Total 30 construction engineer job vacancies in batu pahat

Responsibilities

• Machine Automation Wiring: Design, implement, and troubleshoot machine automation wiring systems to ensure efficient and reliable operation of automated machinery.
• Schematic Design: Develop detailed electrical schematics for various automation projects, ensuring compliance with industry standards and regulations.
• Hands-On Expertise: Provide hands-on support for the assembly, installation, and commissioning of electrical systems, ensuring quality and adherence to specifications.
• Autocad and EPLAN: Utilize Autocad and EPLAN software to create and modify electrical drawings, ensuring accuracy and completeness.
• PLC Programming: Design, program, and troubleshoot Programmable Logic Controllers (PLCs) to meet project requirements and optimize automation processes.
• Single Phase and 3 Phase Wiring: Proficiently handle single-phase and three-phase wiring configurations, ensuring proper power distribution and connectivity.
• Laser Marking Integration: Integrate laser marking systems into automation processes, ensuring seamless operation and quality output.
  Bill of Materials (BOM): Develop and manage comprehensive Bills of Materials for electrical components, ensuring accurate documentation of materials required for projects.
• Collaboration: Work closely with cross-functional teams, including mechanical engineers, software developers, and project managers, to achieve project goals and timelines.
• Quality Assurance: Implement and adhere to rigorous quality assurance protocols to guarantee the reliability and safety of electrical systems.
  Documentation: Maintain comprehensive documentation for all electrical designs, modifications, and troubleshooting activities.

Qualifications

• Bachelor’s degree/diploma in electrical engineering or a related field.
• Min 3-4 years of experience in machine automation wiring and control systems.
• Proficiency in Autocad and EPLAN for electrical design.
• Strong background in PLC programming and troubleshooting.
• Experience with single-phase and three-phase wiring configurations.
• Familiarity with laser marking integration is a plus.
• Excellent problem-solving skills and attention to detail.
• Effective communication and teamwork skills.

Perks & Benefits

• Employee equity
• Commission and bonus
• Work Life Balance

Business Nature: Machinery Manufacturing Company provides Turnkey Manufacturing Services (Laser Processing, Micromachining and Automation equipment)@Melaka

Working hours:  5 days 

Job types: Permanet full time

Salary: RM4000 - RM10000 (commensurate with experience)

Job Responsibilities

• Design, implement, and troubleshoot machine automation wiring for reliable and efficient operation of automated machinery.
• Schematic Design: Develop detailed electrical schematics for various automation projects, ensuring compliance with industry standards and regulations.
• Hands-On Expertise: Provide hands-on support for the assembly, installation, and commissioning of electrical systems, ensuring quality and adherence to specifications.
• Autocad and EPLAN: Utilize Autocad and EPLAN software to create and modify electrical drawings, ensuring accuracy and completeness. 
• PLC Programming: Design, program, and troubleshoot Programmable Logic Controllers (PLCs) to meet project requirements and optimize automation processes.  
• Single Phase and 3 Phase Wiring: Proficiently handle single-phase and three-phase wiring configurations, ensuring proper power distribution and connectivity.
• Laser Marking Integration: Integrate laser marking systems into automation processes, ensuring seamless operation and quality output.
• Bill of Materials (BOM): Develop and manage comprehensive Bills of Materials for electrical components, ensuring accurate documentation of materials required for projects.
• Collaborate with diverse teams to meet project goals and timelines, involving mechanical engineers, software developers, and project managers.
• Quality Assurance: Enforce strict quality assurance protocols for ensuring the reliability and safety of electrical systems.
• Document all electrical designs, modifications, and troubleshooting activities comprehensively.

Requirements

• Min Bachelor’s degree/diploma in electrical engineering or a related field.
• Min 3-4 years of experience in machine automation wiring and control systems.
• Strong background in PLC programming and troubleshooting.
•  Experience with single-phase and three-phase wiring configurations.
•  Familiarity with laser marking integration is a plus.
• Excellent problem-solving skills and attention to detail.
• Proficiency in Autocad and EPLAN for electrical design.

