring, Logging, Tracing (OpenTelemetry, Prometheus)
Chaos Engineering Concepts
Lab: Building Resilience with Circuit Breakers & Retries
Data Modeling and Storage Patterns (OLTP, OLAP, NoSQL)
Real-Time Data Streaming Architecture (Kafka, Kinesis)
AI/ML Architecture, MLOps Overview
Workshop: Designing a Data Pipeline
TOGAF, ArchiMate, Zachman Basics
Business Capability Modeling
Roadmapping & Portfolio Architecture
Practice: Drafting a Solution Architecture Document
Internal Developer Platforms (IDPs)
GitOps, ArgoCD, Feature Flags
Platform as a Product Mindset
Exercise: Building a Developer Onboarding Flow
Edge & IoT Architectures
Blockchain, Web3, DApps
Quantum-Resilient Cryptography
Green Software & Sustainable Architecture
Capstone Project Presentation
Architecture Review Board Simulation
Soft Skills: Stakeholder Communication, Trade-off Narration
Final Evaluation & Feedback
Deliverables:
Weekly Quizzes & Assignments
Hands-on Labs & Mini Projects
Capstone Project
Certificate of Completion
Recommended Tools:
Visual: Lucidchart, PlantUML, draw.io
DevOps: GitHub Actions, Docker, Kubernetes, Terraform
Cloud: AWS, Azure, GCP (based on organization preference)
Data: Kafka, PostgreSQL, Redis, Athena
Optional Tracks (Post Training):
Specialized Deep Dive: AI Architect, Cloud Solution Architect, Platform Architect
Certification Preparation: AWS SA Pro, Azure Architect Expert, TOGAF
![]() | |
Hyper-connected Home |
The number of software applications varies according to the size of the organization. According to a research small businesses use an average of 10 to 22 applications, and in large enterprises, this number rises to an amazing 700 to 1000 software applications!
All these disparate software applications often need to work together, and this is where software integration comes in. I see various motivations for software integration when I talk to business owners and IT managers. They usually want to achieve one of the following:
In the early stages of software integration, one of the main issues would be that everything was proprietary and closed. You would buy an application, and all the information you put in it was accessible only from within that application. Not to mention that often it would be available on a single machine or on a limited set of machines. If you wanted to, for example, access that information from another software application, you were into trouble.
But when there is a will, there is a way, and so software integration started. The software integration challenges were initially addressed by implementing in-house integration solutions that used ad hoc and proprietary protocols themselves.
Eventually, with the addition of more and more software systems and the wider spread of internal and external networks, home-grown solutions were no longer adequate. Software integration evolution had reached a new level. The motto "no system is an island" became common, but there was still no standard solution to the problem.
Over several decades, enterprise integration technologies leveraged one or more integration styles. The earliest integration style was the Remote Procedure Call (RPC) style, used in single-language environments and very popular in the 80s and early 90s. Later, multi-language systems such as CORBA appeared. In these, an explicit Interface Definition Language (IDL) was used, so that the caller and callee could be implemented in different programming languages and even different platforms.
In the end, the use of Application Programming Interfaces, best known as APIs, became the rule. APIs emerged to expose business functionalities provided by one application to other applications. APIs exist so you can reuse them – the concept has been, from the beginning, that multiple applications could consume the same API. The idea was that developers could rely solely on the API to access an application's functionality without worrying about their implementation details.
When developers start using an API, they hope that the API is a contract that will not change. However, APIs are susceptible to the same environmental pressures to change that all software systems face. They are often upgraded, reworked, and sometimes refactored. When this happens, finding actual points of change in the API and making things work again is painstaking work for the developer. This is why API lifecycle management appeared.
Developers also hope they will have to work with as few APIs as possible. This is because each new API represents a new learning curve and involves time and effort. Moreover, when you come across the upgrade problems we mentioned, the developer knows it will help to have few APIs and few inter-dependencies - not to fall into spag
The thing is that this is not always up to the developer, as the need to integrate different software systems grows.
This is what API management is: API lifecycle management for multiple APIs.
As a result of sheer demand, API management using middleware has emerged as a way of using APIs and getting their advantages, while avoiding their known problems. Please note we are looking at API management from the API consumer perspective. If you look at it as an API producer, then the focus will be different.
The middleware acts as a translator that speaks all the API variants the developer needs, translating them into ANSI standard SQL syntax that the developer knows well and can use together with his favorite programming language, such as Python, Java, or C#, just to name a few.
By using such translating middleware, the developer no longer needs to learn a new programming language or gain expertise in the target system API. This makes all the difference, dramatically reducing the time and effort necessary to integrate software.
Using SQL Connector, the developer has two options:
In both cases, completing the integration will require few lines of code and be quite straightforward.
Using such middleware also eliminates the need to redo your code when you upgrade the target system or its APIs. The middleware company itself will handle all the maintenance efforts. It is now their job to guarantee forward compatibility (and sometimes backward compatibility too).
