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3D

3D design

3D printers

actuators

additive

advanced multi-material polymers

AGV/AIV

AM Introduction

AM Processes

AM Standards

applications

AR

AR/VR

augmented reality

automated materials handling system

automation design and assessment

automation simulation

basic

big data

Binder Jet Printing

BJP

building

CAD

cameras

carbon fiber composite

collaborative robots

components

computational analysis

Concrete Printing

construction

content creation

customised functional parts

dashboard

data acquisition

data analytics

data engineering

data mining

data visualization

design

design software

Digital Twin

direct deposition

Electron Beam Powder Bed Fusion

electronics

ESG Standards Division

extrusion

fabricate

Fieldbus

formulation

fused deposition modelling

genealogy

hands-on

high speed

HMI

iiot

industrial applications

industrial robotic system

industry robotic systems

inks

introduction to automation

introduction to robotics

inventory management

inventory planning

laser beam

Laser Powder Bed Fusion

manufacturing

manufacturing execution system

Manufacturing Process Simulation

material jetting

MES

Metal AM

metallic

Metallic AM

modelling

motion control

navigation

OEE

OPC

OPC UA

operator qualification

overall equipment effectiveness

PLC

Polymer AM

Polymer powder-bed inkjet 3D printing

Polymer Printing

powder bed fusion machine

powder material

Powder-bed fusion polymer additive manufacturing

Power BI

Printing

process flow

processes

product tracking

Production Planning

quality assessment

remanufacturing

robot operating system

robotic operation system

robotic process automation

SCADA

scheduling

selective laser sintering

sensors

shop floor processes

singapore standard

sintering

SIRI

smart devices

smart manufacturing

stereolithography

substrate

supervisory control

tableau

technologies

topology optimisation

UA

Vat photopolymerisation

virtual manufacturing

virtual reality

VR

work productivity

WSH requirements

Skills Domain

Additive Manufacturing

Artificial Intelligence

Automation & Robotics

Connectivity

Cybersecurity

Data Analytics

Industrial Internet of Things (IIoT)

Industry 4.0 Talent Development

Manufacturing Processes

Product Innovation

Smart Manufacturing

Sustainable Manufacturing

Training Provider

ARTC

ITE

NP

NTU

NUS

NUSS-ISS

NYP

RP

SIMTech

SIT

SP

SUTD

TP

TUV SUD

Learning Outcome

General awareness

Skills and knowledge acquisition

Skills/ Project implementation

Training Duration

> 40 hrs

1-8 hrs

10

14

15

16

24

25-40 hrs

28

32

32.5

40

42

7

8

9-24 hrs

Training Mode

Classroom Based

Hands-on

Project Based

Level

Aspiring Professional

Entry Level

Expert