Unlock Your Potential with AMRACE Training !

AMRACE is committed to providing every learner with the knowledge and skills they need to excel in Industry. Our state-of-the-art training infrastructure and team of expert trainers are here to guide you on your journey to success.

We promote a learn-it-all mindset required to operate a data-driven business. The AMRACE directly addresses the absence of digital and advanced manufacturing skills that are dampening the progress of innovation and change in the industry and country.

Our value proposition is to offer domain-intensive, industry-endorsed, and role-oriented training programs to employees, students and graduates whereby we build upon their academic learning and provide the practical finishing that bridges the gap between academic curriculum and industry requirements.

Our Training Infrastructure

  • At AMRACE, we understand the importance of a conducive learning environment. Our training infrastructure is designed to facilitate your learning experience:
  • Modern Classrooms: Our spacious, well-equipped classrooms create an ideal setting for interactive learning.
  • Cutting-Edge Technology: At our multi-million-dollar, Industry endorsed, facility, we harness the power of technology to enhance learning experience, with access to the latest software and equipment.
  • Hands-On Labs: Our hands-on labs allow you to put theory into practice, honing your skills in a real- world environment.

Meet Our Expert Trainers

  • Our team of trainers at AMRACE is your greatest asset. With extensive industry experience, they are dedicated to helping you succeed. Our OEM certified trainers offer:
  • Industry Insights: Benefit from real-world knowledge and insights from professionals who have excelled in Manufacturing industry.
  • One-on-One Guidance: Our trainers are accessible and ready to provide individualized support and mentorship.
  • Practical Expertise: Learn from trainers who have industrial expertise and can guide you through hands- on exercises and projects.

Our Programs

Basic Courses

The Advanced Manufacturing Training Program is an intensive and immersive learning experience designed to equip participants with the knowledge and skills required to excel in the rapidly evolving field of advanced manufacturing. Over the course of five days, attendees will dive into various aspects of advanced manufacturing, including essential foundational knowledge, practical skills, and problem- solving abilities.

By the end of the Advanced Manufacturing Training Program, participants will be better prepared to navigate the challenges and opportunities in advanced manufacturing, implement innovative technologies and strategies, and contribute to their academic success and help in getting into the industry faster.


Specialized Courses

Stepping into the field of machining? Every little detail of the courses at AMRACE is thoughtfully added and made part of the curriculum to shape you to be in par with the global standards.

Being pioneers in the manufacturing industry, we provide world class education and training programs for enthusiastic engineers.


Mill & Turn Control

Control Display

Programming Basics

Mill Programming

Lathe Programming

Introduction to Machine Preventive Maintenance

One of the technologies that is transforming manufacturing processes across sector lines is 3D printing. And the rapid pace of the innovations in 3D printing presents seemingly ceaseless opportunities for the future.

3D Printing is a process through which a design created on a computer can be used to manufacture a three-dimensional object. Considered to be a type of additive manufacturing, 3D printing is centered around the optimal utilization of raw materials in the manufacturing process through a focused approach, thereby reducing the time and cost of manufacturing alike.

This training session aims to provide participants with a foundational understanding of 3D printing technology, its principles, and practical applications.


Fundamentals of 3D Printing

3D Printing Applications

Materials Guidelines

Design for Additive Manufacturing (DfAM)

Hands-On Printing & Troubleshooting



Computer-Aided Design (CAD) stands as the cornerstone of modern design and engineering, revolutionizing the way we conceptualize and develop products. CAD software empowers designers to create detailed and accurate 2D and 3D models, fostering innovation and efficiency in the design process.
•CAD for Design Engineer
•CAD for Analyst

IOT enables innovators to rapidly create and deploy game-changing applications, solutions and experiences for today’s smart, connected world. Smart, connected products have a voice and can exchange data with the manufacturer throughout the longest period of its lifecycle. Think about how valuable it would be for manufacturers to stay connected to the products they develop and service every day. Instead of asking customers about product performance, they would gather design and quality insight from the product itself. They could provide more efficient service by knowing something was about to break instead of waiting for customers to tell them it’s broken. Imagine the business growth manufacturers could drive if

they knew how their product was being used and were then able to deliver additional value-added services as needed throughout the life of the product. Through the IOT program we introduce the student to the key concepts of Internet of things and teach them to develop app for smart connected product. Modules:

IOT Overview: – Introduction and fundamentals.

Introduction: – Modelling

• UI Development and connectivity.

• Business cases and projects: – Build your own App and Project Work.

Augmented Reality is an exciting industry that is gaining a ton of traction in various markets starting from retail to manufacturing. In this course, you will get a high-level overview of this market. You will learn how to set up AR projects, create AR experiences with 2-D and 3-D assets, and set up custom logic and events. You will understand AR development strategies and will be able to make your own AR experiences using the best platform. Modules:
•Course Description
•AR Overview
•About AR Platform
•Storyboarding of AR Project
•Create your own AR Experience

PLM can manage and execute product development projects and enable effective collaboration among the extended product development team regardless of location. While PDM-only solutions provide simple versioning/vaulting of CAD data, it considers the entire product definition and documentation.

Modules start from basic data management capabilities through project and parts management to advanced capabilities such as manufacturing process management, quality management and service information management. All these capabilities work on the same platform and are add-ons to existing functionalities.


Introduction to the PLM Environment

Locating Information

Navigation into PLM platform

Search functionality & CAD Data Management

Visualization capacities using CAD View

Overview of the change management

MCAD Data Management Process

Manage Design Data

Working with CAD Data

Introduction to Visualisation

Change Implementation

Computer-Aided Manufacturing (CAM) is a revolutionary technology that streamlines the manufacturing process by integrating computer systems with machinery and production processes. It enables precise control over various manufacturing tasks, such as milling, turning, and 3D printing, to optimize efficiency and accuracy. CAM training ensures you stay at the forefront of technological advancements, driving innovation and excellence in the ever-evolving landscape of manufacturing. Join us on the journey to master CAM and transform your approach to precision manufacturing.


•CAM Interface & Design – Wireframe, Surface, Solid commands.

•Plane Manager, Transform commands.

•Mill 2D: Toolpath strategies & Parameter setting.

•Custom tool, Custom holder & Tool holder Assembly creation.

•Mill 3D: Toolpath strategies & Parameter setting.

•Rough, Rest rough, Finish & Corner finishing strategies.

•Lathe: Toolpath strategies & Parameter setting

•Custom tool creation.

•Lathe: C & Y axis Contour toolpaths.

•3+2 type positional & Axis wrapping toolpaths.


Join us at AMRACE and be part of the global revolution in advanced manufacturing and robotics

Working Hours

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