We are seeking a highly skilled and innovative Senior Engineer to join our technical team in developing, sustaining and optimizing new and existing products within a dynamic, high-volume manufacturing environment. In this role, you will drive the development and implementation of advanced test engineering strategies for our cutting-edge storage products, ensuring efficiency, quality, and scalability from NPI to HVM.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

Act as the primary technical owner for product performance in both NPI and High Volume Manufacturing.

• Optimize Test Strategies: Design and execute efficient test plans, test time, yield, and quality to meet factory financial goals. Identify cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Lead and implement innovative engineering solutions while collaborating with cross-functional teams to ensure project success under competitive timeline.
• Champion Innovation and Cost Efficiency: Collaboratively integrate advanced testing technologies, research, and adopt cost-saving solutions like Test Time Reduction (TTR) and new test platforms, driving CAPEX reduction. Continuously improve test programs and test infrastructure to enhance product quality and reliability.
• Inhouse Tester (SHRACKU) Ownership: Lead the development, integration, and maintenance of inhouse test platform (SHRACKU), focusing on Linux-based control, network IP, and USB protocol validation to ensure test stability and scalability in HVM.
• Technical Expertise and Support: Provide leadership and execute technical support in electrical failure analysis (EFA), exploring new test method/EFA technique to address RMAs, production, reliability, and DPPM improvement. Analyze test results and deliver reports to stakeholders with actionable insights for improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including EFA, work instructions, test equipment guidelines, test reports, and specifications.
• NPI Support: Lead NPI projects, ensuring smooth transfer of test technology from NPI to HVM. Developing test solution to ensure product performance meets competitive goals.
• Knowledge Sharing and Mentorship: Mentor junior engineers, promote best practices, and facilitate knowledge transfer through technical training.

BROAD FUNCTIONS :

• To plan, coordinate and follow-up sputter systems start-up / conversion activities and process documentation.
• To audit sputter parameters and practice periodically, include online SPC and procedure conformance.
• To lead sputter process related issues trouble shooting (common causes), work closely with shift process team in sputter process sustaining, trouble shooting & improvement in order to achieve sputter utilization (down time), yield & quality goal.
• To lead Sputter Process Improvement Projects (SU/STT/Cost/Quality/PPH & others), which include new products/machines/process qualification.
• To lead, supervise and coach/train process tech, include engineering specialist and characterize technicians.

RESPONSIBILITIES :

Regular

• Responsible for sputter process related issues trouble shooting (common causes), work closely with Shift process team in sputter process sustaining, trouble shooting & improvement in order to achieve sputter utilization (down time) & quality goal.
• Responsible to lead, supervise and coach/train process tech, include engineering specialist and characterize technicians. Responsible to train and share PMR/DS sputter process and yield improvement knowledge with the team.
• Responsible for sputter parameters monitoring, include online SPC monitoring and procedure conformance.
• Responsible for sputter machine start-up include process characterize (new products & process changes).
• Responsible for new products/machines/process qualification.
• Responsible for sputter process improvement projects (SU/STT/Cost/Quality/PPH & others).
• Others include FMEA.
• Understand and accept responsibility for performing jobs safely
• Follow safety and health rules

Irregular

• Responsible to assist in sputter yield related issues trouble shooting (common causes). Work closely with Anelva yield team in sputter yield sustaining, trouble shooting & improvement in order to achieve sputter yield goal. This includes 0725 Operation Yield Improvement.
• Other supervisor assigned task
• Improve Media magnetic baseline: ACC% and to enable process stability and repeatability via recipe tuning and optimization. Responsible for new product qualifications.  

Specification of work task or Main Responsibilities and Duties:

Repair Service Engineer with repair shop duties is responsible for diagnosing, repairing, and testing equipment, machinery, or electronics - either directly on-site at machine or in the service room's workshop.

• Very hand on oriented person. Figuring out how to repair/overhaul parts of semiconductor final test machines and afterwards defining procedures how to repair
• Experience in mechanical repair and/or electronics repair is a must
• Diagnose and troubleshoot mechanical and electrical issues in supporting equipment like Work piece carrier, Trax, board, module and other relevant Equipment/Production.
• Identifying the root cause of supporting equipment malfunctions and performing necessary repairs, which may involve disassembling, replacing parts, and reassembling.
• Conducting regular inspections and preventative maintenance to ensure supporting equipment runs smoothly and to identify potential problems.
• Maintaining accurate records of repairs and maintenance activities
• Ensuring all repairs and maintenance activities adhere to safety regulations and procedures
• Recommending improvements to maintenance procedures and equipment to enhance efficiency and reliability
• Support and train Technician in execution of repairing activities.
• Align changes with lead plant engineering
• Electrical buyoff for Equipment (MST-FCM)
• Arrange supplier to perform Automatic shelf System (E.g.: Modular/Kardex) service and maintenance together with spare part team.
• Providing technical assistance to other engineers, technicians, or users of the equipment only assign by Team Lead/Department head.
• Take care of spare parts and consumables which are not ordered under the standard spare part process with automatic reordering once stock limit reached
• Execute any other related duties aligned in Daily Leadership Routine and assigned by Team Leads/Department Head.