Ultimately, API management gives enterprises greater flexibility by enabling them to go for the software integrations they need while shielding them from the negative aspects and not compromising on security, e.g. maintaining GDPR compliance.
Software integration has long been a pain point for businesses, often leading companies to either maintain their legacy systems for longer than they should or fork over large sums of money on developers to migrate to the latest and greatest.
Fortunately, with software integration evolution, you can easily solve current integration challenges and prepare companies for the future by using today's technology of API management middleware. Whether to simply share data between systems, to modernize legacy systems, or to meet complex requirements, endless integration possibilities are at your fingertips once you start using API middleware.
In the era of generative AI, prompt engineering has emerged as one of the most essential skills for effectively interacting with AI. For beginners 3 popular AI tools are
1) ChatGPT (by OpenAI)
2) Gemini (Google's) and
3) Claude (Anthropic) and 100+ other similar AI tools
So how does this Artificial Intelligence really work?
1) You know a computer runs a Software and can Search Internet and store data
2) 10000 computers can Search Internet and store data much faster than 1 computer
3) If I tell computer to search data about about Dolphin or Coffee it can search and store all information and when I ask a question it can then reply to any question related to Dolphin or Coffee in seconds
4) That is how AI works. There are thousands of computers, all connected to each other, searching information about 'certain words' and storing it in a Database so that when you ask a question they can reply in seconds. (You are right! That is tremendous waste of resources & electricity and that is contributing to global warming but I will write about it in another post)
5) Prompt Engineering is a way of writing a command so that computer knows what 'exactly you are looking for' and give you best results and not a generic reply as you get in Google Search.
6) If I want to explain how Coffee is made to a 10yrs old I should tell computer in so many words so he gives an answer with examples so that 10yrs old can understand it
7) If I want computer to explain 30yrs old how to 'Brew Coffee' at home then I should write a command so that I get a relevant answer
8) Just understand that the more context you provide to AI, the better reply you will get from AI
Prompt engineering is the technique of writing questions (prompts) to get desired outputs from AI systems or in simpler words. Prompt Engineering is way of writing enough details in your question to AI to get best results. This guide is aimed at beginners who are curious about prompt engineering, offering a comprehensive overview of the fundamentals, techniques, and practical examples. If you want to read a 'Marathi' version of this blog please click on this link प्रॉम्प्ट इंजिनिअरिंग: सविस्तर मार्गदर्शक (उदाहरणांसह)
What is Prompt Engineering?
Prompt engineering tells you what details you should put in your question to AI in a way that gives the most useful, relevant, and accurate results. Because ChatGPT generate responses based on patterns learned from massive datasets, the way you ask a question can significantly influence the answer.
In essence, prompt engineering is about:
Understanding how ChatGPT or Gemini interpret and respond to input.
Designing prompts to guide the model's behavior.
Iterating and refining prompts to improve outcomes.
Why Prompt Engineering Matters
AI models are highly capable, but they are not mind readers. They depend entirely on the text provided. Subtle variations in phrasing, tone, specificity, or structure can change the results dramatically.
Benefits of good prompt engineering include:
More accurate and relevant outputs.
Reduced hallucinations or fabricated content.
Increased efficiency in achieving results.
Better alignment with business, educational, or creative goals.
Basic Principles of Prompt Engineering
Clarity
Clear prompts produce clearer responses.
Avoid ambiguity.
Specificity
The more specific the prompt, the better the output.
Specify the format, tone, length, or point of view if needed.
Contextualization
Provide background or context to help the model generate more informed responses.
Instructional Language
Use imperative or guiding language: "List", "Summarize", "Compare", etc.
Iteration
Refine and reword prompts based on outputs.
Use feedback loops.
Types of Prompts -
Descriptive Prompts
Example: "Describe the atmosphere of Mars."
Example: "Describe climate at Hawaii in September 2026 to plan a family holiday "
Instructional Prompts
Example: "Explain how a blockchain works in simple terms."
Example: "Explain how a Aeroplane works in simple terms in 2 paragraphs."
Creative Prompts
Example: "Write a poem in Marathi language about a 10yrs old girl enjoying rains."
Comparative Prompts
Example: "Compare the economic policies of USA and India in a tabular format."
Example: "Explain why per capita income of Srilanka is more than India when India's GDP is much higher than Srilanka."
Conversational Prompts
Example: "Pretend you're a tour guide in ancient Rome. Walk me through a day in the city."
Common Techniques in Prompt Engineering
Zero-Shot Prompting
Asking the model to perform a task without providing examples.
Example: "Translate this sentence into French: 'The sky is blue.'"
Few-Shot Prompting
Providing a few examples to guide the model.
Translate the following sentences to French: 1. The apple is red.
-> La pomme est rouge.
Chain-of-Thought Prompting
Encouraging the model to reason step by step.
Example: "If there are 3 apples and you take away 2, how many are left? Explain your reasoning."
Role-based Prompting
Asking the model to adopt a specific role or persona.
Example: "Act as a professional career coach and give resume tips."
