IDEATION, DESIGN, EVOLUTION AND APPLICATION
SCSVMV – AICTE IDEA LAB
Innovate • Design • Prototype • Manufacture • Startup
Transforming ideas into real-world solutions through innovation, design thinking and digital manufacturing.
Impact dashboard
The lab in numbers
A snapshot of training, prototyping and outreach at the SCSVMV–AICTE IDEA Lab.
2500+
Students Trained
150+
Prototypes Developed
15+
Startups Supported
20+
Patents Filed
25+
Value Added Courses
30+
Industry Partners
100+
Workshops Conducted
75+
Schools Visited
About IDEA Lab
A nationally minded home for ideas that become products
Vision
To become a nationally recognized innovation ecosystem that nurtures creativity, interdisciplinary collaboration, product development, entrepreneurship and societal innovation.
Mission
- Promote experiential learning
- Encourage design thinking
- Foster innovation
- Develop startup culture
- Bridge academia and industry
- Create socially relevant technologies
Innovation ecosystem
From a problem to a product in the market
Every project in the lab is expected to travel this path — not stop at a poster or a one-off model.
- 01Problem
- 02Idea
- 03Design Thinking
- 04CAD
- 05Prototype
- 06Testing
- 07Product
- 08Patent
- 09Startup
- 10Commercialization
Facilities
Capabilities, grouped by how the lab is used
Machines sit underneath four practice areas. Students move across them as an idea turns into hardware.
Electronics
- PCB design
- PCB fabrication
- Embedded systems
- IoT
- Sensors
- Robotics
Digital manufacturing
- CNC router
- Laser cutting
- Engraving
- CAD / CAM
Additive manufacturing
- FDM printing
- Multi-colour printing
- 3D scanning
- Reverse engineering
Product development
- Rapid prototyping
- Product design
- Testing
- Packaging
Equipment
Installed machines
Each card uses the name printed on the photograph. Click a photo to open it full size.
CNC Machining & Milling
CNC Router
Gantry router on the digital manufacturing floor for panel work, engraving and carved prototypes.
| Area | Digital Manufacturing Section |
|---|---|
| Used for | Panel cutting, engraving, relief carving |
| Typical work | Furniture prototypes, signage, moulds |
Laser Cutting & Engraving
CO₂ Laser Cutting Machine
Sheet cutting and engraving, with the industrial chiller stationed beside the machine.
| Area | Digital Manufacturing Section |
|---|---|
| Used for | Cutting and engraving sheet materials |
| Support | Industrial chiller alongside the bed |
Electronics
PCB Milling Machine
In-house circuit-board milling so electronics projects do not wait on an outside fabricator.
| Area | Electronics |
|---|---|
| Used for | PCB fabrication from design files |
| Supports | Embedded systems, IoT and sensor boards |
Additive Manufacturing
FDM 3D Printer
Desktop fused-deposition printers for everyday prototypes and design iterations.
| Process | FDM printing |
|---|---|
| Used for | Concept models and functional parts |
| Place in the path | Prototype |
Additive Manufacturing
FDM 3D Printer with AMS
Multi-material FDM with an automatic material system for colour changes in a single print.
| Process | Multi-colour FDM printing |
|---|---|
| Feeder | AMS |
| Used for | Demonstration models and functional parts |
Additive Manufacturing
FDM 3D Printer, Enclosed Shell with AMS
Enclosed multi-material printer for stable prints when the part needs a closed build chamber.
| Process | Enclosed FDM with AMS |
|---|---|
| Used for | Multi-colour and engineering prototypes |
| Place in the path | Prototype |
Additive Manufacturing
16K Resin 3D Printer
High-resolution resin printing with wash and cure stations for fine detail.
| Process | Resin / SLA printing |
|---|---|
| Detail | 16K |
| Used for | Fine features, masters and display models |
Product Development
Sublimation Printer
Heat-press station for transferring graphics onto apparel, mugs and event merchandise.
| Used for | Apparel, mugs and branded merchandise |
|---|---|
| Place in the path | Packaging and outreach |
| Best for | Workshops, open house and startup demos |
Wood & Metal Working
Grinding Machine & Wooden Lathe Machine
Bench grinder and motorised wood lathe for shaping, finishing and turned parts.