The Senior Packaging Engineer will lead packaging development and qualification activities for WD's HDD and Flash storage products. This is a technically hands-on and cross-functional leadership role — you will mentor junior engineers, drive complex packaging programs, and interface directly with customers, suppliers, and global engineering teams.

You are expected to operate with high autonomy, make independent technical decisions, and represent the Packaging Engineering function in NPI and sustaining programs.

Key Responsibilities : 
Technical Leadership

• Lead end-to-end packaging design, development, and qualification for complex HDD/Flash programs
• Define packaging architecture and material strategy for new and sustaining products
• Make independent technical decisions on packaging design trade-offs (cost vs. protection vs. sustainability)
• Act as Subject Matter Expert (SME) for packaging within cross-functional teams

Design & Qualification

• Own packaging qualification plans and test execution per ISTA/ASTM standards
• Review and approve packaging specifications, BOMs, and qualification reports
• Lead Engineering Change Orders (ECOs) and deviation requests
• Drive DFM (Design for Manufacturability) and DFA (Design for Assembly) reviews

NPI & Program Management

• Lead packaging workstream for NPI programs from concept to mass production
• Manage packaging milestones and deliverables within program timelines
• Interface with global product teams, customers, and contract manufacturers

Vendor & Supply Chain

• Develop and qualify new packaging suppliers in Malaysia/ASEAN
• Lead supplier performance reviews and cost negotiation
• Drive packaging cost reduction (cost down) initiatives

People & Mentorship

• Mentor and coach junior/mid-level packaging engineers
• Conduct technical reviews and provide guidance on complex issues
• Support team capability building and knowledge sharing

Compliance & Sustainability

• Ensure all packaging meets regulatory requirements (RoHS, REACH, ISTA)
• Champion WD sustainability goals through eco-packaging innovation
• Maintain quality documentation per WD QMS standards

Continuous Improvement

• Lead RCCA for field packaging failures and damage incidents
• Drive Lean/Six Sigma improvement projects within packaging function
• Benchmark industry trends and propose technology upgrades

The Packaging Design Engineer is responsible for the structural design and technical development of packaging for Cricut products. This role leads the design, engineering, and validation of packaging solutions that protect products during transportation, enable efficient manufacturing and assembly, and support retail and customer experience requirements.

Working closely with program management, product engineering, operations, and suppliers, the Packaging Design Engineer develops packaging structures, die lines, packaging documentation, and validation testing necessary to support new product launches.

Key Responsibilities

Packaging Structural Design

• Design structural packaging solutions for new product launches including retail packaging, internal protective packaging, and display machine packaging.
• Develop packaging structures that meet product protection, manufacturing efficiency, and cost requirements.
• Create and maintain packaging die lines and structural design documentation.

Engineering Documentation

• Produce detailed packaging visual assembly documentation for contract manufacturers.
• Provide bundle weights and dimensional specifications for all product configurations.
• Document waste packaging attributes and material composition.

Product Packaging Development

• Work with the Packaging Program Manager to execute packaging deliverables aligned with NPI schedules.
• Develop packaging structures for bundle configurations and SKU variations.
• Support packaging needs for display machines and retail programs.

Supplier Collaboration

• Collaborate with packaging vendors to develop prototypes and validate manufacturability.
• Support sourcing teams with technical inputs during vendor selection and cost evaluation.

Testing & Validation

• Support transportation and packaging validation testing in collaboration with Quality teams.
• Ensure packaging meets shipping durability and regulatory requirements.

PLM Documentation

• Upload packaging specifications, files, and waste packaging details into Arena PLM.

• Maintain accurate engineering documentation for packaging designs and revisions.

Role Overview

This role is not about running tests. It is about understanding what the data means, why it behaves that way, and how to measure it better. You will work at the intersection of physics, electronics, and software, developing measurement solutions and extracting insight from complex data to support MEMS sensor development and production. This role is for you if you are comfortable writing code, interpreting data, and critically questioning measurement results.

