
Frontend Engineer Member — @CH_JesusChrist Easily leave multiple telegram groups and channels: https://xitter.twitterapi.xyz/t.co/kB2u5FColT
Abuja, Nigeria
Joined November 2014
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Wanted to share my CV and give you a few tips on how to better structure yours. Getting the job ultimately is left to chance, but you'll definitely be called into interview rooms.
This is for an AI project Lead role.
1. Simple is better. Both structure-wise and text-wise, keep it simple and neat. Psychologically, a well structured CV shows a well structured individual.
2. If you have a good amount of years of experience, no need adding months and days to dates, keep it simple. But there's no issue if you add it, just emphasizing number 1.
3. A favourite new area of my CVs these days is called "impact" just after professional profile. This is targeted at the job role itself because it's easy to get lost in the meat of details in each role. This is like a cover letter within your CV. Brief and to the point.
4. As much as possible, call out numbers. Quantifiable numbers. Your responsibilities without numbers is just a job description. "How many? How much?" should be what you should be answering.
5. Don't add every job you've done. In my CV below, I left out some jobs that don't matter to the role as advertised. It's easy to assume adding everything gives you more credibility, but that isn't usually the case.
Keep these and follow them in your CVs and you might just get some success in your job applications.
If you want us to work together on a technical project, also let me know.
rolex.dev retweeted
Claude Duet can now connect to Claude Code running on my Mac. This is useful for these 5 reasons
00:00 Intro
00:22 1. Virtual + Physical Computer
03:24 2. Edit Videos From Your Phone
06:56 3. Build Apps From Your Phone
08:48 4. Computer Use From Your Phone
10:29 5. Real-Time Voice With Claude Code
rolex.dev retweeted
Disagree. Software is dead if your target audience are tech oriented individuals.
Norman's aren't out there developing complex software. Use your AI superpowers to consume a niche and build a big userbase.
I'm on that path now and I've got my first 100 users.
Replying to @awilkinson
I've become more convinced over the last few weeks that software is dead. Anyone can build anything. The era of personal software is coming.
rolex.dev retweeted
Curiosity is one of a person’s most important intellectual virtues, expressed in a drive to understand the world, oneself, and the laws of existence. It is nourished by respect for truth, sustained by critical thinking, and is one of the main foundations of complete self-realization and a flourishing life.
If you use Google Chrome, please update your browser ASAP.
Google released a security fix yesterday (Nov 9) for CVE-2026-125350, a high-severity vulnerability that’s already being exploited by attackers. This is the 8th actively exploited Chrome zero-day patched this year.
The fix is in Chrome 157.0.8103.50/.51, but it’s still rolling out.
Go to Chrome → Settings → About Chrome to check for updates, and relaunch your browser.
Please don’t ignore browser updates. They’re not always just about new features; sometimes they’re fixing serious security vulnerabilities. ✌️
rolex.dev retweeted
The reason dating is so messed up today is because we now skip the slow burn. We lost building familiarity through repetitive encounters, replaced them with digital photos on dating apps and social media and wonder why within a few hours we feel absolutely nothing for the other person. Then most move onto the next option expecting a different outcome.
rolex.dev retweeted
Got an interview coming up? This complete prep guide has everything you need to walk in confident and ready. 🎉
Share it with your network so others can benefit too! ❤️ – at Turku, Finland
rolex.dev retweeted
Fable 5.2 is the best model on the planet.
I used 100+ billion tokens testing it.
Here's my full breakdown:
rolex.dev retweeted
For important tasks, it is better to form your own initial idea first and then bring in AI: let it expand the scope of your creativity rather than replace its starting point. Otherwise, as we create less and less on our own, we risk gradually weakening our own creative abilities.
rolex.dev retweeted
I just got funded $2,500 for my work on @flossafrica flossafrica.com/m/dominuskel…
rolex.dev retweeted
Matheus Cunha:
"I’m so tired and also disappointed. After the other night we talked about how we concede goals and have the mentality to come back in the game.
We did it again where we had to play like Manchester United and go forward. We showed courage but we only do this after we concede goals. We showed character after conceding goals. If we had shown that character and courage before then we will win more games.