Benefit

• EPF & SOCSO

職責

• 機器自動化接線：設計、實施機器自動化接線系統並對其進行故障排除，以確保自動化機械有效率且可靠的運作。
• 原理圖設計：為各種自動化專案開發詳細的電氣原理圖，確保符合業界標準和法規。
• 實務專業知識：為電氣系統的組裝、安裝和調試提供實務支持，確保品質並遵守規範。
• Autocad和EPLAN：利用Autocad和EPLAN軟體建立和修改電氣圖紙，確保準確性和完整性。
• PLC 程式設計：對可程式邏輯控制器 (PLC) 進行設計、程式設計和故障排除，以滿足專案要求並優化自動化流程。
• 單相和三相接線：熟練處理單相和三相接線配置，確保正確的配電和連接。
• 雷射打標整合：將雷射打標系統整合到自動化流程中，確保無縫操作和高品質輸出。
  物料清單 (BOM)：開發和管理電氣元件的綜合物料清單，確保專案所需材料的準確記錄。
• 協作：與跨職能團隊（包括機械工程師、軟體開發人員和專案經理）密切合作，以實現專案目標和時間表。
• 品質保證：實施並遵守嚴格的品質保證協議，以確保電氣系統的可靠性和安全性。
  文件：維護所有電氣設計、修改和故障排除活動的全面文件。

資格

• 電機工程或相關領域的學士學位/文憑。
• 至少 3-4 年機器自動化接線和控制系統經驗。
• 熟練Autocad和EPLAN電氣設計。
• 具有豐富的 PLC 編程和故障排除背景。
• 具有單相和三相接線配置的經驗。
• 熟悉雷射打標整合者優先。
• 出色的解決問題的能力和對細節的關注。
• 有效的溝通和團隊合作能力。

津貼和福利

• 員工股權
• 佣金和獎金
• 工作與生活的平衡

業務性質：機械製造公司提供交鑰匙製造服務（雷射加工、微機械加工和自動化設備）@馬六甲

工作時間：5天

工作類型： 永久全職

薪資：RM4000 - RM10000（與經驗相稱）

工作職責

• 設計、實施機器自動化接線並排除故障，以實現自動化機器的可靠、高效運作。
• 原理圖設計：為各種自動化專案開發詳細的電氣原理圖，確保符合業界標準和法規。
• 實務專業知識：為電氣系統的組裝、安裝和調試提供實務支持，確保品質並遵守規範。
• Autocad和EPLAN：利用Autocad和EPLAN軟體建立和修改電氣圖紙，確保準確性和完整性。
• PLC 程式設計：對可程式邏輯控制器 (PLC) 進行設計、程式設計和故障排除，以滿足專案要求並優化自動化流程。
• 單相和三相接線：熟練處理單相和三相接線配置，確保正確的配電和連接。
• 雷射打標整合：將雷射打標系統整合到自動化流程中，確保無縫操作和高品質輸出。
• 物料清單 (BOM)：開發和管理電氣元件的綜合物料清單，確保專案所需材料的準確記錄。
• 與機械工程師、軟體開發人員和專案經理等不同團隊合作，以實現專案目標和時間表。
• 品質保證：執行嚴格的品質保證協議，確保電氣系統的可靠性和安全性。
• 全面記錄所有電氣設計、修改和故障排除活動。

要求

• 至少擁有電機工程或相關領域的學士學位/文憑。
• 至少 3-4 年機器自動化接線和控制系統經驗。
• 具有豐富的 PLC 編程和故障排除背景。
• 具有單相和三相接線配置的經驗。
• 熟悉雷射打標整合者優先。
• 出色的解決問題的能力和對細節的關注。
• 熟練Autocad和EPLAN電氣設計。

好處

• 公積金和社險

• Reporting to management on progress toward goals, maintaining high-quality product deliveries to the customer by data analysis and yield analysis. Technically lead work packages within yield Improvement projects, decide on priorities, drive activities, analyze and present results with cross-function teams to solve technical and process issues.
• Analysis of Yield at assembly process & product Final Test to determine and resolve causes of low yield, identify/drive opportunities for improvement through structured problem-solving methodologies (e.g., 5Y, 8D, DMAIC)
• Develop and implement a quality control plan for adequacy and suitability for production and during new product introduction. Familiar with Control plan, OCAP, WI & FMEA
• Experienced working in Semiconductor process, especially in FOL Flip Chip process, Perform Yield enhancement activities, characterization, and test QDN reduction.
• Knowledgeable in production control processes, SPC, data Analysis/interpretation GR&R, Cp/Cpk and correlation analysis, MSA.
• Knowledge/Experience/hands-on in Datacon and underfill Asymtek machine much advantage.
• Fluency with Statistical analysis methodology/tools such as Root Cause Analysis, SPC, FMEA, Control Plans, and MSA (or Gauge R&R)

Overview

The Sustainability Project Engineer is responsible for managing sustainability projects primarily under the production and product pillar, covering elements such as energy, emissions, water, waste, recycle product management, and scope 3 activities management. The Project Engineer will work with various stakeholders to ensure that the organization meets its sustainability goals and complies with relevant standards and regulations.

