P">"> AI Academy — Psivex Labs

AI Academy — From Learning to Leading

Train to become an elite AI Engineer, Agentic AI Developer, or AI Infrastructure Architect with our immersive, production-grade bootcamp tracks.

Explore Tracks

Professional Training Curriculums

Intermediate 10 Weeks
₹38,000

The Intelligence Layer

Learn to build systems that think — not just respond. AI engineering is probabilistic by nature. This track teaches you to design for that.

Evaluation-first dev Context architecture Tool/function design Reliability engineering Structured generation Cost modeling
Instructor TBD
TBD
W1–2

Probabilistic systems thinking

Why AI engineering differs from traditional software engineering.

Failure mode taxonomy: hallucinations, distributional drift, latency tails.

Thinking in distributions, not determinism.

W3–4

Evaluation-first development

Writing evals before writing code.

LLM-as-judge, human preference datasets, behavioral regression.

Building an eval suite that scales with your system.

W5–7

Context & tool architecture

Designing what enters the context window — the skill that doesn't age.

Schema design for tool/function calls that reduces hallucination.

Typed outputs, structured generation, constrained decoding.

W8–10

Production reliability & capstone

Fallback chains, retry logic, graceful degradation.

Cost dashboards and token budget enforcement.

Capstone: ship with an eval suite, cost dashboard, and reliability runbook.

Advanced 14 Weeks
₹45,000

Autonomous Systems Engineering

The hard problem of agents isn't making them act. It's making them act correctly under uncertainty — with real-world consequences.

Agent architecture primitives Trust calibration Multi-agent coordination Behavioral eval Sandboxing & security Agentic economics
Instructor TBD
TBD
W1–3

Agent architecture — the primitives

Planning loops, tool contracts, memory architectures.

ReAct, Plan-and-Execute, Reflexion: reasoning patterns.

W4–6

The trust stack

Human-in-the-loop as a product decision.

Approval gates, audit logs, rollback mechanisms.

W7–10

Multi-agent coordination & security

Communication protocols, role separation.

Prompt injection at scale, code execution boundaries.

W11–14

Production & capstone

Token budgets, circuit breakers, observability.

Capstone: autonomous agent with measurable success rate.

Highest demand 16 Weeks
₹48,000

Model Intelligence Engineering

Move from model user to model sculptor. Differentiation lives in how you shape their behavior — via fine-tuning, alignment, and evaluation.

Synthetic data engineering Fine-tuning for production DPO / RLHF Alignment primitives Behavioral evaluation Model routing economics
Instructor TBD
TBD
W1–4

Model internals that matter

Attention, KV-cache, context windows.

Tokenization mechanics, capability benchmarking.

W5–8

Synthetic data & fine-tuning

Generating, filtering, curating data.

LoRA / QLoRA, DPO and RLHF.

W9–12

Alignment & behavioral evaluation

Constitutional AI, reward modeling.

Red-teaming, building evals.

W13–16

Model routing & capstone

Economics of intelligent routing.

Capstone: fine-tune a base model for a specific domain.

Expert 16 Weeks
₹44,000

AI Systems at Scale

Build the substrate AI runs on. Not configurations — architectural decisions under real constraints: cost, latency, hardware, team.

Inference economics Serving architecture design GPU cluster topology Distributed training AI observability Cost-performance tradeoffs
Instructor TBD
TBD
W1–5

Inference economics & serving architectures

Cost model of serving LLMs.

Batching strategies, speculative decoding.

W6–10

GPU cluster design & distributed training

Topology, networking, failure domains.

Tensor parallelism, ZeRO stages.

W11–16

Observability & capstone

Latency distributions, token budgets.

Capstone: design a full serving architecture.

New · 2026 12 Weeks
₹52,000

Domain AI Engineering

The most valuable AI engineer knows two things deeply: AI and their industry. Choose your specialization. Own both sides of it.

