Total 39 Senior Executive structural engineer job vacancies in Bayan Lepas

A. Position Objective

The Girder Launching Engineer is responsible for overseeing the technical planning and on-site execution of segmental box girder (SBG) erection. This role ensures that all launching activities are conducted safely, on schedule, and in strict adherence to engineering specifications and quality standards.

B. Job Responsibilities

• Method Statement & Planning: Compile and refine comprehensive construction schemes and method statements for full framing support and girder launching sequences.
• Technical Drawing: Prepare and review detailed construction drawings, including traffic diversion plans (TDP), launching gantry positions, and temporary works.
• Quality Control: Strictly monitor and control the construction quality related to segmental box girder (SBG) erection, ensuring precise alignment, leveling, and structural integrity.
• Documentation: Compile, maintain, and submit internal engineering documents, site diaries, inspection records (RFI), and progress reports.
• Site Supervision: Supervise the launching crew and subcontractors to ensure compliance with safety protocols and technical requirements.
• Ad-hoc Duties: Undertake other assigned tasks related to bridge/viaduct construction and girder erection as directed by the Project Manager.

C. Job Requirements

• Minimum 3–5 years of site experience specifically in Segmental Box Girder (SBG) erection.
• Candidates with proven experience in LRT, MRT, or major Highway viaduct projects will be given top priority.
• Must be proficient in English, and Malay to facilitate communication between stakeholders, site workers, and management. Proficiency in Chinese is an added advantage.
• Highly skilled in AutoCAD for construction drawings and Microsoft Office for reporting.
• Excellent communication and coordination abilities, with a problem-solving mindset for site-specific challenges.
• Diploma or Bachelor’s Degree in Civil Engineering or a related field.

Perks & Benefits

• Allowance (Mobile, Computer, Transportation, Meals, etc.)
• Medical insurance
• Open culture
• Paid training and development

A. 定位目標

樑架設工程師負責監督節段箱樑（SBG）架設的技術規劃和現場施工。此職位確保所有架設作業安全、按時完成，並嚴格遵守工程規範和品質標準。

B. 工作職責

• 方法說明和規劃：編制和完善全面的施工方案和方法說明，以實現完整的框架支撐和樑架設順序。
• 技術繪圖：準備和審查詳細的施工圖紙，包括交通改道計畫（TDP）、架設龍門架位置和臨時工程。
• 品質控制：嚴格監控和控制節段箱樑（SBG）安裝相關的施工質量，確保精確的對齊、水平和結構完整性。
• 文件編制：編制、維護和提交內部工程文件、現場日誌、檢查記錄（RFI）和進度報告。
• 現場監督：監督發射人員和分包商，確保遵守安全法規和技術要求。
• 臨時性任務：根據專案經理的指示，承擔與橋樑/高架橋施工和樑架設相關的其他分配任務。

C. 工作要求

• 至少 3-5 年現場經驗，尤其是在節段箱樑 (SBG) 架設方面。
• 具有輕軌、地鐵或大型高速公路高架橋專案經驗的候選人將優先考慮。
• 必須精通英語和馬來語，以便與利害關係人、現場工作人員和管理層進行溝通。精通中文者優先考慮。
• 精通 AutoCAD（用於建築繪圖）和 Microsoft Office（用於報告撰寫）。
• 具備優秀的溝通和協調能力，並能針對具體現場挑戰提出問題並解決問題。
• 土木工程或相關領域的文憑或學士學位。

福利待遇

• 津貼（手機、電腦、交通、餐費等）
• 醫療保險
• 開放文化
• 有薪培訓和發展

• Develop and maintain test programs for characterization, wafer sort, and production using the Advantest V93000 (93K) platform.
• Design and validate test hardware solutions for high-speed I/O (HSIO) applications.
• Lead projects across all development phases, from bring-up to production ramp.
• Collaborate with DFT and DFM teams to improve testability, optimize yield, and enhance overall test methodologies.
• Establish and implement robust test practices, including GR&R, HTOL, and characterization procedures.
• Drive continuous improvement of test coverage, efficiency, and quality.
• Provide technical leadership and mentorship as needed across cross-functional teams.

As a Senior Equipment Engineer specializing in sputter media, you will be responsible for leading equipment sustaining, reliability, and continuous improvement activities to support high-volume hard disk media manufacturing. You will play a key role in driving equipment performance, improving operational efficiency, and supporting new technology implementation. This role requires strong technical leadership to guide technicians in maintaining stable manufacturing operations, reducing equipment downtime, and enabling next-generation product and process requirements.
 
ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Lead day-to-day equipment sustaining activities, including troubleshooting, failure analysis, and resolution of equipment-related production issues.
• Drive equipment reliability improvement initiatives to enhance equipment uptime, reduce chronic failures, and improve overall operational stability.
• Develop, implement, and optimize preventive and predictive maintenance strategies to improve long-term equipment performance.
• Lead root cause analysis (RCA) for major equipment failures and implement effective corrective and preventive actions.
• Support equipment upgrades, hardware modifications, and machine conversion activities to meet product and technology roadmap requirements.
• Coordinate new equipment installation, commissioning, qualification, and acceptance to ensure systems meet operational and safety standards.
• Monitor and analyze equipment performance indicators such as OEE, MTBF, MTTR, and downtime trends to identify improvement opportunities.
• Collaborate closely with Process Engineering, Yield Engineering, Production, and Quality teams to improve process capability and manufacturing performance.
• Drive engineering projects related to equipment improvements, automation enhancement, and productivity optimization.
• Develop and maintain equipment documentation including SOPs, maintenance procedures, troubleshooting guides, and best practices.
• Work closely with OEM vendors and suppliers to resolve technical issues, implement upgrades, and support equipment technology development.
• Support cost reduction initiatives through engineering optimization, reliability improvements, and maintenance efficiency.
• Ensure all equipment operations comply with company safety policies, regulatory requirements, and industry standards.
• Participate in continuous improvement initiatives, including Lean manufacturing, automation deployment, and digitalization programs.
• Perform other duties and responsibilities as assigned by management.

Job Description
The Senior Engineer, Process Development & Sustaining will lead the development, optimization, and sustaining of manufacturing processes for WD's HDD storage products. This is a technically deep, cross-functional role requiring strong foundation in chemistry, materials science, or chemical engineering.

You will drive process characterization, chemical/material qualification, and yield improvement initiatives while ensuring manufacturing processes remain stable, compliant, and cost-competitive. You are expected to operate with high technical autonomy, interface with global R&D and process teams, and mentor junior engineers on the Penang floor.

This role is ideal for a Master's, or Bachelor's graduate in Chemical Engineering or Materials Science who is passionate about translating lab-scale science into high-volume manufacturing solutions.

Key Responsibilities

Process Development

• Design and develop new manufacturing processes or significantly improve existing ones for HDD production
• Conduct Design of Experiments (DOE) to characterize process windows, identify critical process parameters (CPPs), and optimize process outputs
• Evaluate and qualify new chemicals, materials, and process consumables for manufacturing use
• Develop process recipes, control plans, and standard operating procedures (SOPs)
• Translate R&D/lab-scale processes into robust, scalable, high-volume manufacturing processes

Process Sustaining

• Own sustaining engineering for assigned process modules — ensure processes remain stable, in control, and within specification
• Monitor Statistical Process Control (SPC) charts; respond to out-of-control signals with structured problem-solving
• Lead Engineering Change Orders (ECOs) for process changes, chemical substitutions, and material updates
• Manage process deviation requests and ensure timely resolution
• Maintain process documentation, control plans, and work instructions per WD QMS

Chemical & Material Engineering

• Lead chemical/material qualification activities including incoming material testing, process compatibility studies, and shelf-life evaluations
• Evaluate alternative chemistries and materials for cost reduction, sustainability, or supply chain risk mitigation
• Work with EHS team to ensure safe handling, storage, and disposal of process chemicals per regulatory requirements
• Support RoHS, REACH, and PFAS compliance reviews for process chemicals and materials

Yield & Quality Improvement

• Lead yield loss analysis and drive structured RCCA (Root Cause and Corrective Action) for process-related defects
• Apply Six Sigma / SPC / Lean methodologies to reduce process variation and improve Cpk
• Partner with Quality Engineering to resolve customer escapes and field returns linked to process issues
• Drive continuous improvement projects with measurable cost and quality impact

NPI & Technology Transfer

• Support New Product Introduction (NPI) process readiness — from process concept to mass production release
• Lead or support technology transfer of new processes from R&D/HQ to Penang manufacturing
• Develop process qualification protocols (PQ), installation qualification (IQ), and operational qualification (OQ) plans

Cross-Functional Collaboration

• Interface with R&D, Product Engineering, Quality, EHS, Supply Chain, and Equipment Engineering teams globally
• Present process data, findings, and recommendations to senior management and global stakeholders
• Collaborate with equipment engineers on process-equipment interactions and optimization