Example: "As a doctor with 10yrs experience analyze attached CBC report of a CML patient , compare it with reports of patient with same age and provide a summary"
( You will have to attach a image or pdf of the report for above prompt using + sign next to typing area in ChatGPT )
Prompt Templates
Predefined prompt formats to standardize input.
Templates are useful in automation and large-scale tasks for example running a advertisement campaign or sending mails to large number of invitee etc
Tips and Best Practices
Be Iterative
Start simple and refine as needed.
Use Constraints
Limit word count, specify format (e.g., bullet points), or define tone (e.g., formal, friendly).
Test for Edge Cases
See how the model responds to unexpected inputs.
Break Down Complex Tasks
Use a series of prompts for step-by-step tasks.
Utilize System Messages (if supported)
Many APIs allow for system-level instructions to guide behavior consistently.
Examples of Effective Prompting
Basic to Advanced Prompting
Basic: "Tell me about Newton's laws."
Better: "Summarize Newton's three laws of motion in simple language for a 10-year-old."
Formatting Output
Prompt: "List the benefits of solar energy in bullet points."
Using Roles
Prompt: "You are a chef. Give me a quick, healthy dinner recipe using spinach and chickpeas."
Creative Prompting
Prompt: "Write a short science fiction story about AI taking over Mars colonies."
Chained Reasoning
Prompt: "Solve this math problem step-by-step: What is 25% of 240?"
Challenges in Prompt Engineering
Ambiguity in Prompts
Unclear inputs lead to unpredictable outputs.
Hallucinations
Models may generate false or fabricated information.
Token Limitations
Each model has a maximum context window (measured in tokens).
Bias and Ethics
Outputs can reflect biases present in training data.
Consistency
Responses may vary between runs even with the same prompt.
Applications of Prompt Engineering
Software Development
Code generation, debugging, documentation.
Marketing
Ad copy, email campaigns, content ideas.
Education
Personalized tutoring, lesson planning, quiz generation.
Research
Summarizing papers, generating hypotheses.
Creative Arts
Poetry, storytelling, idea generation.
Future of Prompt Engineering
As AI models grow more sophisticated, the role of prompt engineering will evolve. The future may include:
Prompt programming languages: Tools or DSLs for structured prompting.
Multi-modal prompting: Integrating text with image, audio, or video inputs.
Automated prompt optimization: AI optimizing prompts for best results.
Embedded prompt layers: Built into apps and workflows seamlessly.
Conclusion
Prompt engineering is the bridge between human intent and machine response. It's a powerful tool that unlocks the potential of AI, enabling users to tailor outputs to their specific needs. By understanding the fundamentals, practicing different techniques, and learning through iteration, anyone can become proficient in this modern skill.
AI Prompt Engineering Theory Ajay's Prompt Engineering in AI
Awesome Prompt Engineering: https://github.com/promptslab/awesome-prompt-engineering
Prompt Engineering Guide: https://www.promptingguide.ai/
“Explain Pythagoras theorem in 5 steps with a cricket ground example.”
“Create 10 practice sums for Trigonometry (Class 10 SSC level) with step-by-step solutions.”
“Show me 3 common mistakes students make in Probability and how to avoid them.”
“Make a quick formula chart for Geometry (Class 10) with examples.”
“Solve this problem step by step and explain in simple words: [paste question].”
“Explain Newton’s Laws of Motion with cricket ball examples.”
“Summarize the chapter ‘Heredity and Evolution’ in 10 bullet points for revision.”
“Create 20 flashcards for Chemistry formulas and reactions.”
“Explain the human digestive system using Indian foods like rice, dosa, dal.”
“Make 5 multiple-choice questions from the chapter ‘Periodic Classification of Elements’ with answers hidden.”
“Summarize the 1857 Revolt in 10 key points for fast revision.”
“Explain Gandhiji’s role in Freedom Movement in story format, easy for board exam.”
“Make a timeline of important events in Indian National Movement (1885–1947).”
“Give me 5 short notes on Political Science topics from Class 10 SSC syllabus.”
“Explain Indian Monsoon in simple story format with diagrams.”
“Create 10 practice map questions for Geography (Maharashtra SSC) with answers hidden.”
“Summarize Agriculture in India chapter in 8 bullet points.”
“Check my essay for grammar and rewrite it in better words: [paste essay].”
“Give me 10 practice questions for English Letter Writing (SSC Board style) with model answers.”
“Make a 2-week revision timetable for SSC Board exams covering Maths, Science, History, and Geography.”
“Give me 5 motivational quotes before exam, like Sachin Tendulkar encouraging me.”
Pick a subject you want help with.
Copy-paste the prompt into ChatGPT (or Gemini, Perplexity).
Read the answer carefully → Use it as guide, not replacement for textbook.
Ask follow-up questions if something is unclear.
Save good answers as notes for revision.
Enhancing Traditional Architecture for AI: A Guide by an Enterprise IT Architect Introduction With decades shaping large-scale systems at...