| Grinding machine | Tool finishing and metal preparation |
|---|---|
| Wooden lathe machine | Handles, spindles and craft parts |
| Safety | Emergency stop on the lathe |
Wood & Metal Working
Drilling Machine
Pillar drill for accurate holes in fixtures, brackets and prototype parts.
| Type | Pillar drilling machine |
|---|---|
| Used for | Holes in wood, plastic and metal stock |
| Place in the path | Prototype and testing |
Wood & Metal Working
Portable Welding Machine
Compact inverter welder for frames, brackets and small metal assemblies.
| Type | Portable inverter welder |
|---|---|
| Used for | Metal fabrication and repair |
| Place in the path | Prototype |
Electronic Test & Measurement
Digital Storage Oscilloscope
Bench oscilloscope for checking signals on embedded, IoT and sensor circuits.
| Used for | Waveform capture and debugging |
|---|---|
| Supports | Embedded systems, IoT, sensors |
| Place in the path | Testing |
Electronic Test & Measurement
Variable DC Power Supply
Adjustable bench supply for powering boards while they are tested.
| Used for | Powering circuits under test |
|---|---|
| Supports | PCB bring-up and embedded labs |
| Place in the path | Testing |
Innovation spaces
Rooms where the work actually happens
Space names follow the signs and captions in the lab photographs.
Design and Simulation Lab
Workstation room for CAD, CAM and design reviews before anything is cut or printed.
Digital Manufacturing Section
Fabrication floor for the CNC router, laser cutter and related digital-manufacturing work.
Electronics Lab
Long instrumented room for PCB work, assembly, power-up and testing.
IoT Section
Teaching benches for IoT kits, sensors and connected-device sessions.
Collaboration and Brainstorming Zone
Open hall with computers and seminar seating for design classes, critiques and team working.
Projects
Student innovation gallery
The lab is organised around student work, not only around machines. These are the project families the space is set up to build.
Smart agriculture
Sensing, irrigation logic and field prototypes.
Smart irrigation
Water scheduling built and tested on the electronics benches.
Smart dustbin
Sensor-and-actuator prototypes for campus waste.
Smart helmet
Wearable safety ideas taken through to a physical mock-up.
Smart parking
Detection and indication prototypes.
Drone applications
Airframes, mounts and payload trials.
Assistive devices
Aids shaped on the printers, lathe and laser.
Robotics
Mechanisms, control boards and test rigs.
PCB projects
Boards designed here and milled on the PCB milling machine.
Electric vehicle models
Small chassis, brackets and electrical test setups.
Medical devices
Enclosures and proof-of-concept hardware.
Sustainable products
Material trials, packaging and demo pieces.
Project repository
Completed work is grouped so the next batch can start from a known design.
Electronics
Browse and continue projects in this family.
IoT
Browse and continue projects in this family.
Mechanical
Browse and continue projects in this family.
Civil
Browse and continue projects in this family.
AI
Browse and continue projects in this family.
Healthcare
Browse and continue projects in this family.
Agriculture
Browse and continue projects in this family.
Sustainability
Browse and continue projects in this family.
Value added courses
Short courses on the machines and the method
Each course is advertised with duration, eligibility, outcomes and a certificate. Dates are published in the training calendar.
PCB Design
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Embedded Systems
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
IoT
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
ESP32 Programming
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
3D Printing
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Laser Cutting
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
CNC Router
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Product Development
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Robotics
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
AI for Engineers
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Design Thinking
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Entrepreneurship
| Duration | Announced for each batch |
|---|---|
| Eligibility | Students, faculty and notified external learners |
| Outcomes | Hands-on practice on the named skill |
| Certificate | Issued on successful completion |
Workshops & events
What appears on the calendar
Workshops
Machine and skill workshops on printing, laser, CNC, PCB and IoT.
Open house
Scheduled visits for schools and first-time users.
FDPs
Faculty development programmes on the lab’s tools and teaching methods.
Bootcamps
Multi-day builds that end in a working prototype.
Innovation challenges
Problem statements with a build-and-demonstrate round.