I don’t know why we are making it hard for ourselves. We all work hard and we all want to be the best. We need to change our mentality from the beginning."
rolex.dev retweeted
AI ENGINEER ROADMAP
│
├── 1. Programming Fundamentals
│ ├── Python
│ │ ├── Variables & Data Types
│ │ ├── Functions & Modules
│ │ ├── OOP & Exception Handling
│ │ ├── List & Dictionary Comprehensions
│ │ ├── Iterators & Generators
│ │ ├── Decorators & Context Managers
│ │ ├── Asyncio & Concurrency
│ │ ├── Type Hints & Pydantic
│ │ └── Virtual Environments & Packaging
│ ├── Data Structures & Algorithms
│ ├── Git & GitHub
│ ├── Linux & Command Line
│ ├── HTTP & Networking Fundamentals
│ ├── REST APIs
│ └── JSON, YAML & Serialization
│
├── 2. Mathematics & ML Foundations
│ ├── Linear Algebra
│ │ ├── Vectors & Matrices
│ │ ├── Dot Products
│ │ ├── Matrix Multiplication
│ │ └── Eigenvalues & Eigenvectors
│ ├── Calculus
│ │ ├── Derivatives
│ │ ├── Partial Derivatives
│ │ ├── Gradients
│ │ └── Chain Rule
│ ├── Probability & Statistics
│ │ ├── Probability Distributions
│ │ ├── Bayes' Theorem
│ │ ├── Mean & Variance
│ │ └── Statistical Inference
│ ├── Machine Learning Fundamentals
│ │ ├── Supervised & Unsupervised Learning
│ │ ├── Training & Testing
│ │ ├── Overfitting & Underfitting
│ │ ├── Loss Functions
│ │ └── Model Evaluation
│ └── Deep Learning Fundamentals
│ ├── Neural Networks
│ ├── Backpropagation
│ ├── Gradient Descent
│ └── Activation Functions
│
├── 3. Data Engineering & Processing
│ ├── NumPy
│ ├── Pandas
│ ├── Data Cleaning
│ ├── Data Transformation
│ ├── Exploratory Data Analysis
│ ├── SQL & PostgreSQL
│ ├── JSON & JSONL
│ ├── CSV, XML & Parquet
│ ├── Data Pipelines
│ ├── Web Scraping
│ ├── Data Validation
│ └── Dataset Preparation
│
├── 4. Deep Learning & Neural Networks
│ ├── Perceptrons
│ ├── Feedforward Neural Networks
│ ├── Forward & Backpropagation
│ ├── Loss Functions
│ ├── Optimizers
│ ├── CNNs & RNNs
│ ├── LSTMs & GRUs
│ ├── Attention Mechanisms
│ ├── Transformer Architecture
│ ├── Embeddings
│ └── Transfer Learning
│
├── 5. Deep Learning Frameworks
│ ├── PyTorch
│ │ ├── Tensors
│ │ ├── Autograd
│ │ ├── nn.Module
│ │ ├── DataLoaders
│ │ ├── Custom Training Loops
│ │ ├── GPU Training
│ │ └── Model Checkpointing
│ ├── TensorFlow & Keras Basics
│ ├── Hugging Face Ecosystem
│ │ ├── Transformers
│ │ ├── Datasets
│ │ ├── Tokenizers
│ │ └── Accelerate
│ └── CUDA Fundamentals
│
├── 6. LLM Fundamentals
│ ├── What Are Large Language Models?
│ ├── Transformer Architecture
│ ├── Encoder & Decoder Models
│ ├── GPT Architecture
│ ├── BERT Architecture
│ ├── Tokenization
│ ├── Vocabulary & Token IDs
│ ├── Context Windows
│ ├── Positional Encoding
│ ├── Self-Attention & Multi-Head Attention
│ ├── Pretraining & Post-Training
│ ├── Instruction Tuning
│ ├── RLHF & DPO
│ ├── Model Parameters
│ └── Open-Source vs Proprietary Models
│
├── 7. LLM APIs & Model Integration
│ ├── OpenAI API
│ ├── Anthropic API
│ ├── Google Gemini API
│ ├── Open-Weight Models
│ ├── API Authentication
│ ├── Streaming Responses
│ ├── Structured Outputs
│ ├── Function & Tool Calling
│ ├── Multimodal APIs
│ ├── Error Handling & Retries
│ ├── Rate Limits
│ ├── Token Usage & Cost Tracking
│ └── Model Routing & Fallbacks
│
├── 8. Prompt & Context Engineering
│ ├── System & User Instructions
│ ├── Few-Shot Prompting
│ ├── Chain-of-Thought Concepts
│ ├── Structured Prompting
│ ├── Prompt Templates
│ ├── Context Window Management
│ ├── Context Compression
│ ├── Context Selection & Retrieval
│ ├── Prompt Versioning
│ ├── Prompt Injection Defense
│ ├── Context Engineering
│ └── Prompt Evaluation
│
├── 9. Embeddings & Vector Databases
│ ├── What Are Embeddings?
