
TashkhisAI — taking screening for every child
ProgrammesDiplomaAI Engineering
Build deep, practical expertise in AI engineering, develop the confidence to solve real-world problems, and prepare for the opportunities shaping the future of technology.
A carefully sequenced journey from core engineering foundations to building, deploying, and scaling real AI systems.
What You’ll Learn
Before Month 1 begins, every student proves they can already build — enough Python and software engineering practice to make the rest of the year possible. Only students who pass move into Month 1.
Outline
Outcomes
Gate Assessment (pass/fail) — build and submit a CLI tool that calls a public API, handles real error cases, is tracked in Git, and includes passing tests. Reviewed by instructor, no partial credit.
Most courses jump straight to "build a chatbot." Here, students understand sampling and context mechanics before they ever touch a framework — so when something breaks in Month 2, they know why.
What You’ll Learn
Tokens, context windows, and sampling parameters; working with Claude and OpenAI-compatible APIs; prompt engineering patterns; and context engineering — the differentiator that explains why RAG works the way it does.
Outline
Outcomes
Milestone 1: a structured-output tool — system prompt, function calling, validated output — defended in a live design walkthrough.
What You’ll Learn
Embeddings and semantic search; indexing and querying a real vector database; building a RAG pipeline from raw chunking through to a framework-based rebuild with LangChain and LlamaIndex.
Outline
Outcomes
Milestone 2: a RAG system built over a real Pakistani-context dataset — must explain retrieval failures, not just demo success.
What You’ll Learn
Building AI agents by hand before reaching for an SDK; the Model Context Protocol end to end; evaluation and observability; and the safety practices every production system needs.
Outline
Outcomes
Oral Defense 1: present and defend a live RAG or agent-based system — why this chunking strategy, why this eval approach, what breaks under adversarial input.
Quarter Outcome
A working system a student built, shipped, and can defend under questioning — not a tutorial they followed.
Entry requires a passed Q1 capstone. Q1 asks "does it work?" Q2 asks "does it work at 2am when traffic spikes, when a user tries to break it, and when the bill triples?"
What You’ll Learn
Wrapping AI logic in a real FastAPI service; containerizing and deploying it publicly; adding Postgres and Redis-backed state; and automating the whole pipeline with CI/CD.
Outline
Outcomes
Milestone 4: a previous project deployed as a live, authenticated, publicly accessible API — instructor live-tests the endpoint and tries to break it.
What You’ll Learn
Multi-agent orchestration with LangGraph, CrewAI, and AutoGen; long-term agent memory; guardrails and fallback strategies; and hybrid + reranked retrieval for real accuracy gains.
Outline
Outcomes
Milestone 5: a production-grade multi-agent system with memory and guardrails — instructor triggers a live tool failure and it must degrade gracefully.
What You’ll Learn
Caching and model-routing strategies that actually move a monthly AI bill; dashboards and SLOs; production security hardening; and defending a fully deployed, load-tested system.
Outline
Outcomes
Oral Defense 2: defend what breaks the system, what it costs to run at scale, and what changes at 10x users.
Quarter Outcome
A student who can take a working AI prototype and turn it into something a company would actually deploy — the gap between a portfolio demo and a system a company trusts in production.
Entry requires passed Q1 and Q2 capstones. Real AI Engineer roles fork this way in practice — a platform hire, a product hire, and a research-leaning hire do genuinely different daily work under the same job title.
What You’ll Learn
Kubernetes for AI workloads, model serving at scale with vLLM/TGI, unified LLM gateways, and building internal developer platforms other teams plug into.
Outcomes
Comfortable orchestrating AI workloads and routing traffic across multiple model providers.
What You’ll Learn
Multi-region deployment and failover, GPU resource and cost governance, building observability platforms from scratch, and chaos engineering.
What You’ll Learn
Build and defend a full internal AI platform — self-serve access, usage tracking, per-team budgets — as if presenting to a Head of Engineering.
Outcomes
Capstone Defense: job-ready for AI Platform Engineer or Infrastructure Engineer roles — the person other engineers depend on to keep AI systems running.
Quarter Outcome — All Lanes
A shared AI Engineer foundation plus a specialized edge that maps to how hiring managers actually differentiate candidates — not just "knows AI," but "is the platform person / the product person / the research-leaning person" on a team.
Not new technical content — this is where everything from Q1–Q3 gets pointed at the outside world: real clients, a real portfolio, real interviews, a real income path.
What You’ll Learn
Working like a real dev team — sprint planning, code review culture — then live, paired work on an actual client engagement with real deadlines and real stakeholder feedback.
Outcomes
Deliverable — a real client testimonial or reference, from presenting deliverables directly to the client, not the instructor.
What You’ll Learn
Turning four capstones into a polished portfolio site with real case studies; live system-design and debugging interview practice; behavioral interviewing; and rate-setting for local and international clients.
Outcomes
Deliverable — a live portfolio site, plus one submitted freelance proposal or job application.
What You’ll Learn
The launch month: a final capstone combining the student's lane specialization with the full skill stack, built and presented as if pitching a real employer — then a public showcase with an external industry panel.
Outcomes
Final Defense — graduation, certification, and a concrete next step: join Special Technician, freelance, placement with a partner company, or move to a deeper ML Engineer track.
Quarter Outcome
A graduate with a real client reference, a real portfolio, interview and negotiation readiness, and a concrete next step — not a certificate and a "good luck."
Step-by-Step Path
Follow a proven sequence designed for real results.
Build Real Projects
Apply your skills with hands-on projects every quarter.
Expert Guidance
Learn from industry experts and community support.
Career-Ready
Graduate with production experience and confidence.
Every class runs through Aisha Cahn College’s own AI-Lab platform — attendance, assignments, and grading, all automatic.
Schedule
Monday – Saturday · 8:30 AM – 2:00 PM
Assessment
1 Quiz per Week1 Assignment per WeekCompulsory Capstone Project
Capabilities
8 automated
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Learn from people who do the work, not just teach it. Gain practical insights, real-world guidance, and knowledge shaped by industry experience.

Mr. Muhammad Musa Kaleem
AI Instructor · Senior Backend & MLOps Engineer
Experience
Founding Engineer, AI-Lab System
Aisha Cahn Foundation · 2025
Computer Vision Engineer
Leia Robots · Jan 2026 – Present
Senior Backend Developer
Gigmasters, Lahore · Feb 2024 – Jun 2025
Machine Learning Engineer
Wind to Energy, Rostock · Apr 2019 – Dec 2023
Education
MSCS
University of Rostock · 2019 – 2023
BSCS
University of Engineering & Technology (UET), Peshawar · 2012 – 2016
Mont Blanc Digital — a digital agency portfolio
Islamic Books Library — 5,000+ free Islamic books

TashkhisAI — taking screening for every child
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