Key Responsibilities

Characterization & Data Analysis

• Analyze large, datasets from MEMS characterisation and production
• Identify correlations, drifts, and non-obvious effects across multiple parameters
• Separate real physical effects from measurement artefacts
• Develop automated analysis workflows (Python / C# / similar)

Measurement Technology Development

• Design, build, and improve lab measurement setups (electrical, thermal, mechanical domains)
• Define measurement strategies for new product concepts and production methods
• Debug and extend internally developed measurement software (C++ / C#)
• Improve measurement robustness, repeatability, and throughput

Root Cause & Physical Understanding

• Drive root-cause analysis using data, experiments, and physical reasoning
• Work closely with product and process engineers to explain observed behavior
• Challenge unclear or inconsistent results

Method Validation & Lab Enablement

• Validate new test methods before production introduction
• Define limitations, accuracy, and uncertainty of measurement methods
• Document and standardize solutions for cross-site usage

Collaboration

• Work across disciplines: device physics, electronics, software, and production
• Collaborate with international teams and contribute to global MT alignment

We are seeking an experienced and proactive Senior Cyber Security Engineer to join our Global Cyber Security Operations team. This role requires an experienced security professional responsible for executing and supporting cybersecurity operations globally but with a focus on our manufacturing facility. This role has a primary focus on global insider risk management and data loss prevention (DLP), while also providing hands‑on operational support for local manufacturing risks. You will work closely with our Security Operations Center (SOC), incident response teams, and other IT stakeholders to stay ahead of emerging threats and ensure we’re able to build great products securely.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

Insider Risk Management & Data Protection

• Assist in the management and configuration of Sandisk governance controls related to data security
• Execute day‑to‑day operations of insider risk management and data security controls using Microsoft Purview, MIP, IRM, and DLP technologies.
• Monitor, triage, and investigate insider risk alerts and data loss events using Microsoft Purview, Microsoft Defender, and SIEM tooling, following defined procedures and escalation paths.
• Conduct detailed analysis and documentation of insider risk and data protection incidents, including evidence handling and recommended follow‑up actions.
• Support tuning and refinement of DLP and insider risk policies to improve signal quality and reduce false positives, in coordination with platform owners and senior analysts.

Endpoint Detection, Response & Manufacturing Security

• Perform hands‑on monitoring, investigation, and response activities using Microsoft Defender for Endpoint and CrowdStrike Falcon in an enterprise environment.
• Investigate endpoint‑based alerts affecting manufacturing office systems, engineering workstations, and privileged users, correlating activity across EDR, identity, and data signals.
• Support incident response efforts impacting the manufacturing site, including containment actions, evidence collection, and post‑incident documentation.
• Maintain awareness of manufacturing‑specific risks, including engineering workflows, shared systems, and IP‑sensitive environments.

Automation, Scripting & Analysis

• Use scripting and basic programming to support investigations, data analysis, and operational efficiency.
• Develop and maintain simple scripts or queries (e.g., PowerShell, Python, KQL) to assist with alert triage, log analysis, data validation, and reporting.
• Leverage scripting to reduce repetitive manual tasks while operating within established security tooling and change controls.

Work Style & Attributes

• Self‑motivated and dependable, with a strong work ethic in an on‑site, semi‑isolated environment.
• Comfortable operating as an individual contributor with defined scope and responsibilities.
• Collaborative and approachable, with a service‑oriented mindset toward local manufacturing and IT teams.
• Detail‑oriented and risk‑aware, with an appreciation for balancing security controls against manufacturing uptime and business impact.
• Strong analytical and critical-thinking skills with high attention to detail.
• Clear and concise written and verbal communication, including to non-technical stakeholders.
• Ability to remain composed and effective under pressure during active security incidents.
• Team-oriented and collaborative with a proactive, security-first mindset.
• Ability to approach security challenges with genuine curiosity and a questioning attitude, consistently digging deeper to understand the "why" behind alerts, behaviors, and anomalies rather than accepting surface-level conclusions.

Role Overview

The Technical Analyst engineer is the engine room of the Client Experience department, reporting directly to the AI Lead. You will bridge the gap between technical infrastructure and business intelligence by building and maintaining the department’s automation stack—using Zendesk and Python—while applying AI/LLM knowledge to enhance support capabilities. You will also serve as the team’s data anchor, performing deep-dive financial reconciliations and building automated dashboards to drive data-led decision-making.