│ ├── Dense & Sparse Embeddings
│ ├── Embedding Models
│ ├── Similarity Metrics
│ ├── Cosine Similarity
│ ├── Semantic Search
│ ├── Vector Indexing
│ ├── Approximate Nearest Neighbors
│ ├── Vector Databases
│ │ ├── Pinecone
│ │ ├── Qdrant
│ │ ├── Weaviate
│ │ ├── Milvus
│ │ └── Chroma
│ ├── Metadata Filtering
│ └── Hybrid Search
│
├── 10. Retrieval-Augmented Generation (RAG)
│ ├── RAG Architecture
│ ├── Document Ingestion
│ ├── Document Parsing
│ ├── Text Chunking Strategies
│ ├── Overlapping Chunks
│ ├── Embedding Generation
│ ├── Vector Storage
│ ├── Query Transformation
│ ├── Retrieval Strategies
│ ├── Reranking
│ ├── Hybrid Retrieval
│ ├── Contextual Retrieval
│ ├── Parent-Child Retrieval
│ ├── Multi-Query Retrieval
│ ├── Graph RAG
│ ├── Agentic RAG
│ ├── RAG Evaluation
│ └── Advanced RAG Optimization
│
├── 11. AI Agents & Agentic Systems
│ ├── What Are AI Agents?
│ ├── Agent Architecture
│ ├── Reasoning & Planning
│ ├── Tool Calling
│ ├── Function Execution
│ ├── Short-Term & Long-Term Memory
│ ├── Agent State Management
│ ├── Workflow Orchestration
│ ├── Single-Agent Systems
│ ├── Multi-Agent Systems
│ ├── Human-in-the-Loop
│ ├── Reflection & Self-Correction
│ ├── Planning & Execution Loops
│ ├── Agent Reliability
│ ├── Agent Evaluation
│ └── Agent Security
│
├── 12. AI Frameworks & Orchestration
│ ├── LangChain
│ ├── LangGraph
│ ├── LlamaIndex
│ ├── Haystack
│ ├── Semantic Kernel
│ ├── Pydantic AI
│ ├── DSPy
│ ├── CrewAI
│ ├── AutoGen
│ ├── Workflow Orchestration
│ └── Framework Selection & Tradeoffs
│
├── 13. Model Fine-Tuning & Adaptation
│ ├── Pretrained Models
│ ├── Supervised Fine-Tuning (SFT)
│ ├── Parameter-Efficient Fine-Tuning
│ ├── LoRA
│ ├── QLoRA
│ ├── PEFT
│ ├── Dataset Preparation
│ ├── Synthetic Data Generation
│ ├── Instruction Tuning
│ ├── DPO
│ ├── Fine-Tuning Evaluation
│ └── When to Fine-Tune vs RAG
│
├── 14. Multimodal AI Engineering
│ ├── Vision-Language Models
│ ├── Image Understanding
│ ├── OCR & Document Intelligence
│ ├── Speech-to-Text
│ ├── Text-to-Speech
│ ├── Audio Understanding
│ ├── Video Understanding
│ ├── Multimodal Embeddings
│ ├── Image Generation Models
│ ├── Diffusion Models
│ └── Multimodal RAG
│
├── 15. AI Evaluation & Testing
│ ├── Why AI Evaluation Matters
│ ├── Unit & Integration Testing
│ ├── LLM-as-a-Judge
│ ├── Golden Datasets
│ ├── Evaluation Datasets
│ ├── Model Accuracy
│ ├── Faithfulness & Groundedness
│ ├── Relevance & Context Precision
│ ├── Hallucination Detection
│ ├── RAG Evaluation
│ ├── Agent Evaluation
│ ├── Human Evaluation
│ ├── Regression Testing
│ ├── Online & Offline Evaluation
│ └── Evals & Observability
│
├── 16. AI Infrastructure & Inference Engineering
│ ├── LLM Inference Fundamentals
│ ├── Prefill vs Decode
│ ├── KV Cache Management
│ ├── Continuous Batching
│ ├── PagedAttention
│ ├── Speculative Decoding
│ ├── Quantization
│ ├── Model Pruning
│ ├── Knowledge Distillation
│ ├── Model Serving
│ ├── vLLM
│ ├── SGLang
│ ├── Ollama
│ ├── TensorRT-LLM
│ ├── GPU Memory Management
│ ├── Latency & Throughput Optimization
│ └── Distributed Inference Basics
│
├── 17. Backend Engineering for AI
│ ├── FastAPI
│ ├── Flask
│ ├── REST APIs
│ ├── WebSockets & Streaming
│ ├── Async Processing
│ ├── Redis & Caching
│ ├── PostgreSQL
│ ├── Background Jobs
