Electrical Engineer

AME International; Singapore; On-site; SGD 60,000 - 90,000; Full time

Job summary

AME International seeks an engineer to design and develop electrical systems for motion control in wafer probers. You will create detailed schematics, wiring diagrams, and CAD layouts, and build prototypes for validation.

You will collaborate with mechanical, software, and systems engineers, analyze test results, and refine designs for performance and reliability, while ensuring safety and industry standards compliance.

Qualifications

• Experience designing electrical systems for motion control projects.
• Ability to create schematics, wiring diagrams, and layouts.
• Proven capability to prototype, test, and iterate designs.

Responsibilities

• Design and develop electrical systems for motion control in wafer probers.
• Create schematics, wiring diagrams, and CAD layouts.
• Build and test prototypes; analyze results and refine designs.
• Collaborate with mechanical, software, and systems engineers.
• Develop software for material handling systems and integration tests.
• Ensure designs meet safety standards and industry regulations.
• Document design work and support training for manufacturing teams.

Skills

Motion control

Electrical design

CAD drafting

Systems integration

Prototyping & testing

Cross-functional collaboration

Software development

Performance optimization

Tools

CAD software

Job description

Design and Development

• 1) Design and develop electrical systems for motion control in wafer probers, including motors, drives, sensors, and control systems.
• 2) Create detailed electrical schematics, wiring diagrams, and layout drawings using CAD software.
• 3) Conduct feasibility studies, simulations, and analyses to validate design concepts and performance.

Prototyping and Testing

• 1) Build and test prototypes to evaluate the performance and reliability of motion control systems.
• 2) Conduct experiments and tests to ensure that designs meet performance criteria and industry standards.
• 3) Analyze test results and make necessary design adjustments to improve functionality and efficiency.

Collaboration and Communication

• 1) Work closely with cross-functional teams, including mechanical, software, and systems engineers, to ensure seamless integration of motion control systems with wafer probers.
• 2) Communicate design concepts, progress, and issues to stakeholders and team members.
• 3) Collaborate with customers to understand their requirements and provide technical support and solutions.

Innovation and Improvement

• 1) Stay updated with the latest advancements in motion control technology and semiconductor industry trends.
• 2) Identify opportunities for innovation and continuous improvement in motion control solutions.
• 3) Implement feedback from field tests and customer use to refine and enhance designs.

Project Management

• 1) Manage motion control design projects from concept to completion, ensuring timelines and quality standards are met.
• 2) Prepare and maintain project documentation, including design reports, test plans, and technical manuals.
• 3) Coordinate with project managers and other engineers to align with project goals and deadlines.

Quality Assurance and Compliance

• 1) Ensure all motion control designs comply with industry standards, safety regulations, and company policies.
• 2) Conduct risk assessments and implement safety measures in design and testing processes.

Document and address any potential hazards associated with motion control systems.

Supplier and Vendor Management

• 1) Work with suppliers and vendors to source high-quality components for motion control systems.
• 2) Evaluate and select suppliers based on quality, cost, and reliability.
• 3) Manage relationships with suppliers to ensure timely delivery of components and materials.

Training and Support

• 1) Provide technical support and training to manufacturing and maintenance teams on motion control systems.
• 2) Develop and maintain training materials and technical documentation for end-users.
• 3) Assist in the resolution of customer issues related to motion control systems.

Sustainability and Efficiency

• 1) Promote sustainable practices and environmental responsibility in motion control design activities.
• 2) Identify and implement measures to improve efficiency and reduce waste in motion control processes.
• 3) Conduct regular reviews and audits to ensure compliance with sustainability goals.

Software Development

• 1) Design, develop, and test software applications for controlling material handling systems in wafer probers.
• 2) Write clean, maintainable, and efficient code using appropriate programming languages and development tools.
• 3) Develop algorithms and control logic for precise and efficient material handling operations.

System Integration

• 1) Integrate software solutions with hardware components and systems to ensure seamless operation.
• 2) Collaborate with hardware and systems engineers to design interfaces and protocols for communication between software and hardware components.
• 3) Conduct integration testing to validate system functionality and performance.

Performance Optimization

• 1) Analyze system performance and identify areas for improvement.
• 2) Implement optimizations to enhance the efficiency, speed, and reliability of material handling processes.
• 3) Conduct simulations and testing to validate performance enhancements.

Collaboration and Communication

• 1) Work closely with cross-functional teams, including hardware engineers, systems engineers, and product managers, to ensure cohesive system design and functionality.
• 2) Communicate project status, updates, and issues to stakeholders and team members.

Quality Assurance

• 1) Implement and maintain best practices for software development, including version control, testing, and documentation.
• 2) Ensure that software meets industry standards, safety regulations, and company policies.
• 3) Conduct risk assessments and implement measures to mitigate potential issues.

Innovation and Continuous Improvement

• 1) Stay updated with the latest advancements in software development and material handling technology.
• 2) Identify opportunities for innovation and continuous improvement in software solutions.
• 3) Implement feedback from field tests and customer use to refine and enhance software products.