Total 88 software engineer job vacancies in Bayan Lepas

主要職責

• 開發、評估和改進製造工藝，以提高生產率和效率。
• 分析生產流程，找出需要改進、降低成本、減少浪費的領域。
• 排查生產問題並採取糾正措施，以防止問題再次發生。
• 與生產、品質和維護團隊緊密合作，確保生產運作順利進行。
• 準備和更新製程文件，包括工作指導書、標準作業規程和製程流程圖。
• 監控製程效能並實施製程控制措施。
• 對流程相關問題進行根本原因分析，並實施預防措施。
• 透過開發合適的生產流程和參數，支援新產品導入（NPI）。
• 確保生產流程符合公司品質標準和安全要求。
• 領導持續改善計劃，例如精益生產、改善或六西格瑪專案。

技能和能力

• 較強的分析和解決問題的能力。
• 具備製造流程和生產系統的知識。
• 具備進行根本原因分析和流程改善的能力。
• 熟悉品質管理系統（ISO 9001）。
• 具備精實生產/六西格瑪知識者優先考慮。
• 良好的溝通和團隊合作能力。

Key Responsibilities

• Develop, evaluate, and improve manufacturing processes to increase productivity and efficiency.
• Analyze production processes to identify areas for improvement, cost reduction, and waste minimization.
• Troubleshoot production issues and implement corrective actions to prevent recurring problems.
• Work closely with production, quality, and maintenance teams to ensure smooth manufacturing operations.
• Prepare and update process documentation including work instructions, SOPs, and process flow diagrams.
• Monitor process performance and implement process control measures.
• Conduct root cause analysis for process-related problems and implement preventive actions.
• Support new product introduction (NPI) by developing appropriate production processes and parameters.
• Ensure manufacturing processes comply with company quality standards and safety requirements.
• Lead continuous improvement initiatives such as Lean Manufacturing, Kaizen, or Six Sigma projects.

Skills and Competencies

• Strong analytical and problem-solving skills.
• Knowledge of manufacturing processes and production systems.
• Ability to perform root cause analysis and process improvement.
• Familiar with quality management systems (ISO 9001).
• Knowledge of Lean Manufacturing / Six Sigma is an advantage.
• Good communication and teamwork skills.

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

• 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.

• 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.

To work on the following tasks with guidance:
1. To setup functional test system for product lines based on test specification (PAV) provided by PTE team
accordingly to following requirement:

• To track project budget and ensure equipment cost within the planed budget.
• On time delivery of test systems to the production line according to project milestone (include manage of equipment, hardware interface and mechanical jig and fixture purchase)
•  Release the test system according to Test System Release Procedure.
• To train and coach maintenance team to be able to handle test system breakdown more effectively and maintain test system in achieving FPY (NTF related FOR) and OEE target. (eg. Propose Preventive Maintenance plan, analysis tool of breakdown causes, Test System Setup guideline and test fixture and job design concept)
• Apply standardization in functional area to have lean process across projects.
• To participate in project meeting to clarify plant/ production requirement on test system.

3. Responsible on full test implementation according to test procedure according to PAV defined by PTE team
and achieve defined test coverage, make sure alignment and calibration process (such of flashing of
memory, tuner alignment/ calibration.) is in line with test procedure.

4. To support line for trouble shooting in test system.

5. General support on the following:

• To support operation on functional area performance in FPY, TFOR, OEE
• To analyze MIS data and coordinate improvement activities on test time reduction and machine efficiency.
• Early involved in new model concept discussion with PTE/CoC and TEF7, to ensure smooth handling from new project set up team after SOP.

6. Any other TEF7 related duties assigned to.

We are looking for experienced Reliability Engineer to join the Global Reliability Lab team. Supporting products qualification from development through high‑volume manufacturing. In this role, you will play a key part in defining reliability strategies, leading qualification activities, investigating failures, and driving long‑term product robustness.

You will work closely with cross‑functional teams including Design, Test, Failure Analysis, Manufacturing, Quality, and Suppliers to ensure our products meet stringent reliability, customer, and industry standards.

Key Responsibilities

• Execute reliability qualification plans for electronic components, and modules.
• Develop test strategies including HTOL, HAST, THB, TC, HTSL, PTC and mechanical stress tests.
• Review test results, analyze failures, and provide clear conclusions and recommendations.
• Assess risks related to new technologies, new materials, and new manufacturing processes.
• Ensure compliance to relevant JEDEC, IEC, MIL, IPC, and customer-specific standards.

As a Staff Equipment Engineer specializing in sputter media, you will be responsible for overseeing the operation, maintenance, and continuous improvement of sputtering equipment used in the production of hard disk media. You will work closely with cross-functional teams to ensure optimal equipment performance, minimize downtime, cycle time improvement and contribute to the development of new processes and technologies.
 
ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Oversee day-to-day equipment maintenance activities, troubleshooting, and line issue management to ensure high equipment availability and minimal production downtime.
• Lead equipment reliability, maintenance, and engineering improvement initiatives to support stable and efficient manufacturing operations.
• Drive preventive and predictive maintenance strategies to improve equipment reliability, reduce failures, and sustain long-term operational performance.
• Lead equipment upgrades, machine conversions, and technology improvements to support next-generation HDD product requirements.
• Manage new equipment installation, commissioning, and acceptance testing to ensure systems meet operational, safety, and process specifications before production release.
• Monitor and analyze equipment performance, reliability, and OEE data to identify improvement opportunities and drive operational excellence.
• Lead root cause analysis for equipment failures, implementing effective corrective and preventive actions to prevent recurrence.
• Collaborate with Process Engineering and Sputter Yield teams to improve yield performance, reduce defects, and enhance process capability.
• Coordinate closely with Production, Quality, Facilities, and other cross-functional teams to ensure smooth production operations and achieve manufacturing targets.
• Manage engineering projects related to equipment upgrades, modifications, and system improvements, ensuring timely execution within scope and budget.
• Provide technical leadership, guidance, and mentorship to junior engineers and technicians to strengthen team capability and technical competency.
• Develop and maintain engineering documentation, including SOPs, maintenance procedures, and best practices for equipment operation and sustainment.
• Ensure all equipment and related systems comply with safety regulations, company policies, and industry standards.
• Support continuous improvement initiatives by introducing new technologies, automation solutions, and engineering best practices.
• Strengthen knowledge sharing and technical skill development within the engineering team to build a high-performing equipment engineering organization.
• Maintain strong collaboration with OEM suppliers and technical partners to support equipment upgrades, troubleshooting, and technology development.
• Perform other duties and responsibilities as assigned by management.

• Assist Management Representative and collaborate with committee members to establish, implement, effectively maintain and continually improve Energy Management System (EnMS)
• Coordinate and guide the Energy committee on technical discussion in meeting
• Assist the Energy committee in developing measurement plans, identifying potential efficiency improvement projects, establishing criteria and method to ensure operation and control of the EnMS are effective
• Ensure action plans to continually improve energy performance is implemented
• Report performance of EnMS and energy efficiency performance to top management or management representative at determined intervals
• Perform the role as a Waste Disposal Coordinator in advising executives on the design of work and manufacturing processes to avoid waste and specifying rules on the separation and labelling of waste, including collection, delivery, storage, and in-company transportation.
• Promote the participation and consultation of workers to support Energy and Environmental related programs and awareness campaign
• Ensure conformance to EnMS, Wastes Management, and LEV requirements and compliance to local regulations
• Assume responsibilities as per Energy Efficiency and Conservation Act (EECA) 2024
• Ensure Energy, Wastes and LEV related documentation is accessible and well maintained
• Involve in ISO 9001, ISO 14001, TS16949, ISO50001 and other audits inclusive of government and customer audits. Ensure all OPL’s related to this audit is closed on a timely manner.
• To work closely with Site Safety Officer (HSE) and DH in ensuring safe work practice is always practiced in Bosch.
• Participate and contribute in Cluster Service Team (CST) and Regional Service Team (RST) activities.
• Responsible to propose and conduct continuous improvement plan for job scope related system
• Responsible to work closely with respective departments to resolve all FCM Energy and Environment related issues. Support and work towards achieving the departmental goal.
• To attended and complete to any other duties assigned by the immediate Superior

As a Staff Equipment Engineer specializing in sputter media, you will be responsible for overseeing the operation, maintenance, and continuous improvement of sputtering equipment used in the production of hard disk media. You will work closely with cross-functional teams to ensure optimal equipment performance, minimize downtime, cycle time improvement and contribute to the development of new processes and technologies.
 
ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Oversee day-to-day equipment maintenance activities, troubleshooting, and line issue management to ensure high equipment availability and minimal production downtime.
• Lead equipment reliability, maintenance, and engineering improvement initiatives to support stable and efficient manufacturing operations.
• Drive preventive and predictive maintenance strategies to improve equipment reliability, reduce failures, and sustain long-term operational performance.
• Lead equipment upgrades, machine conversions, and technology improvements to support next-generation HDD product requirements.
• Manage new equipment installation, commissioning, and acceptance testing to ensure systems meet operational, safety, and process specifications before production release.
• Monitor and analyze equipment performance, reliability, and OEE data to identify improvement opportunities and drive operational excellence.
• Lead root cause analysis for equipment failures, implementing effective corrective and preventive actions to prevent recurrence.
• Collaborate with Process Engineering and Sputter Yield teams to improve yield performance, reduce defects, and enhance process capability.
• Coordinate closely with Production, Quality, Facilities, and other cross-functional teams to ensure smooth production operations and achieve manufacturing targets.
• Manage engineering projects related to equipment upgrades, modifications, and system improvements, ensuring timely execution within scope and budget.
• Provide technical leadership, guidance, and mentorship to junior engineers and technicians to strengthen team capability and technical competency.
• Develop and maintain engineering documentation, including SOPs, maintenance procedures, and best practices for equipment operation and sustainment.
• Ensure all equipment and related systems comply with safety regulations, company policies, and industry standards.
• Support continuous improvement initiatives by introducing new technologies, automation solutions, and engineering best practices.
• Strengthen knowledge sharing and technical skill development within the engineering team to build a high-performing equipment engineering organization.
• Maintain strong collaboration with OEM suppliers and technical partners to support equipment upgrades, troubleshooting, and technology development.
• Perform other duties and responsibilities as assigned by management.

