Our Presence Across India
Explore our company labs and technology centres across India.
New Age Technology Centre
A future-ready learning space for students to explore Robotics, Artificial Intelligence, IoT, 3D Printing, Electronics and Digital Manufacturing through practical hands-on activities.
30+
Total Labs
20+
States
50K+
Students
500+
Tech Kits
AI • Robotics • IoT
Explore Our Technology Labs
Each lab is designed to provide practical learning through modern tools, real-world activities, and future-ready technologies.
New Technology Skill Centre, Maan
New Age Technology Lab is an innovative learning space where students real-world projects.
New Technology Skill Centre, Kuruli
Learners explore artificial intelligence, image recognition, data analysis and smart applications.
New Technology Skill Centre, Pabe
Students work with sensors, smart devices, cloud connectivity and real-time automation systems.
New Technology Skill Centre, Khalsa
Students convert ideas into real objects using design software, 3D modeling and 3D printing.
New Technology Skill Centre, Pimpre Khurd
Students convert ideas into real objects using design software, 3D modeling and 3D printing.
New Technology Skill Center, Sangali
Students convert ideas into real objects using design software, 3D modeling and 3D printing.
New Technology Skill Center, Bharat Forge
Students convert ideas into real objects using design software, 3D modeling and 3D printing.
3D Printing Lab
Students convert ideas into real objects using design software, 3D modeling and 3D printing.
One Integrated Technology Learning Space
Our labs combine Robotics, AI, IoT, 3D Printing, Electronics, CNC Simulation and Digital Manufacturing in one powerful learning ecosystem.
- ✔ Hands-on project-based learning
- ✔ Modern technology tools and equipment
- ✔ Suitable for schools, colleges and skill centres
- ✔ Supports innovation and problem-solving skills
Advanced Industrial Skill Centre
Future-ready ITI labs designed for CNC simulation, PLC automation, industrial robotics, welding simulation, IoT, and Industry 4.0 training.
35+
ITI Centres Across India
35+
ITI Centres
12+
Technologies
20K+
Trainees
250+
Equipment
Future Ready ITI Technology Labs
Each lab supports practical industrial learning with simulation tools, automation systems, machines and hands-on projects.
CNC Simulation Lab
Trainees learn CNC turning, milling, G-code programming, toolpath planning and machining simulation with industrial workflows.
PLC Automation Lab
Practical learning in PLC programming, control panels, sensors, process control and real industrial automation applications.
Welding Simulator
Safe virtual welding practice with realistic training experience for arc, MIG and TIG welding techniques.
Key Training Equipment
Modern tools and systems that help trainees develop industry-ready skills.
Integrated Manufacturing Technology Lab
The ITI Technology Centre integrates CNC, PLC automation, robotics, IoT, hydraulics, pneumatics, 3D printing, welding simulation and Industry 4.0 tools in one powerful skill development ecosystem.
- ✔ CNC Turning & Milling Simulation
- ✔ PLC & Industrial Automation
- ✔ Robotics & Smart Manufacturing
- ✔ Welding Simulator Practice
- ✔ IoT & Industry 4.0 Training
Industrial Lab Images
A glimpse of machines, equipment, training spaces and hands-on activities.
Future Ready Skill Center
A modern skill development centre designed for hands-on learning, technical training, digital skills, industry projects, career readiness and practical employability-focused education.
50+
Courses
25K+
Learners
100+
Projects
15+
Technologies
Skills • Projects • Placement
Skill Center Learning Features
The Skill Center supports practical learning in technology, industry tools, digital skills, entrepreneurship, communication and employment-oriented training.
Digital Skills
Computer basics, coding, productivity tools and digital literacy training.
Technical Skills
Hands-on learning in electronics, automation, robotics and manufacturing tools.
Projects
Build practical projects that improve creativity and problem-solving skills.
Career Ready
Develop communication, teamwork, confidence and employability skills.
Complete Skill Development Environment
The centre provides structured training programs that combine practical technology learning, project development and career preparation.