Key Responsibilities

1. Automation & AI Integration
• Zendesk & SaaS Optimization: Architect and maintain Zendesk triggers, automations, and complex workflows;
• Python-Led Automation: Develop and deploy Python scripts to automate repetitive manual tasks.
• AI Feature Deployment: Implement and tune advanced AI features within SaaS, managing knowledge base training and basic RAG (Retrieval-Augmented Generation) logic.
2. Data Tools & Reporting
• Advanced Data Analysis: Use tools extensively for high-stakes data cleaning, financial reconciliation, and analysis (advanced formulas and Power Query required).
• BI Dashboarding: Build and maintain automated reports to track KPIs and operational health.
• Management Reporting: Prepare regular operations and analysis reports, translating raw data into insights for Finance and Management teams.
3. Process Improvement & Collaboration
• Workflow Refinement: Support the optimization of processes, rules, and SOPs to improve efficiency, transparency, and internal control.
• Cross-functional Alignment: Work closely with Payment, Finance, IT, and Product teams to drive system improvements and handle security-related whitelisting or response tasks.

• Platform Expertise: Hands-on experience with Zendesk Administration (workflows, triggers, and app integrations).

• Advanced Data Skills: Expert-level Excel (Power Query, Pivot Tables, and complex financial reconciliation); experience with SQL and BI tools.
• Automation & Scripting (Preferrable): Proficiency in Python for business process automation and data extraction; experience with APIs and Webhooks.
• AI Literacy (Preferrable): A foundational understanding of LLMs and how to apply them within a customer experience or operational framework.

The Senior Grid Planning & Strategy Engineer is the strategic architect responsible for aligning our BESS pipeline with Malaysia’s National Energy Transition Roadmap (NETR). You will translate high-level energy policy into physical infrastructure investment strategies, identifying exactly where the grid requires BESS to maintain stability. By analysing long-term demand and RE integration challenges, you will position the company as a Strategic Advisor to the TNB Grid System Operator (GSO) and Suruhanjaya Tenaga (ST).

Key Responsibilities

• Policy-to-Infrastructure Translation: Analyse the NETR and Integrated Resource Planning (IRP) targets to identify the physical transmission upgrades and BESS capacities required to meet 700MW+ RE integration goals.
• Macro-Grid Stability & Planning: Perform regional load-flow and contingency ($N-1$) analyses using PSS/E or DIgSILENT. Identify "Weak Grid" nodes where BESS can provide synthetic inertia and voltage support to prevent curtailment of solar assets.
• Strategic Advisory (GSO/ST Liaison): Act as the lead technical diplomat with TNB GSO and ST. Provide evidence-based recommendations on grid-level BESS dispatching and infrastructure design to influence future Grid Code updates and tender structures.
• BESS Dispatch & Revenue Optimization: Model grid-level BESS dispatch scenarios (e.g., peak shaving, frequency regulation, and spinning reserve). Advise the commercial team on how the National Load Despatch Centre (NLDC) will utilize assets under the CRESS framework.
• Investment Roadmap Development: Design 5-to-10-year infrastructure investment plans. Identify optimal Point of Interconnection (POI) locations in the 132kV/275kV network where the grid is "thirsty" for BESS, ensuring long-term project bankability.

• Bachelor’s or Master’s Degree in Electrical Engineering (Power Systems) or Energy Policy & Planning.
• 8 years in Power System Planning, Transmission Engineering, or Grid Operations.
• Registered Professional Engineer (Ir.) or Graduate Engineer with the Board of Engineers Malaysia (BEM).

The Senior Grid System Design Engineer is the technical "Gatekeeper" for our BESS pipeline. This role carries dual responsibility: performing the advanced mathematical simulations required for TNB approval and acting as the primary technical auditor for BESS and PPC hardware suppliers.

Key Responsibilities

• BESS Dynamic Modeling: Develop site-specific BESS models including Inverters (PCS), Battery
• Management Systems (BMS), and Power Plant Controllers (PPC). You must accurately model GridForming (GFM) logic, Virtual Inertia, and sub-50ms Fast Frequency Response (FFR).
• Supplier Technical Auditing: Critically review BESS and PPC supplier proposals. You must verify if their stated ramp rates, Round Trip Efficiency (RTE), and control loop latencies are mathematically achievable and compliant with TNB requirements.
• Grid Impact Studies: Lead the execution of Load Flow, Short Circuit, and Transient Stability studies. must specifically address Weak Grid ($SCR < 2.0$) challenges and ensure the BESS does not cause sub-synchronous oscillations.
• TNB Regulatory Representative: Serve as the lead technical representative at TNB GSO (EMS Unit) meetings. You will defend the simulation results and manage the end-to-end Interconnection Agreement (IA) process.
• Harmonic & Power Quality Validation: Perform detailed harmonic resonance studies to identify if a supplier's inverter switching frequency will clash with the local TNB grid impedance.

