1. Introduction

The AICTE IDEA Lab at Excel Engineering College has been established to promote innovation, creativity, and hands-on learning among students. The primary objective of the AICTE IDEA Lab is to provide a multidisciplinary workspace where students can transform innovative ideas into functional prototypes using modern engineering tools and technologies.

The lab encourages students to design, develop, test, and refine engineering solutions for real-world challenges. It provides a collaborative environment that supports interdisciplinary learning, research, and technology-driven innovation.

The IDEA Lab also helps students develop essential skills such as problem-solving, critical thinking, design thinking, communication, and teamwork. By integrating advanced manufacturing systems, electronics prototyping facilities, and digital fabrication tools, the lab offers a comprehensive platform for product design, development, and innovation.

1.1 Vision:

To create a multidisciplinary innovation hub that enables students to transform ideas into real-world engineering solutions through hands-on learning and advanced technologies.

1.2 Objective:

Promote innovation and creativity through idea-to-prototype development.

Provide hands-on learning using modern tools like 3D printing, IoT, and robotics.

Encourage interdisciplinary collaboration among students and faculty.

Develop problem-solving and design thinking skills for real-world challenges.

Support research, product development, and entrepreneurship.

1.3 Infrastructure

1.4 Photos and Video clips

2. Facilities Available in the IDEA Lab

The AICTE IDEA Lab at Excel Engineering College is equipped with advanced tools and equipment that support various areas of engineering innovation and product development. The lab provides facilities for digital fabrication, additive manufacturing, electronics prototyping, and interdisciplinary engineering projects. These resources enable students to design, develop, test, and fabricate innovative solutions for real-world applications.

The major technology areas available in the lab include:

Advanced Cutting Machines – Used for precision cutting and shaping of different engineering materials.

Additive Manufacturing and 3D Printing – Facilities for rapid prototyping and product development using 3D printing technologies.

3D Scanning System – Enables reverse engineering, digital modelling, and accurate measurement of physical objects by converting them into 3D digital models.

PCB Section – Infrastructure for printed circuit board design, fabrication, and testing for electronic systems.

IoT Systems – Platforms and development kits for developing Internet of Things based smart devices and applications.

Fab Lab – A fabrication laboratory equipped with digital manufacturing tools for prototyping and innovation.

Robotics and Automation – Systems and kits for designing robotic mechanisms and automation-based engineering projects.

Drone Technology – Facilities for drone design, assembly, programming, and testing for aerial applications.

Major Machines

CNC Wood Router Machine

The CNC Wood Router Machine is a computer-controlled cutting machine used for engraving, carving, and shaping materials. It converts digital CAD designs into accurate physical components using automated machining processes.

Key Features:

• Working area: 1300 × 2500 mm

• Spindle power: 3.5 kW

• Spindle speed up to 24,000 RPM

• Hybrid servo motor drive system

• Aluminum T-slot table for work holding

• High precision machining capability

Applications:

• Wood cutting and engraving

• Mechanical prototype fabrication

• Product design and model manufacturing

CO2 Laser Cutting and Engraving Machine

The CO2 Laser Cutting Machine is used for high-precision cutting and engraving of non-metal materials such as acrylic, wood, leather, and plastics. The laser technology enables intricate designs and detailed engraving.

Key Features:

• Laser power: 100 W

• Working area: 1200 × 900 mm

• Cutting thickness up to 15 mm for acrylic

• Engraving speed up to 500 mm/sec

• Water cooling system for laser stability

• High resolution accuracy

Applications:

• Acrylic cutting

• Product engraving and marking

• Decorative and prototype fabrication

CNC Wood Lathe Machine

The Mini Wood Lathe Machine is used to produce cylindrical wooden components by rotating the material against cutting tools. It is useful for creating shafts, rods, and decorative components.