Design competitions
Judged design and fabrication contests.
School visits
Class XI and XII sessions under the open-house format.
Faculty development programmes
FDP calendar
Dates for faculty programmes are published with the training calendar.
Workshops
Short faculty workshops on a single machine or method.
Summer school
A longer faculty programme in the summer break.
Winter school
A longer faculty programme in the winter break.
Teacher training
Classroom-to-lab practice for school and college teachers.
School open house
AICTE IDEA LAB Open House
A half-day visit for school students: a look at the machines, a short innovation session, and time to try a hands-on activity.
| Who | Classes XI and XII |
|---|---|
| Time | 10:00 AM – 1:00 PM |
| Includes | Hands-on activities and innovation sessions |
| Registration | Free |
Startup & incubation
Industry collaboration
Companies use the same floor as the students — for a prototype, a test, or a longer piece of joint work.
Consultancy
Faculty and lab time on a defined technical problem.
Product development
From a brief to a tested product definition.
Prototype fabrication
CNC, laser, print and bench work against a drawing.
Testing
Electrical and functional checks on the instrumentation benches.
Student internship
Industry problems hosted inside the lab.
Joint research
Shared experiments that can continue into a paper or a patent.
Student achievements
Work from the lab is collected under these headings.
Patents
Highlighted as students complete them.
Hackathons
Highlighted as students complete them.
SIH
Highlighted as students complete them.
Toycathon
Highlighted as students complete them.
Awards
Highlighted as students complete them.
Publications
Highlighted as students complete them.
Startup stories
Highlighted as students complete them.
Innovation wall
A rotating display inside the lab. The slot is announced each month; names are added when a selection is made.
Patent of the month
One filing or granted patent, with the student team named.
Startup of the month
A team using the lab toward a venture.
Best prototype
The build that went furthest from idea to tested hardware.
Student innovator
An individual highlighted for a completed project.
Industry challenge
A live problem posed by a partner, open to student teams.
Membership
Register to use the lab. Write with your name, department or organisation, and whether you need training or project access.
Students
Eligible to register for lab access.
Faculty
Eligible to register for lab access.
Alumni
Eligible to register for lab access.
School students
Eligible to register for lab access.
Industry professionals
Eligible to register for lab access.
Virtual tour
See the rooms before you travel
Use the gallery as a walk through the installed machines. A live 360° tour, video walkthrough and drone view are arranged as part of a booked visit.
360° tour
A full-circle walk through the lab, shown during orientation and booked visits.
Video walkthrough
A guided pass from design workstations to the manufacturing floor.
Drone view
An overhead look at the digital manufacturing section and adjoining rooms.
Interactive gallery
Every photograph below opens full screen. Captions are the names printed on the pictures.
Gallery
Inside the IDEA Lab
Captions are the names printed on each photograph. Click any image for a full-screen view.
Digital Manufacturing Section
Design and Simulation Lab
Electronics Lab
IoT Section
Collaboration and Brainstorming Zone
CNC Router
CO₂ Laser Cutting Machine
PCB Milling Machine
FDM 3D Printer
FDM 3D Printer with AMS
FDM 3D Printer, Enclosed Shell with AMS
16K Resin 3D Printer
Sublimation Printer
Grinding Machine & Wooden Lathe Machine
Drilling Machine
Portable Welding Machine
Digital Storage Oscilloscope
Variable DC Power Supply
Downloads
Documents you can request
Ask the lab office for the current file. Mail the registrar and name the document in the subject line.
Membership form
Registration for students, faculty, alumni, schools and industry.
Project proposal format
The one-page format for requesting build time.
Contact
Book a visit
Tours, workshops and project access are scheduled in advance. Write with your preferred date and the reason for the visit.
Sri Chandrasekharendra Saraswathi Viswa Mahavidyalaya
Sri Jayendra Saraswathi Street, Enathur, Kanchipuram – 631561, Tamil Nadu, India
| registrar@kanchiuniv.ac.in | |
| Phone | +91 9629 00 11 44 |
| Working hours | University working days, by prior appointment |
| Quick links | Courses, open house, downloads, gallery |