Industrial Work Experience
Domain Experience Track

Generative AI Internship in Nagpur (Online + Offline)

Applied AI engineering internship building production RAG pipelines, fine-tuning open-weights models, implementing guardrails, and deploying LLM applications.

Duration2 to 3 Months
ModeOffline (Nagpur) / Hybrid / Remote
CredentialVerifiable Experience Certificate
Code ReviewsSenior AI Engineer PR Reviews
Key Facts SummaryExtractable Entity Specifications
Institute EntitySkilleze Technologies
Location & CampusNagpur, Maharashtra (Ramdaspeth / Central Nagpur)
Training & Delivery ModeOffline at Nagpur Office / Hybrid / Remote live
Program Duration2 to 3 Months (Track dependent) (P2M)
Credential AwardedOfficial Offer / Selection Letter
Quick Answer · What This Internship Is & Who It Is For

This is a work-experience program, not a class. The Generative AI Internship at Skilleze Technologies in Nagpur gives candidates practical engineering experience building, evaluating, and deploying production LLM applications under senior mentorship. Interns implement Retrieval-Augmented Generation (RAG) systems, vector database pipelines, and agentic workflows with verifiable GitHub code proof.

Admission & Criteria

Eligibility & Who Can Apply

Explicit candidate eligibility criteria for students, graduates, and working professionals.

Eligible Year of Study

2nd, 3rd, or final year students (B.E., B.Tech, BCA, MCA, M.Tech, M.Sc CS/IT/Data Science)

Eligible Academic Branches

Computer Science, IT, AI & Data Science, Electronics, or related computational engineering fields

Non-IT & Career Switchers

Graduates and professionals with proven Python proficiency and understanding of basic machine learning concepts

Working Professionals

Software developers, data scientists, and backend engineers seeking production Generative AI implementation credentials

Prior Skill Expectation:Intermediate Python programming and familiarity with REST APIs <<CONFIRM per Prompt 0>>; direct entry requires passing an LLM prompting and Python logic assessment
Program Parameters

Internship Specifications At-a-Glance

Key operational parameters, batch structures, and documentation provided.

Program Duration2 to 3 Months (Track dependent)
Weekly Commitment20–25 hours per week (Flexible evening/weekend slots available)
Work ModeOffline at Nagpur Office / Hybrid / Remote live
Reporting ExpectationsDaily async Slack standups, weekly pipeline walkthrough and PR review calls
Cohort Start Dates1st and 15th of every month (Cohort capacity capped at 15 interns)
Documents Provided
  • Official Offer / Selection Letter
  • Internship Completion Certificate
  • Internship Experience Certificate (with verifiable GitHub project URLs)
  • College-format industrial training / project report letter <<CONFIRM: university formats supported>>
  • NOC compliance documentation for college submission
Real Engineering Operations

Applied AI Engineering Sprints & Production Architectures

Interns operate as applied AI engineers building real-world generative systems. You will implement enterprise RAG pipelines, configure vector index chunking strategies, set up LLM evaluation frameworks (RAGAS), and integrate guardrails to prevent hallucinations.

Concrete Project Briefs Shipped

Production Project 1

Enterprise Document Intelligence & Multimodal RAG Engine

Architect an enterprise search assistant capable of ingesting complex PDF documents, technical schematics, and tabular reports with source citation grounding.

PythonLangChain / LlamaIndexQdrant / PineconeOpenAI / Claude APIFastAPIStreamlit
Shipped Deliverable:Deployed microservice with semantic chunking, hybrid keyword-vector retrieval, citation reranking, and sub-second latency.
Production Project 2

Customer Support LLM Assistant with Guardrails & Evaluation

Engineer a contextual support bot equipped with NeMo Guardrails, automated fallback logic, conversation memory, and RAGAS quality evaluation.

PythonLangGraphChromaDBFastAPIDocker
Shipped Deliverable:Production-ready AI assistant passing continuous evaluation benchmarks for faithfulness, context precision, and toxicity mitigation.
Ticket / Sprint Workflow

Sprints are structured around LLM system milestones: prompt engineering, vector database indexing, context window optimization, reranking, and CI evaluation metrics.

Git Branch & PR Process

Strict branch-and-PR model: feature branches, prompt versioning in code, automated unit tests for API endpoints, and PR templates requiring evaluation benchmark scores.

Code Review Cadence

Senior AI engineers review every PR within 48 hours, inspecting token usage efficiency, context retrieval precision, latency profiles, and exception handling.

Standup & Demo Rhythm

Daily 3-question async standup (what pipelines you tested, current latency/accuracy results, blockers) plus weekly architecture design reviews.