• Bachelor’s or Master’s Degree in Electrical Engineering (Power Systems or Power Electronics focus).
• Experience: * Minimum 8+ years in utility-scale power systems.
• Direct experience in modeling at least two utility-scale BESS projects (min 10MWh+) in a professional simulation environment.
• A proven track record of at least 3 successful TNB Grid Impact Study (GIS) approvals.
• Professional Status: Must be a Professional Engineer (Ir.) or a high-level Graduate Engineer registered with the Board of Engineers Malaysia (BEM).
• Technical Authority: Ability to demonstrate prior experience in rejecting or correcting supplier technical designs based on simulation findings.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Good discipline and behavior, willing to learn and grow.
• Responsible for Equipment Engineering KPI which is MTBA, OEE, machine downtime, Quality and Preventive maintenance.
• Ability to support on hardown machines and assist technician to troubleshoot the machine.
• Ability to support on machines improvement in term of productivity and quality.
• "This role requires reliable presence to support operational and team objectives. Employees are expected to maintain regular attendance aligned with the company’s work schedule."

About the role 

At SEEK, we’re creating technology that helps people live more fulfilling working lives. As a Level 3 Software Engineer, you’ll design, build, and maintain web applications used by millions. You’ll work closely with designers, product managers, and engineers to deliver high-quality, scalable solutions that enhance SEEK’s platforms.

Reporting to a Senior Engineering Manager, you’ll be part of a collaborative squad that values innovation, learning, and craftsmanship. You will shape technical designs, write clean and efficient code, and mentor team members while driving improvements in SEEK’s engineering practices. Success means delivering impactful features, strengthening performance, and contributing to SEEK’s mission of connecting people with work.

What you will do 

• Build and maintain high-performing front‑end and back‑end applications
• Collaborate with cross‑functional teams to design and refine technical solutions
• Contribute to architecture decisions and technical direction
• Uphold quality through testing, reviews, and documentation
• Enhance developer workflows and CI/CD practices
• Share knowledge and mentor peers in engineering best practices
• Support system reliability and continuous improvement initiatives

As our Hosting Systems Engineer you’ll be responsible for designing, implementing, maintaining, and managing the infrastructure that powers web services, applications, and customer data. This role sits at the intersection of system administration, infrastructure, and cloud technology, ensuring that hosted systems remain available, secure, and efficient. 

Within this role responsibilities will include the management and optimisation of NEXTDC computing and storage infrastructure, including Active Directory, Windows (and/or other systems) Server environments, and Hyper-V virtualisation. The role will drive the overall health and performance of NEXTDC systems, designing solutions for scalability and high availability, supporting Azure integrations, and managing storage solutions. ​

Your scope will cover:

• Designing and implementing scalable solutions for Windows Server environments (2016, 2019, 2022), Active Directory, and Hyper-V virtualisation
• Overseeing the architecture, maintenance, and optimisation of Group Policies, DNS, DHCP, and FSMO roles
• Developing and testing disaster recovery plans, manage backups (SAN), configure failover clusters, and ensure minimal downtime in case of system failures
• Monitoring system health for reliability, scalability, and security and provide advanced troubleshooting for complex system issues; identify and resolve performance bottlenecks
• Leading automation initiatives using PowerShell to streamline system management and improve operational efficiency
• Executing security measures, including role-based access control, encryption (BitLocker), and compliance with auditing standards
• Performing patch management using WSUS or SCCM, ensuring secure and timely deployment of updates and addressing vulnerabilities
• Supporting hybrid cloud initiatives, including Azure AD integration, cloud backup, and cloud-to-on-premises connectivity

Your technical skillset will include:

• Strong knowledge of Linux, Unix, and Windows Server systems
• Proficient in Windows Server administration and Active Directory management
• Expertise in Hyper-V, storage solutions (SAN, NAS, iSCSI, RAID), and PowerShell scripting
• Knowledge of networking protocols (TCP/IP, VPN, firewalls), patch management (WSUS, SCCM), and security tools (Windows Defender, role-based access control)
• Scripting/Automation: Proficiency in scripting languages (e.g., PowerShell, Bash) and automation tools like Ansible
• Familiarity with disaster recovery, backup solutions​
• Knowledge of Azure hybrid environments, incl. integration

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

About You

You will join the SEEK Business engineering team — a self‑contained scale‑up powered by SEEK’s global platform. You will design, build, and maintain full‑stack software that powers Australia’s largest online business‑for‑sale marketplace. Working across TypeScript, NodeJS, React, GraphQL, and AWS, you’ll deliver secure, reliable, and scalable solutions end‑to‑end. You will collaborate daily with product managers, designers, and fellow engineers, contributing to architecture decisions and continuous improvement in DevOps, CI/CD, and automation. Success in this role means shipping well‑crafted code, owning complex technical decisions, and helping the team raise engineering quality while driving rapid delivery.

