Long-Term Internship — 6 Months
Why colleges run this
Final-year students need more than a project — they need six months of working the way a team works, and a portfolio that survives a technical interview.
Course outcomes
CO1
Apply engineering fundamentals to problems of realistic size and ambiguity
K3CO2
Operate within a sprint cycle, estimating work and reporting progress honestly
K3CO3
Deliver a substantial system against changing requirements and a fixed deadline
K5CO4
Diagnose and repair failures in a running system using logs and monitoring
K4CO5
Present a portfolio and defend design decisions under technical questioning
K5Modules tap a module for its theory & lab
Hours shown are the recommended 120-day format — module time scales to the duration you pick (≈ shown for your 3-day selection).
01Engineering foundations≈ 1 h
Theory
Stack depth, data structures in practice, testing strategy
Lab
Graded exercise ladder
Output
Reviewed exercise portfolio
02Working as a team≈ 1 h
Theory
Sprint planning, estimation, stand-ups, review and retrospective
Lab
Run a full sprint cycle on a sample brief
Output
Sprint artefacts
03The industry simulation≈ 1 h
Theory
A brief with real constraints, changing requirements and a fixed deadline
Lab
Six sprints against a moving target
Output
Delivered product increments
04Quality and operations≈ 1 h
Theory
Automated testing, pipelines, observability, incident response
Lab
Break-and-fix exercise on the team's own system
Output
Pipeline and runbook
05Portfolio and interview readiness≈ 1 h
Theory
Portfolio writing, system-design discussion, behavioural interviews
Lab
Two mock interviews with written feedback
Output
Portfolio and interview feedback record
Every participant receives
Certificate of completion Course material LMS access Interview question bank Mock interview & viva practice