- ✔ Digital literacy and computer fundamentals
- ✔ Technical hands-on training
- ✔ Robotics, IoT and electronics basics
- ✔ Project-based learning activities
- ✔ Soft skills and communication training
- ✔ Career guidance and employability support
Skill Center Activities
Learners participate in hands-on activities, technology practice, teamwork challenges and real-world skill development projects.
Digital Skills Training
Learn computer usage, internet tools, office software, coding basics and digital productivity.
Technical Training
Practice electronics, automation, robotics, IoT and basic engineering concepts through activities.
Project-Based Learning
Build working models and practical projects to improve creativity, teamwork and problem-solving.
Career Readiness
Improve communication, presentation, workplace discipline, confidence and employability skills.
Skill Center Images
A glimpse of training sessions, project work, technology practice and skill-based learning activities.
Advanced CNC Training Centre
A modern CNC learning lab designed for CNC turning, milling, G-code programming, toolpath simulation, machining practice and digital manufacturing training.
25+
CNC Labs Across India
25+
CNC Labs
500+
Programs Practiced
15K+
Students Trained
50+
Machines & Kits
Future Ready CNC Simulation Labs
Students learn CNC machining concepts using simulation tools, G-code programming, turning, milling, toolpath planning and industrial manufacturing workflows.
CNC Turning Simulation
Students learn lathe operations, turning cycles, facing, grooving, threading and CNC turning workflows using simulation.
CNC Milling Simulation
Trainees understand milling operations, tool selection, machine setup, coordinate systems and toolpath verification.
G-Code Programming
Learners practice G-code and M-code programming, machining logic, part program creation and error checking before real production.
Key CNC Training Equipment
Modern tools and software systems that help students develop industry-ready CNC and digital manufacturing skills.
Digital Manufacturing & CNC Simulation Lab
The CNC Lab helps students understand industrial machining using CNC turning, milling, programming, simulation, toolpath verification and manufacturing workflows.
- ✔ CNC Turning and Milling Practice
- ✔ G-Code and M-Code Programming
- ✔ Toolpath Simulation
- ✔ CAM Software Training
- ✔ Digital Manufacturing Concepts
CNC Lab Images
A glimpse of CNC simulation, machining practice, programming sessions and digital manufacturing activities.
Advanced Exponential Technology Centre
A future-ready engineering learning space focused on innovation, automation, digital manufacturing, robotics, simulation, product development and practical industry-oriented technology training.
25+
Technologies
100+
Projects
15K+
Learners
50+
Industry Tools
Hub
Automation • Robotics • Manufacturing
Exponential Lab Learning Features
The Exponential Technology Centre supports practical learning in engineering design, robotics, automation, manufacturing tools, simulation and industry-focused project development.
Robotics
Learn robotic arms, automation workflows and smart machine operations.
Automation
Hands-on learning in industrial automation, control systems and sensors.
Manufacturing
Explore CNC, 3D printing, digital production and prototyping tools.
Innovation
Build practical projects that solve real-world industry problems.
Complete Engineering Innovation Environment
The centre provides structured training programs combining advanced tools, automation, robotics and digital manufacturing.
- ✔ Robotics and automation practice
- ✔ Industry 4.0 concepts and applications
- ✔ CNC, CAD/CAM and manufacturing workflows
- ✔ 3D printing and product prototyping
- ✔ Sensor-based control systems
- ✔ Real-world engineering project development
Exponential Lab Activities
Learners participate in hands-on industrial activities, automation practice, design challenges and prototype development projects.
Automation Training
Learn control systems, sensors, actuators and practical automation workflows used in industries.
Robotics Training
Practice robot movement, pick-and-place tasks, end-effectors and industrial robot applications.
Product Development
Build prototypes using design, simulation, 3D printing and manufacturing processes.
Industry Projects
Work on real-world industry problems through project-based innovation and teamwork.
