Pakistan Navy School of Logistics (PNSL) is a premier education institution in Karachi responsible for developing future logistics and supply chain leaders for the Pakistan Navy. The school delivers advanced academic and operational training to BSc-level cadets in a highly structured and performance-driven environment.
Challenge
Modern education demands:
- Faster comprehension of complex technical subjects
- Higher classroom engagement at the undergraduate level
- Real-time visualization of data-heavy concepts
- Scalable academic support beyond traditional lectures
PNSL sought an intelligent classroom assistant that could enhance teaching effectiveness without compromising academic rigor or discipline.
Solution
PNSL partnered with Haprow to deploy TimTim, AI Tutor, integrated as a teacher’s assistant in smart classrooms.
TimTim was custom-trained on:
- The school’s official curriculum
- Multiple BSc-level subjects
- Institutional academic content and knowledge base
TimTim operates as a voice-controlled AI teaching assistant, connected to a large classroom display to provide real-time academic support.
Key Capabilities Implemented
| Feature | Classroom Application |
| Voice-based interaction | Hands-free academic questioning during lectures |
| Curriculum-trained AI | Answers aligned with official course content |
| Multimodal responses | Audio explanations + on-screen visual output |
| Data visualization | Charts, graphs, and analytical breakdowns |
| Conversational learning | Back-and-forth academic discussion with students |
| Hybrid knowledge engine | Combines institutional content with AI reasoning |
TimTim responds from:
- Its internal AI knowledge base
- The school’s proprietary curriculum repository
depending on the nature of the query.
Implementation
The system was deployed as a live classroom assistant:
- Integrated with large smart displays
- Configured with institutional curriculum data
- Introduced during active lectures as a co-teaching system
- Used for concept clarification, revision, and visual analysis
This allowed instructors to maintain full control while gaining real-time AI support.
Results
- Higher student engagement during technical lectures
- Faster concept clarification through live AI explanations
- Improved understanding of data-driven subjects via visual analytics
- Reduced instructional load on faculty for repetitive queries
Students actively interacted with TimTim to explore topics in depth during live sessions.
Impact Summary
| Area | Outcome |
| Classroom engagement | Increased interactive learning |
| Concept clarity | Faster understanding of complex material |
| Teaching efficiency | Reduced repetitive explanation workload |
| Learning experience | More dynamic and technology-driven instruction |