Engineering Definition of Done (DoD)

LLM pipeline grounded with verifiable source citations and minimal hallucination
RAGAS evaluation scores meeting established quality thresholds
Token consumption monitored and optimized with caching strategies
FastAPI backend deployed with streaming responses and Docker containerization
Architecture documentation, prompt templates, and evaluation logs in repository README
Milestone Gates

Phase-by-Phase Deliverable Milestone Plan

Gate-reviewed deliverables submitted at each milestone. This is a deliverable roadmap, not a classroom topic list.

Phase 1 · Weeks 1–2

LLM Foundations, API Integration & Embedding Ingestion

Connecting to state-of-the-art model APIs, implementing semantic chunking, and populating vector databases.

Submitted:GitHub repo with document parsing pipeline, vector embedding scripts, and basic similarity search test suite.
Gate Review Criteria

Senior mentor review of chunking strategies, embedding dimensionality, and index design.

Phase 2 · Weeks 3–5

Advanced RAG, Hybrid Search & Context Reranking

Building hybrid BM25 + dense vector retrieval, cross-encoder reranking, and conversational memory buffering.

Submitted:Working RAG pipeline with streaming responses, multi-query generation, and source citation metadata.
Gate Review Criteria

Code review evaluating retrieval recall, reranking latency, and hallucination guardrails.

Phase 3 · Weeks 6–8

System Evaluation, Guardrails & Production Deployment

Automated evaluation using RAGAS, input/output guardrail policies, and containerized FastAPI cloud deployment.

Submitted:Live deployed API endpoint, interactive Streamlit/React demo UI, and comprehensive evaluation benchmark report.
Gate Review Criteria

Production readiness audit testing edge cases, safety filters, and response latency.

Phase 4 · Weeks 9–10

Career Accelerator, Portfolio Showcase & Technical Viva

Publishing AI project case studies, compiling ATS resume for Generative AI / LLM Engineer roles, and mock interviews.

Submitted:Public portfolio page, open-source GitHub release, and completed engineering exit interview.
Gate Review Criteria

Final technical evaluation and issuance of verified experience certificate.

Evaluation Standard

Mentorship, Code Reviews & Performance Evaluation

Reviewer Profile

Practicing AI Engineers and Machine Learning Tech Leads with hands-on production experience deploying LLM architectures.

Review Cadence

Continuous GitHub PR reviews (within 48 hours) plus weekly 1-on-1 architecture design clinics and prompt engineering critiques.

How Performance Is Graded
  • Retrieval pipeline architecture, embedding selection, and vector search efficiency
  • Code quality, modularity, and API design in Python
  • Rigorous evaluation methodology (hallucination mitigation, latency benchmarks)
  • Problem-solving independence and technical curiosity
What Earns a Strong Recommendation

Interns who engineer robust LLM systems, achieve top evaluation benchmark scores, and document clean reproducible repositories receive executive letters of recommendation and priority referral for AI roles.

Tangible Proof

Deliverables You Graduate With

Everything you walk away with upon successful completion of your internship track.

2 Production Generative AI Applications

End-to-end LLM applications with hybrid vector search, context reranking, streaming endpoints, and interactive frontends.

Public GitHub AI Portfolio

Documented code repositories demonstrating modular Python architecture, vector DB configurations, and evaluation scripts.

RAGAS Benchmark & Evaluation Reports

Documented test reports proving retrieval faithfulness, answer relevancy, and latency metrics across diverse test sets.

ATS-Optimized GenAI Engineer Resume

Specialized resume highlighting production LLM implementations, vector architectures, and quantifiable accuracy gains.

AI System Design & Mock Interviews

Technical mock interviews covering context window trade-offs, vector search scaling, and LLM orchestration challenges.

Verifiable Experience Certificate

Official company experience certificate with permanent QR verification linking to your public GitHub contributions.

Academic Compliance

For College Students: Industrial Training & University Credit

Academic Credit Compliance

Complies with academic requirements for industrial training, summer projects, and final-semester major project credits.

Submission Formats Provided

We issue company offer letters, project synopses, bi-weekly guide review forms, and comprehensive final project report books.

Semester-Break & Exam Scheduling

Flexible sprint scheduling built to accommodate college exams, university vivas, and campus placement drives.

Nagpur University Guidelines

Structured to fulfill 6-week to 6-month industrial internship guidelines for RTMNU, YCCE, VNIT, RCOEM, and GHRCE <<CONFIRM: which university formats you support — no false claims of affiliation>>.

Career Transition

For Working Professionals: Evening/Weekend Project Sprints

Flexible Sprint Scheduling

Async sprint tickets and flexible review calls allow employed software engineers to gain hands-on GenAI experience without leaving their current roles.

Portfolio-for-Switching Angle

Replaces basic online tutorial certificates with actual production LLM commits, vector database pipelines, and verifiable GitHub proof.

How It Differs From a Course

Rather than watching tutorials on prompt engineering, you write production code, evaluate retrieval precision, and deploy live cloud AI services.

Track Selection

Track Comparison: 45 Days vs 2 vs 3 vs 6 Months

Compare duration tracks by project deliverables, mentorship hours, and Career Accelerator inclusion.

