Building Skills for the Industries of Tomorrow
Duration & Hours
Common Structure — 288 Hours
The same four-part structure applies identically across every track — Artificial Intelligence & ML, VLSI Design, Embedded Systems & IoT, Drone Technology, CAD, CAE/FEA, CFD and Robotics & Automation.
Per-track breakdown
288 hrs total
Teaching — 144h
Assessment — 24h
Practical — 66h
Project — 54h
Delivery Format
- Full technical tracks (VLSI, AI & Embedded Systems, Drone Pilot Training, FEA/CFD): 10–12 months, Weekend / Evening / Semester-Integrated delivery
- Value-added tracks (Animation & Multimedia and similar): 4–6 months, Semester-Integrated / Weekend / Value-Added delivery
Programmes Offered
Eight tracks across future technology domains
Artificial Intelligence & ML
- Python Programming
- Machine Learning
- Deep Learning
- Computer Vision
- NLP
VLSI Design
- Digital Electronics
- CMOS Technology
- Verilog HDL
- FPGA Basics
Embedded Systems & IoT
- Microcontrollers
- Embedded C
- ARM Architecture
- IoT Communication
Drone Technology & Pilot Training
- Flight Mechanics
- UAV Components
- Mission Planning
- Safety & Regulations
CAD Engineering Design
- AutoCAD
- SolidWorks
- Product Design
- Engineering Drawings
CAE & Finite Element Analysis
- Structural Analysis
- Stress & Strain
- Mesh Generation
CFD — Computational Fluid Dynamics
- Aerodynamics
- Heat Transfer
- Thermal Analysis
Robotics & Automation
- Sensors
- Motion Control
- Robot Programming
Career Opportunities After Training
AI & Computing
- AI Engineer
- ML Engineer
- Data Analyst
Semiconductor & Electronics
- VLSI Design Engineer
- Embedded Systems Engineer
Mechanical & Product Design
- CAD Design Engineer
- CFD Engineer
Drone & Autonomous Systems
- Drone Pilot
- UAV Operations Engineer
Internship, employment and placement opportunities depend on student performance, employer requirements and market conditions. PMIT does not guarantee internships or employment.