What You Will Do

• Design and build high‑performance full‑stack applications using modern tech
• Own services through development, testing, deployment, and production support
• Contribute to architecture decisions and continuous delivery improvements
• Collaborate with design, product, and cross‑functional teams to deliver at speed
• Strengthen DevOps culture through CI/CD, observability, and automation
• Ensure reliability and performance of SEEK Business’s platforms
• Share learnings and mentor peers to uplift technical standards

• 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.

We are seeking a talent new college Engineering graduate to join our SWK substrate plant polishing department. The ideal candidate will play a crucial role in optimizing our manufacturing processes, ensuring product quality, and driving continuous improvement initiative

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Process Optimization: Improve manufacturing processes to enhance efficiency, reduce costs, and maintain quality standards.
• Quality Control: Develop and implement methods to ensure products meet specifications and standards consistently. Collaborate with other departments.
• Troubleshooting: Identify and resolve issues in manufacturing processes to minimize downtime and maintain smooth operations.
• Risk Assessment: Evaluate potential risks in manufacturing processes and implement measures to mitigate them, ensuring safety and compliance.
• Continuous Improvement: Regularly review processes and performance metrics to identify opportunities for optimization and implement changes accordingly. Incorporate new technologies, materials, and methods to into existing workflows, enhance manufacturing processes and stay ahead of industry advancements.
• Equipment Optimization: Collaborate with Maintenance and Equipment teams to optimize equipment performance, troubleshoot issues, and implement preventive maintenance programs. Recommend equipment upgrades or modifications to improve efficiency and reliability.
• Documentation: Maintain accurate records of processes, procedures, and changes to facilitate analysis, audits, and continuous improvement.
• Collaboration: Work with cross-functional teams including production, equipment engineering, development, quality, and management to address challenges and implement improvements.
• Training: Provide training and guidance to production staff on new processes, equipment, and procedures to ensure effective implementation and adherence to standards.

To work on the following tasks with guidance:
1. To setup derivative test system for product lines based on test specification (PAV) provided by CoC team
accordingly to following requirement:
a. To track project budget and ensure equipment cost within the planed budget.
b. 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)
c. Release the test system according to Test System Release Procedure.
d. To train and coach maintenance team to be able to handle test system breakdown more
effectively and maintain test system in achieving FOR (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)

2. 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 CoC 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 participate in FOR daily meeting, project meeting to monitor daily operation issue test related.
• To upgrade software to the latest DUT software released by ENG.
• To analysis MIS data and coordinate improvement activities on test time reduction and machine
efficiency.
• Early involved in new model concept discussion with CoC and TEF7, to ensure smooth handling
from new project set up team after SOP.

6. Any other TEF7 related duties assigned to.

The Power Supply Design Engineer is in charge to perform and follow a part of the Power Supply and Distribution design activity with the support of the Power Supply Design Leader.

He/She will have to perform power supply system design, calculation notes, simulations, and calculations to specify electrical equipment for Traction and Power substations and to verify the conformity of suppliers’ design with the Contract Specification. He/She will have to ensure the coordination of design with all other systems and equipment of the project.

He/She will provide design input for system engineering activities such as requirement management, configuration management, system assurance, and EMC studies.

Organisational Reporting

Reports operationally and hierarchically to the Power Supply Design Leader.

Network & Links

Coordination with the Project team, system integration team, consultant, end client, and internal/external stakeholders.

Responsibilities

• Perform power supply system design and detailed engineering for a railway electrification project (high voltage / medium voltage / traction / low voltage).
• Analyze project specifications and requirements.
• Perform simulations using ETAP and SIGNON.
• Review and validate suppliers’ technical drawings and calculations.
• Prepare Bill of Quantity (BOQ).
• Deliver single line diagrams, functional specifications, and technical drawings.
• Prepare design reports and schedules.
• Review suppliers’ offers for compliance with customer requirements.
• Manage coordination, interfaces, and Requests for Information (RFI).
• Coordinate with:
  • Customer, utility, contractors
  • Other subsystems (communication, signaling, trackwork, SCADA)
  • Suppliers, subcontractors, partners
• Prepare construction documentation (cable schedules, cable lists, block diagrams).
• Participate in as-built documentation.