Key Responsibilities

• Develop and execute sustainability projects that align with the organization's vision, mission, and values
• Conduct sustainability assessments and audits to identify and measure the environmental and social performance of the organization
• Implement, manage and monitor sustainability initiatives and programs, such as waste reduction, energy efficiency, carbon footprint, green procurement, social responsibility, and stakeholder engagement
• Monitor and evaluate the effectiveness and impact of the sustainability initiatives and programs, and provide feedback and recommendations for improvement
• Research and analyze the latest trends, best practices, and innovations in sustainability, and propose new ideas and solutions to enhance the organization's sustainability performance
• Build and maintain relationships with internal and external stakeholders, and collaborate with them to promote and support sustainability initiatives and programs
• Educate and train employees and other stakeholders on sustainability issues and practices, and foster a culture of sustainability within the organization

We're seeking a driven individual to bring new products to market in a dynamic environment. Test engineer is required to drive High-Volume Manufacturing (HVM) Test Excellence in collaboration with operations. Key responsibilities are as below:

• Optimize Test Strategies: Execute comprehensive test plans, balancing test time, yield, and quality to achieve aggressive goals in high-volume manufacturing environments. Conduct troubleshooting, validation, and continuous improvement on given products.
• Execute and Collaborate on Engineering Solutions: Assist and execute implementation of innovative engineering solutions to meet project requirements. Collaborate effectively with cross-functional teams to ensure project success.
• Support Innovation and Cost Efficiency: Partner with cross-functional teams to seamlessly integrate cutting-edge testing technologies and elevate existing practices. Execute and support the adoption of cost-saving solutions like Test Time Reduction (TTR) and new test platform enablement, driving CAPEX reduction through innovative test strategies.
• Technical Expertise and Support: Provide technical support in electrical failure analysis for internal and external stakeholders. Address issues related to RMAs, production, reliability, and DPPM (Defects Per Million Parts) improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including electrical failure analysis work instructions, test equipment guidelines, test reports, and specifications.
• NPI (New Product Introduction) Support: Actively participate in NPI projects, ensuring a smooth transfer of test technology from the mother site to mass production.
• Knowledge Sharing and Mentorship: Conduct technical training sessions for technicians, fostering knowledge transfer and team development.

• All facility works related to Process water, City Water, RODI & WWTP system, Bulk Gases LN2/Argon/N2/CO2 and SCADA System
• All facilities operation, maintenance and engineering activities 
• Develop and Maintain SOO, SOP, PM and engineering drawings and others regulatory requirements in support of production process and business needs.
• Other facilities cross functioning support.
• Give training to FAC technicians.
• Control FAC system running cost.
• Leading facilities process system related project.
• Project management and design review on facilities WWTP/RODI/Boiler system.
• Process water, City Water, RODI & WWTP system, Bulk Gases LN2/Argon/N2/CO2 and SCADA System buy off and testing & commissioning for project hand over purposes.
• Responsible for the general operation and maintenance of Process water, City Water, RODI & WWTP system, Bulk Gases LN2/Argon/N2/CO2 and SCADA System 
• Maintaining the building Process water, City Water, RODI & WWTP system, Bulk Gases LN2/Argon/N2/CO2 and SCADA System operations for the plant  and ensuring the plants meets all municipal and government requirement such as DOSH, DOE, BOMBA and etc.
• Schedule and perform predictive/preventive maintenance for facilities Process water, City Water, RODI & WWTP system, Bulk Gases LN2/Argon/N2/CO2 and SCADA System. 
• Perform continuous system improvement and cost saving project.
• Ensure compliance to IMS such as ISO 14001 Environmental management system, ISO 9001 Quality and customer standard.
• Responsible to maintaining facility engineering drawing, operation manual and SOP.
• Control facilities running cost.
• Plant facility system start-up and shutdown  
• Liaise with other operational areas in the organization to resolve engineering issue, and to maintain equipment efficiency, uptime and continuously improvement to comply with company policy, compliance with local/international regulatory, national codes and ISO standard.
• Attending to site matters and technical problems on site through necessary correspondences with all parties inclusive.
• Communicate, cooperate and collaborate with various parties involved in the daily operation issue, customer feedback, compliance, request and to ensure successful resolve, execution and implementation.
• Project site support and liaison with consultants for designs and submissions and authorities in regulating confirmations and approvals prior to site works
• Project Testing and Commissioning 
• Manage FAC vendors & suppliers for system maintenance and construction.
• Assess potential risk of FAC system and work out mitigation plan.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Analyze, understand and document development requirements of electronic designs.
• Design and implement electronics design by selecting components, schematic design and supervising PCB layout as well as integrate and test the hardware platform.
• Conduct product verification against defined hardware specification, prepare design documentation and support design transition to manufacturing as necessary.
• Assume technical lead role in project as necessary to provide the technical direction, technical decision and risk mitigation.
• Identify opportunity to improve within the functional team and participate in improvement activities.
• Create and maintain BOMs of the new designs.
• Select new electronic parts, taking into consideration: obsolescence, availability and cost.
• Liaise with project manager and a cross functional team to produce prototypes.
• Perform design FMEA to reduce risks of performance failures.
• Create & maintain technical documentation (schematics, specifications, performance, and bring-up reports)
• Work in a team for continuous development and improvement of products / parts / firmware.