AI × Finance AI × Healthcare AI × Legal AI × DevOps / SRE Compliance-aware pipelines Domain eval frameworks
Instructor TBD
TBD
Spec A

AI × Finance

Risk modeling, regulatory compliance, fraud detection.

Spec B

AI × Healthcare

Clinical NLP, HIPAA-compliant pipelines, diagnostics.

Spec C

AI × Legal

Contract analysis, legal research automation.

Spec D

AI × DevOps / SRE

AI-assisted incident response, self-healing infrastructure.

Fellowship · 40 seats 24 Weeks
₹55,000

Research Engineer Fellowship

Engineering at the frontier. Contribute to open infrastructure, write evals that become standards, build tooling researchers use.

Advanced deep learning Pre-training from scratch RLHF / DPO pipelines Original research hypothesis NeurIPS / ICML submission Lab hiring pipeline
Instructor TBD
TBD
W1–6

Advanced architectures & training

State space models, MoE architectures.

Pre-training from scratch on custom clusters using JAX.

W7–14

Alignment & instruction tuning

Full RLHF, DPO, and PPO implementation.

Preference modeling and reward hacking.

W15–24

Thesis research

Original research hypothesis, paper draft for NeurIPS/ICML.

Capstone presentation to hiring research labs.

Tuition Models

Self-Paced Starter

₹15,000 / course

  • Full access to syllabus & assets
  • Discord community access
  • Auto-graded lab exercises
  • Lifetime resource updates
Apply Now

Enterprise Scale

Custom / pricing

  • Custom bootcamp tracks
  • Private team cohort channels
  • Dedicated Slack support
  • Advanced evaluation dashboards
Contact Sales
1 Details
2 Summary
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Fellowship Candidate Registration

Exclusive to Psivex Engineers

The interview is
the final exam.

Echo is where you prove what the track taught you. Real-time video, shared code editor, peer evaluation. Not a simulation — a standard. Every track culminates in a live Echo session.

  • Peer-to-Peer, not scripted practice: Interview a real engineer from the same cohort. Switch roles. Build the muscle from both sides.
  • Live collaborative code editor: Shared workspace, no setup. Judge the thinking, not the setup time.
  • Structured rubric grading: Post-session analysis: communication, technical accuracy, tradeoff clarity. Quantified by peers. Comparable across sessions.
  • Session recording & debrief: Every session recorded. Review your own reasoning. Share with mentors.
session_copilot_v2.sh
$ initialize --mode peer-to-peer --track "System Design"
[Connected] Room ID: #782-AEG
Peer Evaluation Rubric Completed
System Architecture:4/5
Communication:5/5

"Candidate effectively explained the trade-offs of micro-agent memory pools."

Not a Course.
A Career Transformation.

We don't teach theory. We build engineers from the ground up with production-grade systems thinking.

01
Production-Grade Projects

Every project you build is designed to be shipped. Real users, real infrastructure, real performance requirements.

02
Research-Driven Curriculum

We implement cutting-edge papers. Our curriculum tracks arXiv weekly and translates research into engineering practice.

03
1:1 Mentor Access

Direct weekly sessions with senior engineers from top labs. No TAs. No forums. Real mentorship.

04
Agentic Mindset

We train you to think in systems, not scripts. Design autonomous agents that reason, plan, and execute at scale.

05
Top Hiring Network

60+ partner companies actively recruit from Psivex. Direct introductions, not job boards. Average salary: ₹45L+.

06
Startup Incubation Track

Building a startup? Fellows get access to compute credits, co-founder matching, and investor introductions.

Futuristic
Projects

Build real, deployable systems. Portfolio projects that actually get you hired.

🎯
Interview Copilot

Real-time interview coaching agent with RAG over company data, behavioral analysis, and real-time guidance.

🔄
Autonomous Research Agent

Multi-step reasoning agent that searches, reads, synthesizes, and writes research reports autonomously.