Measurement (Performance Criteria)

• Timely delivery of deliverables
• Quality of documents
• Accuracy of work
• Client satisfaction

Get to Know the Team

Tech Infra (TI) aims to Deliver Joy and Excellence to Grab engineers by enabling a frictionless ecosystem, allowing focus on value-adding features for users in a fast and safe manner. Some folks and companies would recognise this as a "Platform Engineering Team", and that is what we do.

Get to Know the Role

When you're an engineer at Grab, you are part of the heart and soul of the company. Our passion is anchored in the work that we do, and this is reflected in the impact we make on millions of lives on a daily basis. Grab Engineering is empowered by creating amazing services and tools that serve millions of passengers, driving partners, and fellow Grabbers.

You will report to our Software Engineering Manager, and you will based onsite in our Petaling Jaya office.

We seek independent thinkers who care for their product and own the problems we face day-to-day.

The Critical Tasks You Will Perform

• You will design and implement robust APIs and backend services using Python/Go.
• You will create responsive, user-friendly interfaces using JavaScript/TypeScript.
• You will mentor junior developers and conduct code reviews to foster growth.
• You will build scalable database architectures and optimize query performance.
• You will collaborate with product managers, designers, and stakeholders to deliver features effectively.
• You will lead feature development from conception to deployment, driving technical decision-making.
• You will participate in Agile development processes and contribute to technical documentation and knowledge sharing.

As a Senior 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:

• Develop and implement preventive maintenance schedules to ensure equipment reliability.
• Monitor and analyze equipment performance data to identify areas for improvement.
• Oversee machine installation, maintenance, and repair of sputtering equipment.
• Conduct root cause analysis for equipment failures and implement corrective actions.
• Collaborate with process engineers to develop and optimize sputtering processes.
• Develop project (equipment upgrades) plans, timelines, and budgets, ensuring projects are completed on time and within budget.
• Provide technical expertise, training, and mentor junior engineers/technicians on equipment operation and maintenance best practices. 
• Ensure all equipment and support systems comply with safety regulations and industry standards.
• Prepare and present reports on equipment status, performance metrics, and project progress to management.
• Document standard operating procedures (SOPs) and best practices for equipment operation and maintenance.
• Work closely with cross-functional teams, including process engineers, production managers, and quality assurance, to achieve production goals.
• Perform other duties as assigned by management.

Job Summary

• Responsible for new product quality requirement.
• Ensure products manufactured meet product & process quality requirements.
• Customer complaint resolution and product warranty improvement.
• Develop, review and monitor the effectiveness of quality control procedures and processes, propose and implement improvements where necessary.
• Ensure closed loop of internal and external audit finding include product safety audit.
• Monitor and supervise QMM technician performance to ensure efficiency in quality management process.
• Responsible for process improvement project and update Management on the improvement result.
• Responsible for Quality problem resolution through problem solving process PSS/8D.
• Generate and maintain inspection plan for in-process (EQ, FQ) and outgoing (VQ).
• Responsible for component first article inspection approval (ISIR) and approval on incoming part inspection plan including cost reduction activities.
• Monitor, report of KPI’s in timely manner and establish action plan.
• Any other tasks or responsibilities assigned by superior.

Job Scope

New Product Introduction

• Responsibility for – Start up projects, warranty, customer complaint, first article approval (ISIR), reliability testing (QZ), etc.
• New project product qualification test include fulfill the regulation requirement.
• Actively involves in FEP, QG, FMEA, CP and production line release.
• Prepare product test plan, product inspection plan (EP), QZ test plan and FQ/VQ checklist.
• Provide training to QMM test technician on all the related inspection plan and checklist.
• Work with service center to understand the product quality level in the market.
• Coordinate project testing, investigate the failure and ensure close loop of the action implemented.
• Responsible for part release and incoming inspection plan.
• Ensure all ISIR requirements are fulfill before ISIR released e.g. S,F,L, and Cpk > 1.33, etc.
• To ensure measurement methodology alignment between PgP2 and supplier.
• To ensure all related fixture including short endurance for VQ/FQ audit, practical test are ready before pilot.  
• Lead Q-VSM process and ensure fulfillment during pilot stage.