Exponential Lab Images
A glimpse of robotics, automation, manufacturing, product development and practical engineering training activities.
Advanced Welding Training Centre
A safe and modern welding simulation lab designed for welding practice, technique improvement, safety training, performance analysis and industry-ready welding skill development.
10+
Processes
500+
Practice Jobs
12K+
Trainees
100%
Safe Practice
Arc • MIG • TIG • Safety
Welding Simulator Learning Features
Trainees learn welding processes safely using simulator-based practice, real-time feedback and guided performance improvement.
Arc Welding
Practice arc length, welding angle, travel speed and bead formation.
MIG Welding
Learn torch movement, wire feed, welding parameters and joint preparation.
Safety Training
Understand PPE usage, welding hazards, safe setup and workshop discipline.
Performance
Review score, accuracy, speed, angle and improvement areas after practice.
Complete Welding Simulation Environment
The lab provides safe practice for multiple welding processes, positions, joints and skill levels before real workshop practice.
- ✔ Arc welding practice
- ✔ MIG and TIG welding basics
- ✔ Flat, horizontal, vertical and overhead positions
- ✔ Torch angle and travel speed control
- ✔ Real-time feedback and scoring
- ✔ Safety awareness and PPE training
Welding Lab Activities
Learners practice welding skills step-by-step using simulation, feedback, safety instruction and guided skill improvement.
Welding Practice
Practice welding beads, joints, positions and movements using virtual simulation tools.
Welding Positions
Learn flat, horizontal, vertical and overhead welding positions with guided training.
Safety & PPE
Understand welding safety, PPE selection, hazard control and safe work practices.
Performance Report
Review training scores, accuracy, torch movement and improvement areas after every session.
Welding Simulator Lab Images
A glimpse of welding simulation, safety learning, guided practice and workshop skill development.
Advanced Mastercam Training Centre
A professional CAD/CAM learning lab for CNC programming, toolpath creation, machining simulation, part design and digital manufacturing workflows.
20+
CAM Modules
500+
Programs
10K+
Learners
50+
Projects
CAD • CAM • CNC
Mastercam Learning Features
Students learn how to convert part designs into CNC machining programs using toolpath generation, simulation and manufacturing workflow.
CAD Design
Create part geometry and prepare components for machining.
CAM Programming
Develop machining strategies for CNC turning and milling.
Toolpath
Generate accurate toolpaths for production-ready machining.
CNC Simulation
Verify machining operations before running on real machines.
Complete Mastercam Training Environment
The lab provides practical training in design, programming, toolpath verification, post-processing and CNC workflow.
- ✔ 2D machining and contouring
- ✔ 3D surface machining
- ✔ Pocketing, drilling and profiling
- ✔ CNC turning and milling operations
- ✔ G-code output and post-processing
- ✔ Machine simulation and error checking
Mastercam Lab Activities
Learners practice real manufacturing tasks through guided projects and simulation-based CNC programming.
2D Toolpath
Practice contouring, pocketing, drilling, facing and basic machining operations.
3D Machining
Create advanced toolpaths for complex surfaces and industrial components.
Machining Simulation
Verify tool movement, material removal and possible machining errors before production.
CNC Output
Generate G-code and understand post-processing for CNC machines.
Mastercam Lab Images
A glimpse of CAD/CAM programming, CNC simulation and digital manufacturing training.
Advanced Fitter Skill Centre
A practical workshop-based learning environment for bench fitting, hand tools, precision measurement, drilling, tapping, assembly, alignment and industrial safety training.
30+
Tools
100+
Practice Jobs
8K+
Trainees
20+
Modules
Tools • Fitting • Measurement
Fitter Lab Learning Features
Students learn essential workshop practices through practical tasks, tools handling, precision measurement and assembly-based activities.
Hand Tools
Learn correct use of files, hacksaws, chisels, hammers and workshop tools.
Measurement
Practice with vernier caliper, micrometer, gauges and measuring instruments.
Assembly
Develop fitting, alignment, drilling, tapping and mechanical assembly skills.