Background: SanDisk’s Penang SSD Platform Technology Development Integration (PTDI) organization is a SSD technology development group that will be embedded in SanDisk’s green-field production facility, SanDisk Storage Malaysia (SDSM) located in the new Batu Kawan Industrial Park, Penang, Malaysia. PTDI is looking for Process Module Engineer (Material/Process) to join a new team tasked with starting up a vertically integrated SSD-focused technology development team with the charter of developing new generations of SSD products for clients, enterprise, and emerging data storage solutions. The vertically integrated manufacturing capability of SDSM represents the most fundamental shift in completing the end-to-end manufacturing value chain for SanDisk’s solid-state NAND data storage products.

General Description: Defines IC package/SMT/SSD drive requirements, goals, and milestones for all SSD product groups and customer requirements. Develops SSD assembly and IC packaging material and processes to meet quality, reliability, cost, yield, productivity and manufacturing requirements. Develops new package and SMT process qualification programs. Prepares and/or updates specifications for piece parts of integrated circuits or semiconductor assemblies. Plans and conducts experiments to fully characterize material and processes throughout pathfinding to development to ramp. Develops solutions to improve quality, reliability, cost, yield, process stability/capability, productivity, and safety utilizing formal education, experience, statistical knowledge, and problem-solving tools. Establishes process control systems. Transfers process to high volume manufacturing and provide support in new factory start-up. Acts as a liaison with suppliers/vendors. Maintains product quality while developing and introducing package cost reduction programs. Coordinates the introduction of new package processes into production. Using appropriate tools, performs integrity analysis of packages.

PME Specific Role Description : Includes the following but not limited to:

·         SMT material and process development

·         SMT integration development

·         SMT technology (material/process/metrology/equipment) pathfinding & roadmap

·         Stencil design/development for new components

·         DFM assessment and NUDD risk management

·         Component-board-drive interactions

·         DOE & Failure Analysis knowledge

·         Quality Tools: FMEA, 8D, DMAIC, IPC knowledge etc.

·         Statistical Tools: Statistical analysis (JMP/Minitab), GreenBelt/BlackBelt certification

·         Special engineering characterization & improvement projects

·         Factory emergency taskforce support

-Coordinate of process development and manufacturing for NPI project, include: generate SOW, specification, design implementation, buyoff activities, training delivery, related service contract
-Upgrade/improve current process equipment/system in automation capability

-Performs mechanical engineering and design analysis and solutions to improve quality, reliability, cost, yield, process stability/capability, productivity, and safety utilizing formal education, experience, statistical knowledge, and problem-solving tools.

-Responsible for mechanical process development engineering design, implementation, and integration of building systems solutions to support industry automation, jigs & fixtures project.

-Coordinate and good communication local contract manufacturing (CM), and supplier related to USB/SSD product and manufacturing.
-Capability to handle the automation project, and coordinate between cross function departments.

• Responsible for Flip Chip Die Attach & Under Fill New Process Development for new product and new process development.
• Supports New Product Introduction by delivering assigned Process and Equipment solutions meeting quality, development, and operation targets and requirements.
• New process development for new wafer technology, next generation products, new material / machine / tooling / software qualifications.
• Define Leading edge Flip Chip Die Attach & Underfill Technology Roadmap / building block.
• Setup new Flip Chip Die Attach & Underfill processes, recipe, perform complete window study, DOEs, corner limits.
• Golden recipe setup for new package qualification.
• Process Qualification to meet process Critical to Quality Requirements, CPK, Full risk assessment, UPH, Yield, and Cost targets.
• To introduce new products and devices to the production line and to build new process technology capabilities, make sure that the handshake and process handover are done effectively.
• Support new material and tools qualification.
• Work closely with Cross site’s Package development & design team to understand the Package Design Rules & Requirements.
• Strong problem-solving skills and good Root Cause Analysis/Finding using 5M + 1E, 5 whys, DMAIC, 8D approach/methodology.
• Responsible and accountable to related tasks as assigned by superior.