Operation Support / Value Stream Quality

• Responsible for product & process quality in Value Stream, support VSM on product & process quality performance.
• Responsible for quality management in process changes, sorting & rework flow buyoff, concession management, customer complaint management, etc in the Value Stream.
• Responsible for quality management of ALR, product relocation, plant to plant activities, new line/equipment, machine/process parameters/software buyoff, etc.
• Support & drive PUQ on supplier incoming material quality issue disposition and 8D verification and evaluation.
• Support cost saving, 2nd / alternatives source activities and approve alteration change.
• Regular review with production personnel for CP and FMEA.
• Perform failure analysis on customer – warranty complaint tool and drive for improvement to achieve the agreed target.
• Ensure ANDI contents is checked before release and implemented correctly.
• Conduct periodic audits to ensure line and process compliances.
• Conduct Failure Investigation with cross-functional team for non conformance incidents.
• Drive cross functional team for Quality process improvement (e.g. Q VSM, functional test quality gates, MES quality data analysis, etc).
• Responsible for plant to plant quality complaint management.
• Responsible for product transfer on quality measures between plant.
• Responsible for monthly Quality meeting, warranty analysis reporting.

• Job Summary
  • To ensure smooth execution of back-end, post-sputter processes in compliance to process specification
  • To carry out engineering studies to improve post-sputter processes.
• Essential Duties & Responsibilities
  • To monitor daily process KPOV and KPIV
  • To trigger for process or machine maintenance as scheduled or on ad hoc basis
  • To ensure compliance to operating procedures and process parameters
  • To carry out evaluations for process improvement
  • To ensure quality of parts that leave the process and own up any excursions and action items to mitigate the impact and solve the issue.

Job Summary

• Responsible for Battery testing (qualification, sample, reliability), documentation, problem resolution and failure analysis.
• Ensure released Battery is fulfilling the internal standards, external product safety and country specific requirements.  
• Perform failure analysis on failed Battery from qualification, testing, QZ, warranty and customer complaints. Drive for problem solving and improvement implementations.
• Review & monitor the effectiveness of the Battery test plans and implement improvements where necessary. Perform & ensure test method alignment between test labs.
• Responsible on the accuracy and competency of test reports generated.
• Support component first article inspection approval (ISIR) and approval on incoming part inspection plan including cost reduction activities.
• Manage and improve software quality processes, including requirement analysis, test case design, and defect tracking.
• Maintain and optimize test documentation in tools like CodeBeamer or SharePoint.
• Establish initial software testing strategy and its quality assurance methodologies, prepare training information package and provide training to quality engineers.

Job Scope

• Testing and qualification: Responsible for conducting testing and qualification of Batteries. Ensure meeting committed date to customer with accurate report.
• Develop, review and monitor the effectiveness of the Battery test plans and implement improvements where necessary. Develop test fixture / adaptor and plan equipment for better testing efficiency.
• Establish work instructions for all equipment and testers, with regular review to ensure validity. Train test technicians and ensure their competencies in performing testing.
• Work with project teams to realize the Battery testing schedule / life cycle.
• Responsible for failure analysis and postmortem on defects by using appropriate tools methodology e.g. 5 Why’s, RCA, FTA. Drive for improvements implementation.
• Provide advice on applicable test method to address root-cause of failure and improvement opportunities.
• Conduct regular and quarter review on defect trend for Battery failures for quality management. Conduct Failure Investigation with cross-functional team for non conformance incidents.
• Perform failure analysis on failed parts (inclusive customer and warranty complaints) and support improvement to achieve the agreed target.
• Conduct periodic audits on lab for lab compliances on functions and safety. Adhere 7S practice.
• Software Quality Assurance, requirement management, documentation & compliance
• Define and implement quality standards for embedded software and related applications in power tools.
• Develop and maintain test strategies, test plans, and test cases for software components, ensuring compliance with functional and safety requirements.
• Analyze software requirements for completeness and testability.
• Manage and track defects using tools like CodeBeamer, ensuring timely resolution and proper documentation.
• Continuously improve QA processes, maintain comprehensive documentation in Share Point for test processes, results, and quality metrics.
• Work closely with development, hardware, and system teams to ensure software quality aligns with product performance and safety standards.
• Any other matters as assigned by Superior to meet the target and deadline.

• Job Summary
  • To ensure smooth execution of back-end, post-sputter processes in compliance to process specification
  • To carry out engineering studies to improve post-sputter processes.
• Essential Duties & Responsibilities
  • To monitor daily process KPOV and KPIV
  • To trigger for process or machine maintenance as scheduled or on ad hoc basis
  • To ensure compliance to operating procedures and process parameters
  • To carry out evaluations for process improvement
  • To ensure quality of parts that leave the process and own up any excursions and action items to mitigate the impact and solve the issue.