│ ├── Message Queues
│ ├── Authentication & Authorization
│ ├── Rate Limiting
│ ├── API Security
│ ├── Microservices Basics
│ └── AI Application Architecture
│
├── 18. MLOps & LLMOps
│ ├── ML & LLM Lifecycle Management
│ ├── Experiment Tracking
│ ├── MLflow
│ ├── Weights & Biases
│ ├── Langfuse
│ ├── LangSmith
│ ├── Prompt Versioning
│ ├── Model Versioning
│ ├── Data Versioning (DVC)
│ ├── Tracing & Observability
│ ├── Cost Monitoring
│ ├── Model Monitoring
│ ├── CI/CD for AI Applications
│ └── Automated Evaluation Pipelines
│
├── 19. Cloud & DevOps
│ ├── AWS
│ │ ├── S3
│ │ ├── EC2
│ │ ├── Lambda
│ │ ├── ECS & EKS
│ │ └── SageMaker Basics
│ ├── Google Cloud & Vertex AI
│ ├── Microsoft Azure AI
│ ├── Docker
│ ├── Kubernetes
│ ├── GitHub Actions
│ ├── CI/CD Pipelines
│ ├── Terraform
│ ├── GPU Cloud Infrastructure
│ └── Deployment & Scaling
│
├── 20. AI Security & Responsible AI
│ ├── Prompt Injection
│ ├── Jailbreak Attacks
│ ├── Data Leakage
│ ├── Sensitive Data Protection
│ ├── PII Detection & Redaction
│ ├── Tool Execution Security
│ ├── Sandboxed Execution
│ ├── Model Supply Chain Security
│ ├── Adversarial Attacks
│ ├── Bias & Fairness
│ ├── Explainability
│ ├── AI Governance
│ └── Guardrails & Content Safety
│
├── 21. AI System Design & Architecture
│ ├── Designing Scalable AI Applications
│ ├── RAG System Design
│ ├── Agent System Design
│ ├── Model Routing Architecture
│ ├── Multi-Tenant AI Systems
│ ├── Caching Strategies
│ ├── Database & Vector Storage Design
│ ├── Distributed Task Processing
│ ├── Fault Tolerance & Retries
│ ├── Cost Optimization
│ ├── Latency Optimization
│ ├── Horizontal Scaling
│ ├── Reliability & Availability
│ └── AI Tradeoff Analysis
│
├── 22. Build Real-World Projects
│ ├── AI-Powered Research Assistant
│ ├── Document Intelligence Platform
│ ├── Production-Ready RAG System
│ ├── Multi-Agent Research System
│ ├── AI Customer Support Agent
│ ├── AI Coding Assistant
│ ├── Multimodal AI Assistant
│ ├── AI Meeting Intelligence System
│ ├── Enterprise Knowledge Assistant
│ ├── AI Workflow Automation Platform
│ ├── Custom LLM Fine-Tuning Pipeline
│ ├── AI Model Evaluation Platform
│ └── End-to-End Production AI SaaS
│
└── 23. Career Preparation
├── Build a Strong GitHub Portfolio
├── Create an AI Engineering Resume
├── Master Python & SQL Interviews
├── Learn ML & LLM Fundamentals
├── Practice AI System Design
├── Understand RAG & Agent Architectures
├── Learn Inference Optimization
├── Study Production AI Case Studies
├── Contribute to Open Source
├── Write Technical Articles
├── Build in Public
└── Apply for AI Engineer Roles
FINAL GOAL:
Become a Production-Ready AI Engineer
rolex.dev retweeted
Tip: Switch Claude Code's output style to Concise to get short, straight-to-the-point results.
Enable it via /config → Output style, or add "outputStyle": "Concise" directly to your settings.json.
You can still get the full details when you ask.
rolex.dev retweeted
I quit my job to start my own company and it’s been hard. I can say the risk is paying out.
Airecipy.com is live now and it’s the next big thing. Check it out.
rolex.dev retweeted
one of the best books I’ve read in a long time.
not much hype around it, but if you’re building with AI agents, you should read this