People & Mentorship

• Mentor and coach junior and mid-level process engineers
• Lead technical reviews, knowledge-sharing sessions, and engineering forums
• Support capability building within the Penang process engineering team

• Collaborate as project team member on Software design matters.
• Capture and evaluate customer, internal requirements and vehicle specific interface requirements. Identify suitable concept in terms of functional, technological and effort.
• Adhere to Bosch Software Engineering Process as e.g.:-
  • Perform requirement reviews, design reviews and code reviews.
  • Perform unit testing and release of the software according to SW release process.
• Develop the SW design taking into consideration the dependencies to other module and integration into the overall system.
• SW programming using both standard and proprietary software tools and libraries.
• Create SW test specifications and protocols, if necessary develop test SW. Executes test plans to ensure new software meets specifications, functionalities and performance requirements.
• Analyze failure log, clarify system problems and resolve design issues.
• Develop and produce technical reports, design analysis and documentation in support of designs.
• Assist Manufacturing in troubleshooting manufacturing related problems.
• Provide post-production support.

• Collaborate as project team member on Software design matters.
• Capture and evaluate customer, internal requirements and vehicle specific interface requirements. Identify suitable concept in terms of functional, technological and effort.
• Adhere to Bosch Software Engineering Process as e.g.:-
  • Perform requirement reviews, design reviews and code reviews.
  • Perform unit testing and release of the software according to SW release process.
• Develop the SW design taking into consideration the dependencies to other module and integration into the overall system.
• SW programming using both standard and proprietary software tools and libraries.
• Create SW test specifications and protocols, if necessary develop test SW. Executes test plans to ensure new software meets specifications, functionalities and performance requirements.
• Analyze failure log, clarify system problems and resolve design issues.
• Develop and produce technical reports, design analysis and documentation in support of designs.
• Assist Manufacturing in troubleshooting manufacturing related problems.
• Provide post-production support.

Job Description

• Lead cross-functional teams across Design, Systems, Validation, Product/Test Engineering, Firmware, Supply Chain, Procurement, and Quality to ensure seamless program execution in NPI projects.
• Lead COGS reduction programs from impact assessment through qualification, PCN, safelaunch, and production ramp – quantifying savings, evaluating ROI, and assessing the business impact of schedule slips and risk scenarios.
• Drive capacity expansion initiatives across global manufacturing sites, aligning engineering, operations, and supply chain to support production scalability.
• Build and manage detailed schedules for NPI, COGS and capacity programs; track progress, remove roadblocks, and implement data‑driven mitigation plans.
• Manage Engineering Build Request prioritization, conducting bi‑weekly reviews with PMO and Business Operations leadership to ensure alignment with organizational priorities.
• Act as a liaison between the product group, operations/supply chain teams, and key OSAT interface teams to ensure alignment, clarity, and seamless execution across all stages of the program.
• Drive sample readiness and ramp readiness, ensuring cross‑functional teams maintain schedules that support committed customer delivery timelines.
• Coordinate and conduct Project Gate reviews, ensuring cross‑functional readiness, milestone alignment, and clear communication of risks and dependencies.
• Oversee wafer fab, assembly, and test operations to ensure timeline adherence, cost efficiency, and quality standards across programs.
• Provide structured leadership updates on program status, risks, and mitigation plans, maintaining accurate schedules and qualification documentation.

Job Summary

• We are seeking a highly skilled Senior Failure Analysis Engineer to join our team and drive advanced failure investigation in cutting-edge technologies, including AI-related products. Be part of a high-impact engineering team solving real-world reliability challenges

Key Responsibilities:

• Perform failure analysis at both physical package and die levels, identifying root causes and recommending corrective actions.
• Lead electrical fault isolation using advanced techniques & tools.
• Develop and execute bench-level test applications to validate hypotheses and reproduce failure mechanisms.
• Interpret CAD layouts, schematics, and design documentation to support failure root cause determination.
• Collaborate cross-functionally with design, process, product, and reliability teams to resolve complex technical issues.
• Support analysis for advanced technologies and AI-related products.