Safety
Understand workshop safety, PPE usage, machine care and tool discipline.
Complete Fitter Training Environment
The lab supports skill-based training in basic fitting operations, bench work, marking, cutting, drilling, tapping and assembly.
- ✔ Bench fitting and filing practice
- ✔ Marking, punching and cutting operations
- ✔ Drilling, tapping and threading
- ✔ Precision measurement and inspection
- ✔ Assembly and alignment tasks
- ✔ Workshop safety and tool handling
Fitter Lab Activities
Learners complete hands-on workshop jobs that build confidence, accuracy and industrial work discipline.
Bench Work
Practice filing, hacksaw cutting, chipping, marking and finishing operations using hand tools.
Measurement Practice
Learn accurate measurement using vernier, micrometer, steel rule, try square and gauges.
Drilling & Tapping
Understand drilling operations, tapping, threading and hole finishing for mechanical parts.
Assembly Practice
Build mechanical assemblies through fitting, alignment, fasteners and inspection methods.
Fitter Lab Images
A glimpse of tools, workbenches, fitting practice, measurement and hands-on workshop activities.
Advanced Centre of Excellence
A future-ready innovation centre designed for advanced learning, industry-oriented training, research, product development, automation, robotics, AI, IoT and digital manufacturing.
15+
CoE Centres
25+
Technologies
30K+
Learners
100+
Industry Projects
AI • Robotics • IoT • Industry 4.0
Explore Our Centre of Excellence
The Centre of Excellence provides an advanced ecosystem for students, faculty and industry professionals to learn, experiment, innovate and develop real-world technology solutions.
Robotics & Automation
Training in industrial robots, automation systems, robotic arms, motion control and smart manufacturing applications.
AI & Data Intelligence
Learners work on AI applications, machine learning, computer vision, data analytics and intelligent automation.
Industry 4.0 Lab
Smart factory concepts, IoT, sensors, cloud dashboards, automation workflows and connected manufacturing systems.
Digital Manufacturing
CNC simulation, 3D printing, rapid prototyping, design thinking and product development activities.
One Integrated Innovation & Research Space
Our Centre of Excellence combines advanced technologies, industry tools, practical projects, expert training and innovation support in one professional learning environment.
- ✔ Advanced hands-on technology training
- ✔ Industry 4.0 and automation learning
- ✔ Research, innovation and prototype development
- ✔ Suitable for colleges, ITIs and skill centres
- ✔ Supports entrepreneurship and problem-solving
Glimpses of Our Centre
A visual look at advanced labs, machines, student activities, training sessions and technology demonstrations.
Smart Connected IoT Learning Lab
A future-ready lab for learning sensors, smart devices, automation, cloud connectivity, data monitoring, and real-time IoT applications.
100+
Smart Devices & Kits
40+
IoT Labs
100+
Smart Kits
25K+
Students
50+
Projects
IoT Lab Learning Modules
Students learn by connecting sensors, controllers, networks, cloud platforms, dashboards, and automation systems.
Sensor & Data Collection
Students use temperature, humidity, gas, motion, light and soil sensors to collect real-world data for smart applications.
Internet & Cloud Connectivity
Learners connect devices to the internet using Wi-Fi modules, microcontrollers, cloud dashboards and real-time monitoring systems.
Smart Automation Projects
Students build smart home, smart farming, weather station, security system and industrial monitoring projects.
IoT Lab Equipment
Tools and kits required for building connected smart systems.
From Sensors to Smart Solutions
The IoT Lab combines sensors, microcontrollers, internet connectivity, dashboards, automation and data analysis to help students build meaningful real-world applications.
- ✔ Sensor-based data collection
- ✔ Wi-Fi and cloud connectivity
- ✔ Smart home and smart farming projects
- ✔ Real-time monitoring dashboards
- ✔ Automation using actuators and controllers
Smart Lab Images
A glimpse of IoT kits, dashboards, student projects and smart device experiments.