FASR: FOUNDATION OF AUTOMATED SYSTEM USING ROBOTICS – DESIGN AND DEPLOY
FOUNDATION OF AUTOMATED SYSTEM USING ROBOTICS – DESIGN AND DEPLOY
Course Duration
Mode of Assessment
Short written test: 1 hr(s) , Practical performance test: 2 hr(s) 50 min(s), Oral Interview: 10 min(s) = Total Assessment hours: 4 hr(s)
Who Should Attend
Security, WSH, Corporate, Logistic, Transportation, Infocomm, Manufacturing, PME, Managerial, and Business Owners
Course Overview
The programme helps the target group career advancements for technicians and engineers from various sectors. They can make use of this course in Robotics automation and build their competencies. This will open more opportunities for them to work in the field of emerging robotics engineering fields.
Courses Schedule
Next available schedule
Course Outline
Introduction to Robotics & Devices:
- Identify and classify the different types of robots & their mechanisms in preparation for the selection of robots for usage in different applications in manufacturing or other sectors.
The trend of Robotics for Automation:
- Apply the knowledge of robotics trends used in different applications with their definition and classification to select the appropriate robots for a specified application.
Features & Functions of Robots:
- Work with direct kinematics transfer and workspaces of robots based on the robot’s components, degrees of freedom, joints, coordinates, reference frames and workspaces.
Principles of Path & Trajectory:
- To design and build a robot for specified paths & trajectories for robots to be used in manufacturing or other application.
Principles of Motion Planning:
- Work on Motion Planning in the design and build of a robot for a specified point-to-point motion for a robot to be used in manufacturing or other application.
Programming of the Robots:
- How to program (coding) a robot for point-to-point movement and path to be utilized in manufacturing settings or applications in other sectors.
Design, Build and code a robot :
- Participants will either build a 5-Axis Robotic Arm with given U-Kit and then code, debug & deploy the 5-Axis Robotic Arm to perform a “Pick & Place” operation with a given payload from a location to another with precision; OR
- build an Autonomous Vehicle with given U-Kit and then code, debug & deploy the Autonomous Vehicle to follow a track carrying a given payload from a location to another with other prescribed motion action needed.
Certificate Obtained and Conferred by
Certificate of Attendance
Fees and Funding
Price
| Individual Sponsored | Company Sponsored | |||||
| Non-SME | SME | |||||
| w/o GST | w GST | w/o GST | w GST | w/o GST | w GST | |
| Original Course Fee | $1,430.00 | $1,530.10 | $1,430.00 | $1,530.10 | $1,430.00 | $1,530.10 |
| Singapore Citizens & PRs aged
21 years and above |
$1,022.00 | $1,122.10 | $1,022.00 | $1,122.10 | $830.00 | $930.10 |
| Singapore Citizens aged 40
years and above |
$830.00 | $930.10 | $830.00 | $930.10 | $830.00 | $930.10 |
SkillsFuture Credit
- Eligible Singapore Citizens can use their SkillsFuture Credit to offset course fee payable after SSG funding
Union Training Assistance Programme (UTAP)
- NTUC members enjoy UTAP* benefit of up to $250 each year when you sign up for courses with NTUC LearningHub
* UTAP supports 50% of the course fees paid cap at $250 per year. You must be a union member throughout the course duration and at the time of claim. You must achieve a minimum of 75% attendance for each application and have sat for all prescribed examinations. Other terms and conditions apply.
Terms and conditions apply. NTUC LearningHub reserve the right to make changes or improvements to any of the products described in this document without prior notice.
Prices are subject to other LHUB miscellaneous fees.
| Batch ID | Course Period | Course Title | Funding Available |
Duration (Hours) |
Session (Hours) |
Venue | Available Seats |
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