CREATIVE EXPERIMENTATION HUB

Explore Our
Tinkering Lab

Transforming bold ideas into physical innovations through collaborative design, practical mechanics, and iterative testing.

"Innovation is the ability to see change as an opportunity – not a threat."

— Steve Jobs

Our Mandate

About the Tinkering Lab

The Tinkering Lab serves as a dynamic platform aimed at enhancing mechanical innovation. It enables students and professionals to transition from theoretical learning to practical engineering applications, shifting from the 'Think Space' to the 'Tinker Space.'

Here, concepts are transformed into tangible mechanical prototypes, products, and even patents through rigorous hands-on experimentation and problem-solving. This lab represents a culture that emphasizes the integration of design, prototyping, and iterative testing, fostering mechanical creativity and practical engineering skills.

The Prototyping Funnel

1

Think Space

Abstract formulation of engineering theories and initial computerized geometric shapes.

2

Tinker Space

Practical, raw mechanical trials, shape optimization, and materials selection.

3

Intellectual Asset

Physical testing validation, tangible structural realization, and patent registration.

BENCHMARKS & CAPABILITIES

Key Features of Tinkering

Cultivating mechanical mindset through resource accessibility and systematic multidisciplinary support pipelines.

Laboratory Collaboration

Established in close association with TA201 Academic Lab, 4i-Lab, Central Workshop, Design Program, and SIIC to coordinate complete product realization pipelines.

Innovative Mindset

The platform is custom-built for creative makers seeking to conceptualize new processes, tackle complex, real-world problems, and participate in active product creation.

Hands-On Experience

It empowers users to transition directly from virtual CAD sketches to functional mechanical prototypes, providing essential physical fabrication literacy.

Product Realization & Patents

Acts as a primary catalyst to transform design ideas into intellectual properties, encouraging students to submit patent documents and explore entrepreneurial start-up models.

Open Interdisciplinary Space

Open to students, researchers, and professional makers across all branches of engineering and science, supporting cross-domain product development pipelines.

BENCHMAKER HARDWARE

Essential Tinkering Equipment

3-Axis Milling Machine Precision Cutting

3-Axis Milling Machine

Durable vertical spindle system configured for raw machining and quick physical component adjustments.

Available Workshop Line
CNC Lathe Machine Turning

CNC Lathe Machine

High accuracy turning platform for formatting cylindrical profiles and custom metal fasteners.

Available Workshop Line
CNC Milling Machine (5-Axis) Complex Tooling

CNC Milling Machine (5-Axis)

State-of-the-art solid carving framework capable of extracting multi-axis freeform surfaces.

Available Workshop Line
EXPERTISED STAFF

Meet Our Team

The core technical experts, superintendents, and specialists driving project execution and precision crafting at the Tinkering Lab.

Mr. Jitendra Kumar Sharma

Mr. Jitendra Kumar Sharma

Sr. Technician

"3D scanning and reverse engineering. Precision manufacturing, CNC machining, and all conventional machining, etc."

0512-259-6713
jksharma@iitk.ac.in
Mr. Shiv Nath Paul

Mr. Shiv Nath Paul

Tech. Superintendent

"Various unit of Manufacturing processes. Specially turning, drilling, fitting, etc."

0512-259-6713
snpaul@iitk.ac.in
Mr. Manmohan Nath

Mr. Manmohan Nath

Sr. Technician

"Various unit of manufacturing processes. Lathe specially turning, drilling, fitting, etc."

0512-259-6713
mmnath@iitk.ac.in
Mr. Virendra Tak

Mr. Virendra Tak

Sr. Technician

"Manages industrial Lathe setups, focusing carefully on precision turning and component training lines."

0512-259-6713
vtak@iitk.ac.in