Available for Projects & Collaboration
33°41'N 73°03'EEPOCH MMXXVI
Hamid Shahid

An Odyssey of Engineering & Systems Intelligence.

AI Systems Architect

Architecting high-throughput inference runtimes, deterministic cognitive pipelines, and low-latency distributed backends with mathematical rigor and craft.

3+ YearsSystems Craft
9 ReposArchitecture
0msEdge Latency
INTERACTIVE ARCHITECTURAL TOPOLOGY

Production Systems // Core Architecture

Three high-reliability production systems engineered for low latency, zero-leak privacy, and verified scale. Select to inspect each architecture.

Root Origin // Production Codebases
System 01 // AI Edge Proxy

DevvProxy — Zero-Latency LLM Edge Proxy

Drop-in reverse proxy that scrubs customer PII at the edge, cuts inference cloud bills with deterministic caching, and guarantees zero-downtime failover.

0ms
Deterministic Cache Latency
Live
System 02 // Legal Tech SaaS

JurisDraft — Automated Contract Platform

Institutional Legal Tech SaaS platform engineered to automate corporate contract drafting, negotiation, and storage with schema enforcement.

99.9%
Schema Validation Accuracy
Live
System 03 // Developer Suite

DevvKit — Modern Developer Suite & Toolkit

Comprehensive modern developer suite and architectural utility platform engineered for high-velocity software engineering and rapid systems bootstrapping.

Live
Production Web Platform
Live
CHAPTER I // ARCHITECTURE & SYSTEMS TAXONOMY

The Engineering Matrix

Four compressed pillars of technical capability. Zero arbitrary percentage bars, pure verified engineering craft.

PILLAR 01

Applied AI & LLMs

Inference kernel optimizations, deterministic schema decoding, RAG topologies, and sub-second agentic distillation pipelines.

OpenAI APIZodvLLMDSPyVector TopologiesLangGraphPrompt Engineering
PILLAR 02

Full-Stack & Systems

Memory-safe asynchronous runtimes, type-directed distributed services, zero-loss queues, and low-overhead network RPC protocols.

TypeScript 5Python 3.12C#FastAPINode.jsPostgreSQLSQLitegRPC
PILLAR 03

3D WebGL & Frontend

Hardware-accelerated GLSL shader synthesis, reactive spatial client canvases, and handcrafted typographic interaction architectures.

Three.jsWebGLNext.js 14React 18Tailwind CSSCanvas 2DFramer Motion
PILLAR 04

Cloud & DevOps

Immutable edge network filtering, client-side PII sanitization, declarative orchestration, and high-availability topologies.

Edge RuntimeDockerLinux ShellGitHub Actions CI/CDPrometheusGit
CHAPTER II // PROVENANCE & ACCREDITATIONS

Professional Accreditations

DeepLearning.AI, Stanford University, Google, IBM & IAENG Verified
Coursera SpecializationIssued: Dec 19, 2025

Mathematics for Machine Learning and Data Science Specialization

Issued by DeepLearning.AI
Linear AlgebraMultivariate CalculusProbability & StatisticsMathematical Optimization
CourseraIssued: Dec 20, 2025

Advanced Learning Algorithms

Issued by DeepLearning.AI & Stanford University
Neural NetworksTensorFlowDecision TreesMulti-class ClassificationRandom Forests
CourseraIssued: Dec 8, 2025

Supervised Machine Learning: Regression and Classification

Issued by DeepLearning.AI & Stanford University
Supervised MLLinear RegressionLogistic RegressionGradient DescentRegularization
CourseraIssued: Dec 20, 2025

Unsupervised Learning, Recommenders, Reinforcement Learning

Issued by DeepLearning.AI & Stanford University
K-Means ClusteringAnomaly DetectionRecommender SystemsReinforcement Learning
CourseraIssued: Jul 21, 2025

Python for Data Science, AI & Development

Issued by IBM
Python 3PandasNumPyData ScienceAI APIs
CourseraIssued: Jun 24, 2025

Start Writing Prompts like a Pro

Issued by Google Career Certificates
Prompt EngineeringLLM WorkflowsFew-Shot PromptingGenerative AI
IAENGIssued: Aug 13, 2025

Professional Member — AI & Computer Science Societies

Issued by International Association of Engineers (IAENG)
IAENG Society of AIIAENG Society of CSSystems Engineering
Technical Writings

Articles & Field Notes

Field Notes Library4 Articles Published

Read Technical Essays & System Architecture Notes

In-depth breakdowns covering zero-latency edge LLM proxies, contract drafting automation, 60 FPS WebGL simulation engines, and engineering simplicity.

Enter Articles Archive
CHAPTER V // VERIFIABLE CODE CADENCE
GITHUB TELEMETRY

GitHub Activity Tapestry

A continuous, live record of production commits, architectural refinements, and open-source contributions pulled directly from GitHub.

Annual Commits Recorded
425+
Verified GitHub Telemetry
Peak Commit Cadence
27-Day Streak
78 Active Coding Days
Public Repositories
9 Projects
Open Source Codebases
Annual Contribution Tapestry (Live)
LessMore
Recent commits right
github.com/Hamidcodedot
Core Production Languages Breakdown100% Type-Safe Focus
TypeScript50%
Python25%
JavaScript13%
C#13%
Academic & Leadership Record

Academic Foundations

University of Agriculture, Faisalabad

Bachelor of Science in Computer Science (BS CS)

CGPA: 3.38 / 4.0
2024 — PresentFaisalabad, Pakistan

Pursuing rigorous foundational computer science and machine learning theory. Focus on statistical learning mathematics, multivariate calculus, linear algebra, neural network architectures, and full-stack software systems.

Core Academic Focus & Coursework:
Machine Learning Mathematics (Linear Algebra, Calculus, Statistics)Neural Network Architectures & Deep Learning AlgorithmsFull-Stack Web Systems (Next.js, TypeScript, Python)Object-Oriented Software Design (C++, C#, Python)
Intermediate Pre-Medical2021 — 2023

Aspire College for Boys, Kabirwala

Kabirwala, Pakistan
Academic Standing:86.4% Distinction
Leadership & Venture2024 — Present

Waze Wear & CLEP Initiative

Founder of Waze Wear (digital storefront, product strategy & conversion optimization). Collection Group Leader for university Child Labour Eradication Program.

Execution Focus:Product & Social Impact
EPILOGUE // CONSULTATION & ADVISORY

Schedule a 1:1 Architectural Consultation

COMMUNIQUE FOLIO VII

Engage in a direct, high-signal technical teleconference to review systems topology, low-latency AI architectures, or founding advisory partnerships.

1:1 ADVISORY CALL

Direct Teleconference

Google Meet

Schedule a 15–30 minute direct session over Google Meet to review systems architecture, AI inference pipelines, or engineering collaborations.

Schedule on Google Meet
Direct Electronic Transmissioniamhamid940@gmail.com

Despatch a Communique

TRANSMISSION PORTAL
Response window: < 24hDirect transmission