WHERE IDEAS BECOME ENGINEERING REALITY
Centralized rapid prototyping and research lab. Request high-precision 3D printing, laser cutting, borrow electronic components, and collaborate on innovative student engineering projects.
ADDITIVE FABRICATION // 3D PRINTING
HOW IT WORKS
A clear 3-step process to transform student ideas into working hardware prototypes.
Submit Your Concept
Submit your engineering proposal, 3D printing (.stl/.dxf), or laser cutting (.dwg) fabrication specifications.
Evaluation & Review
PCIR faculty & R&D lab managers analyze technical feasibility, safety protocols, and bill of materials.
Fabricate & Build
Gain lab access, borrow components from the sensor vault, and fabricate functional prototypes on CNC & 3D printers.
LAB FACILITIES & EQUIPMENT
State-of-the-art machinery and electronic components available for student projects and research.
CAD & Simulation Cluster
18 Workstations Available18 high-performance workstation nodes dedicated to 3D CAD modeling, PCB design, and machine learning simulations.
CO₂ Laser CNC Workshop
Ready for Cutting & EtchingHigh-precision 100W CO₂ laser cutting and etching system supporting direct .DWG/.DXF vector fabrication.
3D Additive Array
High-Speed 3D Printers ActiveHigh-precision FDM/SLA 3D printing farm equipped with PLA, ABS, PETG, TPU, and Carbon-Fiber filaments.
Sensor & Component Vault
Available in Inventory500+ borrowable inventory units including ESP32, STM32, Arduino, Raspberry Pi, LiDAR, IMU, and actuator modules.
STUDENT RESEARCH & INNOVATIONS
Explore multidisciplinary engineering projects actively built by students and researchers at PCIR.