Job Description

Own all aspects of supplier quality and reliability for Power Management ICs (PMIC).  Work with suppliers, along with hardware, firmware, product quality and reliability engineering teams to ensure PMIC performance in WD products.  Understand supplier processes to identify and control KPIV parameters to achieve KPOVs critical for WD product function.  Review supplier DOEs and reliability data to ensure adequate quality controls.  Audit supplier processes.  Contribute to WD product failure analysis; when necessary, drive supplier resolution of device failures via the 8D method.  Coordinate with Program Management, Design Engineering, Procurement and Factory for successful program execution with multiple suppliers, making recommendations on supplier selection.  Conduct supplier quality system and process assessments and score for periodic business reviews.  Review supplier change notices and plan the appropriate level of qualification activities.

Duties &Responsibilities: 

• General Management of WD PMIC suppliers: initiating and coordinating meetings regarding technology reviews/roadmaps and issues between Procurement, Design Engineering and suppliers.
• Qualify PMIC devices for use in WD products, conforming to all requirements.
• Manage ATE test reviews with supplier and Design Engineering.
• Monitor Critical to Function parameters via SPC.
• Confirm supplier PMIC reliability demonstration testing.
• Ensure supplier processes are understood via Fishbone diagrams to identify KPIVs and KPOVs; examine critical sensitivities via DOEs.
• Induce supplier activities to strengthen quality systems with FMEA and Error Proofing tools.
• Participate in WD product FAs to determine PMIC contribution. 
• Drive supplier FA of PMIC device failures, utilizing 8D method to determine the root cause hypothesis, validate failure hypothesis, identify escape cause, and implement corrective actions, as well as preventative actions.
• Coordinate MRB for disposition of nonconforming materials.
• Track supplier continuous improvement activities to eliminate common failure modes.
• Research new suppliers and technology roadmaps to assist selection of future PMIC devices.
• Review supplier change notices and work cross-functionally to disposition.

We're seeking a driven individual to bring new products to market in a dynamic environment. Test engineer is required to drive High-Volume Manufacturing (HVM) Test Excellence in collaboration with operations. Key responsibilities are as below:

• Optimize Test Strategies: Design and execute comprehensive test plans, balancing test time, yield, and quality to achieve aggressive goals in high-volume manufacturing environments. Identify the most cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Co-lead the development and implementation of innovative engineering solutions to meet project requirements. Collaborate effectively with cross-functional teams to ensure project success.
• Champion Innovation and Cost Efficiency: Partner with cross-functional teams to seamlessly integrate cutting-edge testing technologies and elevate existing practices. Conduct research and champion the adoption of cost-saving solutions like Test Time Reduction (TTR) and new test platform enablement, driving CAPEX reduction through innovative test strategies.
• Technical Expertise and Support: Provide technical leadership and expert support in electrical failure analysis for internal and external stakeholders. Address issues related to RMAs, production, reliability, and DPPM (Defects Per Million Parts) improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including electrical failure analysis work instructions, test equipment guidelines, test reports, and specifications.
• NPI (New Product Introduction) Support: Actively participate in NPI projects, ensuring a smooth transfer of test technology from the mother site to mass production.
• Knowledge Sharing and Mentorship: Conduct technical training sessions for junior engineers and technicians, fostering knowledge transfer and team development.

• Polymeric /Materials science and engineering principles to develop, identify and evaluate appropriate materials and their processability for product development
• Providing solutions to complex problems such as product/process challenges during technology/product development and manufacturing
• Able to handle polymers and composites related to electronics and do advanced material characterizations
• Conduct, coordinate or supervise field investigations, laboratory testing, and evaluation of respective data
• Analysis, researches, designs & development of materials and their related fabrication & application processes
• Failure analysis of components, life predictions & definition and requirement specifications based on the materials and devices
• Interaction and discussion on supplier qualification for raw material selection and conduct/coordinate tests on raw materials in order to ensure quality and regulatory compliance
• Developing lab capability for material characterization and analytical chemistry in support of product development projects