1. Planning of assembly processes flow considering manufacturing efficiency. Collaborate
with project team to seek and strive for minimizing product cost through design and
process optimization.
2. Support in the RFQ calculation; calculate and provide investment needed for standard
assembly process modules.
3. Define equipment specification in accordance to product specification. Plan, purchase
(with supervision), setup and release manufacturing cells on time, at budget and with
desired requirement.
4. Involve in each project stages to evaluate equipment and process performance.
Formulate technical and/or performance reports by collecting, analyzing and
summarizing information and trends.
5. Identify and establish process specifications, maintenance strategies and other
manufacturing documents required for line release activity.
6. Conduct problem solving methodology in assembly processes and equipment. In
meantime also developing troubleshooting guide and training of technical know-how to
technician.
7. Actively participate in system CIP on value disposition as in S-Q-C-D (Safety, Quality,
Cost & Delivery).
8. Provide effective countermeasure in technical flaw encompassed with corrective and
preventive action plan.
9. Study, evaluate and improve the technical capacity and capability in assembly
processes accorded to customer’s demand.
10. Continuously strive for higher and sustainable OEE, FPY, MTTR, MTBF.
11. Emphasize the intensity of team work culture in VSO (Value Stream Organization)
moving towards operational excellence.
12. Any other duties assigned by immediate superior from time to time.

Job Description

This position is expected to provide Test Operations and Engineering support for products post manufacturing release and deliver operational excellence through cost reductions, OEE, yield and cycle time improvements to achieve our test KPI goals with our Test Manufacturing Sites (Internal and Outsourcing Suppliers) in Malaysia, Thailand, Singapore and across Asia (Taiwan, China, Korea). This position reports into Operations Engineering Department (OED).

Key Responsibilities

• Responsible for Test Operations interface to Renesas Product Groups and other functional teams (Supply Chain, Quality, Packaging, Foundry, PMO) across US, Japan, India, Malaysia, and China on all phases of product lifecycle
• Execute daily test operations activities with internal factories and test OSATs to ensure customer delivery fulfillment (i.e. Lot tracking and dispositions, Test Program releases, Hardware Troubleshooting/Repairs, Equipment up-time, Tester Utilization OEE tracking, Continuous Improvement Process, etc)
• Coordinate Probe/Final Test transfer from New Product Introduction to High Volume Manufacturing from Renesas Product Group groups
• Execute new test capacity expansions (tester/ handler/ hardware) to ensure sufficient capacity and meet production demand
• Deployment of new tester/handler technology and test solutions to test manufacturing sites from test development
• Implement best known practices and process within test manufacturing sites
• Drive Gross Margins (OEE, Yield, Retest) improvement initiatives 

This position is expected to provide Test Operations and Engineering support for products post manufacturing release and deliver operational excellence through cost reductions, OEE, yield and cycle time improvements to achieve our test KPI goals with our Test Manufacturing Sites (Internal and Outsourcing Suppliers) in Malaysia, Thailand, Singapore and across Asia (Taiwan, China, Korea). This position reports into Operations Engineering Department (OED).

Key Responsibilities

• Responsible for Test Operations interface to Renesas Product Groups and other functional teams (Supply Chain, Quality, Packaging, Foundry, PMO) across US, Japan, India, Malaysia, and China on all phases of product lifecycle
• Execute daily test operations activities with internal factories and test OSATs to ensure customer delivery fulfillment (i.e. Lot tracking and dispositions, Test Program releases, Hardware Troubleshooting/Repairs, Equipment up-time, Tester Utilization OEE tracking, Continuous Improvement Process, etc)
• Coordinate Probe/Final Test transfer from New Product Introduction to High Volume Manufacturing from Renesas Product Group groups
• Execute new test capacity expansions (tester/ handler/ hardware) to ensure sufficient capacity and meet production demand
• Deployment of new tester/handler technology and test solutions to test manufacturing sites from test development
• Implement best known practices and process within test manufacturing sites
• Drive Gross Margins (OEE, Yield, Retest) improvement initiatives 

• Develop embedded firmware which run on Bosch products.
• The developed embedded firmware shall base on test requirement from customer, internal engineering and manufacturing.
• The embedded firmware shall be able to interact with manufacturing and engineering test system via physical interface such as Serial, Ethernet, and USB
• Work closely with embedded firmware team in Malaysia and Germany in order to achieve common product development goal.
• Assist global engineering team to perform HW-SW integration bring up during development phases.
• Assist global manufacturing sites in troubleshooting manufacturing related problems.
• Provide postproduction and failure analysis support.
• Collaborate as project team member on Software design matters.
• Capture and evaluate customer, internal requirements and vehicle specific interface requirements. Identify suitable concept in terms of functional, technological and effort.
• Adhere to Bosch Software Engineering Process as e.g.:
  • Perform requirement reviews, design reviews and code reviews.
  • Perform unit testing and release of the software according to SW release process.
• Develop the SW design taking into consideration the dependencies to other module and integration into the overall system.
• SW programming using both standard and proprietary software tools and libraries.
• Create SW test specifications and protocols, if necessary, develop test SW. Executes test plans to ensure new software meets specifications, functionalities and performance requirements.
• Analyze failure logs, clarify system problems and resolve design issues.
• Develop and produce technical reports, design analysis and documentation in support of designs.