Track Feature45-Day Track2-Month Track3-Month Accelerator6-Month Incubation
Shipped Projects1 Production Project2 Production Projects3 Production Projects3 Enterprise Systems
Engineering DepthFast-Track DeliveryModular Feature + CapstoneMulti-Tier Cloud ServicesDistributed Architecture & Microservices
PR Mentorship Hours15+ Dedicated Hours30+ Dedicated Hours45+ Dedicated Hours80+ Dedicated Hours
Career AcceleratorResume Entry OnlyResume + Mock VivaFull Module IncludedFull Module + System Design
Best-Fit PersonaVacation training students2nd/3rd year engineersFinal years & career switchersFull-semester college capstone
Explore Track45-Day Details2-Month Details3-Month Details6-Month Details
Proof & Verification

Verifiable Proof: Projects, Certificate & Intern Feedback

All credentials link to tamper-proof QR codes and public GitHub contributions.

Verified Experience Credential Sample

Official Generative AI Engineering Experience Certificate

Issued by Skilleze Technologies (Industrial Work Experience Vertical)

  • Permanent QR verification link
  • Direct link to candidate’s merged GitHub repositories and PRs
  • Detailed breakdown of LLM architectures, models, and sprint deliverables
  • AI Engineering Lead seal and authorized signature

“<<PLACEHOLDER: intern testimonials — Implementing RAGAS evaluation and vector reranking in a real team environment gave me the exact skills demanded in AI startup interviews.>>”

Pratik Bisen · GenAI Engineer Intern (YCCE Nagpur)

“<<PLACEHOLDER: intern testimonials — The mentor reviews on chunking strategies and token optimization taught me engineering nuances you never see in online courses.>>”

Ananya Rao · Applied AI Intern (VNIT Nagpur)
Application Timeline

4-Step Application & Screening Process

Capped at 15 interns per cohort to guarantee direct, line-by-line engineering reviews and dedicated mentor feedback.

1Day 1

Online Application Submission

Submit your profile, target duration track, Python background, and GitHub profile.

2Days 2–3

Python & LLM Logic Screening

Complete a practical screening task demonstrating basic API calling, JSON parsing, and Python data structures.

3Day 4

Technical Discussion & Track Alignment

15-minute alignment call with an AI mentor to review project briefs, tools, and expectations.

4Day 5

Offer Letter & Sprint Kickoff

Receive your official Offer Letter, environment setup guide, API keys, and attend sprint kickoff.

Selection Criteria:Intermediate proficiency in Python programming and REST APIsCommitment to minimum 20 hours per week of dedicated engineering workStrong drive to build production-grade Generative AI software
Got Questions?

Frequently Asked Questions About Internships

Plain answers to the most common questions from students and working professionals.

Will I get an official offer letter for this GenAI internship?

Yes. Every selected intern receives an official Selection and Offer Letter detailing the AI engineering role, track duration, mentor assignment, and project scope before cohort onboarding.

Is this internship valid for college academic credit?

Yes. Our documentation includes standard offer letters, periodic evaluation reports, and final completion certificates compliant with university industrial training mandates.

Can I do it in my final semester for my major project?

Yes. Final-year students regularly complete their capstone project with us, building cutting-edge Generative AI applications that satisfy college project evaluation panels.

Is it work from home or office in Nagpur?

We offer both in-person desk allocation at our Nagpur development facility and fully live remote/hybrid formats with daily async standups and weekly screen-share code reviews.

Do I need a high-end GPU machine to participate?

No. Most production LLM workflows rely on cloud API providers, managed vector databases, and lightweight local Python environments, all runnable on standard development laptops.

How do I know if I am eligible?

Anyone with comfortable Python programming fundamentals and basic understanding of machine learning or APIs is eligible to apply for technical screening.

What happens after I apply?

Our technical team reviews your application within 24 hours. Eligible candidates receive a practical Python screening challenge followed by a track alignment consultation.

How do I get details about enrolment and commercial terms?

The internship delivers real production project execution, senior mentor PR reviews, verifiable GitHub proof, and official experience credentials. Commercial terms, track allocations, and enrolment schedules are shared one-to-one upon enquiry — connect with an advisor on WhatsApp to discuss current cohort availability.

What frameworks will I actually build with?

You will work with LangChain, LlamaIndex, LangGraph, FastAPI, vector databases (Qdrant, Chroma, Pinecone), and evaluation suites like RAGAS and NeMo Guardrails.

Will my code and projects be public for my portfolio?

Yes. All internship capstone projects are maintained in public GitHub repositories with MIT or permissive licenses so you can showcase verifiable PRs to employers.

Need the fundamentals first? Start with the Generative AI Course

Ready to Build Production Software?

Join our next cohort, receive senior PR code reviews, and graduate with verifiable GitHub proof for recruiters.

Internal Linking Matrix

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