• 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.

• Lead, manage and take ownership on the overall operational health of the HVAC and Mechanical system
• Maintain, operate all HVAC systems and associated equipment, plumbing systems, building management system, and equipment repairs
• Manage capacity and design changes according to the requirements from manufacturing/customers
• Conduct and execute facility system improvements on reliability hardening, safety performance as well as cost optimization and reduction
• Perform facility inspections and report on condition affecting operations.
• Monitor and supervise HVAC preventive maintenance outsource service contracts
• Maintain compliance to local city and state government requirement and overall country legal legislation, ordinances and codes of practices.
• Liaison with relevant local government agencies and contractors
• Engage and liaison with consultants on mechanical system design and construction.
• Respond to emergencies.
• Comply with all safety procedures, practices and requirements
• Support any afterhours building needs and activities as required
• Attend training sessions and seminars and other assigned tasks as requested.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

1. To establish the operation procedure, system monitoring & repair maintenance of responsible sections.
2. To review & analyze the operating data to optimize the Facilities operating system
3. To support production / manufacturing needs and request
4. To team up with all the facilities peers & contractors in troubleshooting the Facilities system
5. To identified & drive the cost saving & improvement program
6. To supervise contractor engineer and technician, routine job to ensure the HVAC & Mechanical system supporting production comply to specification and government regulation
7. Manage Mechanical System for multiple Plants.
8. To plan, organize, execute & control for the specific project
9. To ensure compliance to IMS requirement, Contamination Control, 5S & Safety
10. To liaise with contractor, consultant on the facilities related matters
11. To coordinate the major plan shutdown maintenance
12. To carry out special task as assigned by supervisor
13. To support the activities to the company needs

As a Principal Equipment Engineer specializing in sputter media manufacturing, you will serve as the technical authority and strategic leader for sputtering equipment, manufacturing technology, and engineering innovation within the organization. You will lead advanced equipment engineering initiatives, drive long-term technology roadmaps, and provide expert-level support for equipment reliability, manufacturing excellence, and next-generation HDD product development. This role requires strong technical expertise in sputtering systems, vacuum technology, automation, and advanced manufacturing processes, along with the ability to influence cross-functional organizations, mentor engineering teams, and lead large-scale strategic projects across multiple manufacturing areas.
 
ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Lead strategic equipment engineering initiatives to improve equipment reliability, manufacturing efficiency, OEE performance, and long-term operational sustainability.
• Lead complex equipment troubleshooting and advanced root cause analysis for critical manufacturing issues, implementing robust corrective and preventive actions.
• Develop and standardize best-in-class engineering practices, maintenance strategies, and equipment performance optimization methodologies across manufacturing operations.
• Lead major equipment upgrades, system redesigns, automation integration, and machine conversion programs to enhance manufacturing capability and productivity.
• Provide technical leadership for new equipment development, factory expansion projects, equipment qualification, commissioning, and production ramp activities.
• Collaborate closely with Process Engineering, Yield Engineering, Production, Quality, Facilities, and Global Engineering teams to achieve manufacturing and technology objectives.
• Drive predictive maintenance, reliability engineering, and data analytics initiatives using SPC, equipment monitoring systems, and advanced failure analysis techniques.
• Lead engineering evaluations for new technologies, automation solutions, AI-driven manufacturing applications, and Industry 4.0 initiatives to improve operational performance.
• Establish equipment standards, technical specifications, engineering governance, and operational guidelines to ensure consistency across manufacturing operations.
• Provide expert guidance in vacuum systems, plasma generation, sputtering processes, automation controls, robotics, and equipment architecture optimization.
• Lead supplier technical engagements, OEM partnerships, and external engineering collaborations to support technology development, equipment enhancement, and problem resolution.
• Mentor and develop engineers, technical specialists, and engineering leaders by strengthening technical competencies, leadership capabilities, and knowledge-sharing culture.
• Drive cost reduction initiatives through equipment optimization, spare part management, energy efficiency improvements, and operational excellence programs.
• Lead engineering reviews, failure analysis discussions, and technical presentations for senior management and global engineering organizations.
• Ensure compliance with all safety regulations, company policies, environmental requirements, and industry standards related to equipment operation and engineering activities.
• Promote continuous improvement culture through Lean Manufacturing, Six Sigma methodologies, and engineering innovation programs.