• Collaborate as project team member on Software design matters.
• Capture and evaluate customer, internal requirements and vehicle specific interface requirements. Identify suitable concept in terms of functional, technological and effort.
• Adhere to Bosch Software Engineering Process as e.g.:-
  • Perform requirement reviews, design reviews and code reviews.
  • Perform unit testing and release of the software according to SW release process.
• Develop the SW design taking into consideration the dependencies to other module and integration into the overall system.
• SW programming using both standard and proprietary software tools and libraries.
• Create SW test specifications and protocols, if necessary develop test SW. Executes test plans to ensure new software meets specifications, functionalities and performance requirements.
• Analyze failure log, clarify system problems and resolve design issues.
• Develop and produce technical reports, design analysis and documentation in support of designs.
• Assist Manufacturing in troubleshooting manufacturing related problems.
• Provide post-production support.

Key Roles & Responsibilities

• Own end-to-end supplier quality performance, including qualification, onboarding, monitoring, and continuous improvement across assigned commodity or suppliers.
• Act as the primary quality interface between suppliers and internal teams including Engineering, Procurement, Operations, and R&D.
• Define and deploy robust supplier quality strategies aligned with business goals, focusing on risk mitigation, cost of poor quality (COPQ) reduction, and supply continuity.
• Establish, track, and continuously improve supplier KPIs (e.g., defect rate, yield impact, responsiveness, audit scores), and drive accountability through regular business reviews (QBRs/MBRs).
• Lead supplier qualification activities, including technical capability assessment, process audits, and quality system evaluation
• Define and optimize incoming inspection strategies based on risk assessment and supplier performance.
• Drive continuous improvement in incoming quality control processes to reduce inspection cost while maintaining quality standards.
• Drive structured problem-solving with suppliers using methodologies such as 8D, DMAIC, and root cause analysis (RCA), ensuring effectiveness and prevention of recurrence.
• Manage Supplier Corrective Action Requests (SCAR), including issuance, follow-up, verification of root cause, and validation of corrective/preventive actions
• Conduct regular on-site and remote audits (process, system, layered process audits), identifying gaps and driving closure of findings.
• Evaluate and approve supplier change requests (process, material, location, sub-tier suppliers) and ensure proper change control, risk assessment, and validation prior to implementation.
• Partner with suppliers to improve process capability (Cp/Cpk), yield, and overall manufacturing robustness through data-driven improvement initiatives.
• Drive early detection and containment of quality issues through implementation of effective incoming quality controls, supplier self-inspection, and FMEA .
• Lead escalation management for critical supplier issues impacting production, ensuring rapid containment, cross-functional alignment, and executive-level communication when needed.
• Develop supplier capability through training, technical coaching, and joint improvement projects to elevate maturity in quality systems and manufacturing processes.
• Ensure compliance with regulatory, environmental, and customer-specific quality requirements across the supply base.
• Drive digitalization and automation of supplier quality processes, leveraging data analytics tools (e.g., Minitab, Spotfire, Power BI) to enhance visibility, predictive insights, and decision-making.
• Translate complex data into actionable insights for both internal stakeholders and suppliers
• Drive IMS activities within department

Contamination Control & Cleanliness Management

• Define and enforce contamination control requirements across the supply base, particularly for critical components 
• Assess and qualify supplier cleanroom environments, including classification, airflow design, gowning protocols, and material handling practices.
• Conduct contamination-focused audits at supplier sites, covering:
• Cleanroom discipline and behavior
• Equipment cleanliness and maintenance
• Packaging and transportation controls
• Drive implementation of contamination prevention controls such as:
• Poka-yoke for handling and storage
• Controlled packaging (vacuum, nitrogen, double-bagging)
• Cleaning and bake processes validation
• Drive supplier capability improvement in contamination control through training, benchmarking, and joint improvement programs.
• Establish data-driven monitoring using analytics tools (Minitab, Spotfire, Power BI) to identify trends in contamination-related defects and proactively mitigate risks.
• Ensure compliance with industry standards and internal specifications related to cleanliness and environmental control.