Key Features:

• Spindle power: 3 HP

• Rotational speed up to 6000 RPM

• CNC control system

• Ball screw transmission system

• High precision machining capability

Applications:

• Wooden component manufacturing

• Mechanical prototype parts

• Design and fabrication projects

Additive Manufacturing

Additive Manufacturing technologies are used for rapid prototyping and product development. These systems create three-dimensional objects by depositing materials layer by layer based on digital CAD models.

Pratham 6.0 Mega 3D Printer

The Pratham 6.0 Mega 3D Printer is an industrial-grade additive manufacturing system capable of producing high-quality multi-material prints.

Key Features:

• Multi-material and multi-color printing

• Automatic bed levelling system

• Remote monitoring capability

• Power failure protection

• Touchscreen LCD interface

• Ball screw Z-axis stability

Applications:

• Engineering prototype development

• Product design validation

• Research and innovation projects

Pratham Mini 3D Printer

The Pratham Mini 3D Printer is a compact entry-level 3D printer used for educational purposes and small prototype development.

Key Features:

• All-metal body construction

• Build volume: 170 × 170 × 170 mm

• Reliable printing performance

• Easy operation for beginners

Applications:

• Student projects

• Small product prototypes

• Learning additive manufacturing

Bambu Lab A1 Mini Combo 3D Printer

The Bambu Lab A1 Mini is a high-speed precision 3D printer designed for advanced additive manufacturing.

Key Features:

• Multi-color printing capability

• Automatic calibration system

• High speed printing technology

• Build volume: 256 × 256 × 256 mm

• Quiet printing mode

Applications:

• Complex engineering prototypes

• Multi-color design models

• Product visualization

Phrozen Sonic Mini 8K Resin 3D Printer

The Phrozen Sonic Mini 8K uses photopolymer resin technology to produce ultra-high-resolution prints.

Key Features: • Resolution up to 22 µm • Layer thickness: 0.01 – 0.30 mm • High-precision printing capability • Touchscreen interface

Applications: • Precision prototypes • Medical and dental models • Micro-engineering components

Einstar 3D Scanner

The Einstar 3D Scanner converts real-world objects into digital 3D models using structured light scanning technology.

Key Features:

• Scan speed up to 14 fps

• Point distance: 0.1 – 3 mm

• Effective scanning range: 160 – 1400 mm

• Lightweight handheld device

Applications:

• Reverse engineering

• Digital model creation

• Product design analysis

PCB and IoT Development Systems

The PCB and IoT development section supports electronic circuit design, embedded system development, and smart device prototyping.

Major Equipment:

• PCB milling machine

• Digital storage oscilloscope

• Function generator

• Bench top power supply

• Digital multimeter

• Soldering station and rework station

• Arduino and Raspberry Pi development boards

• ESP8266 and ESP32 IoT modules

• Sensor modules

Fab Lab

The Fab Lab provides tools and equipment required for mechanical fabrication and prototype manufacturing. Students can use these facilities to design, assemble, and test mechanical systems.

Major Tools:

• Lathe cum Drilling machine

• Welding machine

• Angle grinder

• Bench grinder

• Circular saw

• Sanding machine

• Measurement instruments

Industrial Partners

The IDEA Lab collaborates with several industrial partners to provide technical guidance, industry exposure, and practical training opportunities.

Coral Manufacturing Works

Coral Manufacturing Works specializes in precision manufacturing and mechanical fabrication. The company supports skill development and provides industry insights into modern manufacturing technologies.

BASE Automation Technologies

BASE Automation Technologies focuses on industrial automation systems and control solutions. Their expertise includes PLC programming, industrial control panels, and automation integration.

Peraglobe Technologies

Peraglobe Technologies works in engineering innovation, product development, and technology consulting. The company contributes to student training and project mentoring.

Mobitech Wireless Solutions

Mobitech Wireless Solutions specializes in IoT systems, wireless communication technologies, and smart automation solutions including irrigation automation systems.

Mentor – Coordinator details