• 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.

Role Description:

• Responsible for planning, coordinating, and executing projects related to industrial equipment installations, focusing on overhead cranes and hoists. This role requires strong technical expertise, project management skills, and collaboration with customers, contractors, and internal teams to deliver projects safely, on time, within budget, and according to Konecranes’ quality standards.

Key Tasks :

• Plan, monitor, and manage crane and hoist installation, modernization, and service projects from initiation to completion.
• Prepare project schedules, resource plans, and budgets, ensuring adherence to contract terms.
• Coordinate with suppliers, contractors, and internal teams to secure timely delivery of materials and services.
• Provide technical support in crane and hoist installation, commissioning, and troubleshooting.
• Ensure compliance with engineering standards, safety regulations, and Konecranes quality requirements.
• Review technical drawings, specifications, and customer requirements to ensure feasibility and accuracy.
• Serve as the primary technical contact for customers during project execution.
• Conduct site visits, risk assessments, and progress meetings to maintain clear communication and trust with stakeholders.
• Attend to site meeting
• Provide professional guidance and technical recommendations to optimize customer lifting solutions.
• Ensure all projects are executed in strict compliance with local safety regulations, ISO standards, and Konecranes’ EHS policies.
• Promote a strong safety culture and monitor site safety performance.
• Identify opportunities to improve project delivery processes, reduce costs, and increase efficiency.
• Support the development of standardized procedures and best practices within the Project Engineering team
• Inform sales and business controller to trigger relevant billing according to contractual billing plan at predetermined stages throughout the project.
• Assist technical administration executive in gathering & reviewing relevant documents for submission to DOSH for design approval and load test.
• Perform any other related duties as assigned by Project Manager.
• Awareness of ISO 14001 & 45001 standard

 Requirements Analysis & Design

• Actively participate in backlog refinement, design discussions, and technical planning.
• Translate functional and business requirements into clear technical designs.
• Contribute effort estimation, risk identification, and mitigation strategies in line with team processes.
• Proactively propose improvements and innovative technical solutions.

Development

• Develop high‑quality, performant, and reliable code that meets delivery timelines.
• Investigate, diagnose, and resolve defects efficiently.
• Design, develop, and maintain automated tests across all testing levels.
• Execute automated test suites and analyze, triage, and address test failures.
• Ensure code adheres to defined quality, security, and maintainability standards.
• Test Automation & DevOps
• Design and implement test automation scripts and pipelines.
• Monitor, maintain, and improve automation results and coverage.
• Continuously enhance test automation frameworks to improve effectiveness.
• Implement DevOps improvements to support product development and testing pipelines.

Deployment & Operations Support

• Support implementation and operations teams in installing, upgrading, and maintaining delivery environments.
• Contribute to the development and maintenance of CI/CD pipelines.
• Assist with deployment processes to ensure reliable and repeatable releases.
• Agile Team Collaboration
• Actively participate in all Agile ceremonies (stand‑ups, planning, reviews, retrospectives).
• Collaborate effectively with cross‑functional team members to achieve shared goals.
• Provide constructive feedback through established performance review processes.
• Support and coach junior engineers, fostering knowledge sharing and team growth.

• To assist engineers to perform engineering related tasks such as buyoff on hardware, test program, equipment setups, etc.
• To perform qual related tasks such as repeatability tests
• To perform reject low yield or RMA verifications and sampling test based on special requests with engineer’s guidance

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.

Get to Know the Team

The Mobility team is an established team responsible for the Transport module in the Grab app. We improve the core transport booking experience. We are made up of experienced and diversified engineers. If you are looking for an opportunity to make it seamless and effortless for millions of users, then you should join our team!

We are working on high throughput, real-time distributed systems that use algorithms and machine learning techniques to solve hundreds of millions of requests per day. Our mission is to offer the best products and experiences to our passengers to increase adoption, engagement and conversion of our services.

We are a distributed team with members spread across Singapore, China, Vietnam and Malaysia at the moment. Our mode of communication is English, both in spoken and written form. Our team has direct end-user contact, and influence on the bottom line for Grab. You will report to our Software Engineering Manager, and you will based onsite in our KL office.

Get to Know the Role

We are looking for a Senior Site Reliability Engineer to provide better stability and operational excellence for Mobility team in Grab. We believe you have professional sysops/infrastructure knowledge and the ability to build comprehensive systems, but if you believe you have what it takes then we'd love to hear from you either way. This role is required because stability and operational excellence is critical to our services. In return, you will produce impacts to Grab's core systems.

The Critical Tasks You Will Perform

• Provide automated solutions for manual tasks and challenges we're facing.
• Manage cloud infrastructure using Infrastructure as Code solution.
• Get involved in deep diagnosis of incidents, and engage with multiple accomplished engineering teams on resolutions.
• Supporting different teams to make long-term infrastructure decisions, provide suggestions for infrastructure optimizations.
• Drive operational excellence practice and help improve reliability, stability and scalability challenges with engineering teams.
• Lead junior engineers to complete projects and help them grow.
• Mentor other engineers, define our technical culture, and help build a fast-growing team.

Test Planning & Execution

• Plan, coordinate, and execute testing activities according to approved test plans and procedures.
• Ensure testing is conducted accurately, consistently, and in compliance with defined standards.
• Monitor test progress and ensure timely completion of testing activities.
• Review test results with Product Quality Engineers and approve test reports in accordance with quality requirements.
• Support root cause analysis and follow up on corrective actions until closure.

Test Lab Management & Operations

• Responsible for overall test laboratory operations including capacity planning and workload balancing.
• Ensure optimal utilization of test equipment, materials, and resources.
• Manage inventory control for testing materials and consumables.

Equipment Maintenance & 7S

• Ensure all testing equipment is properly maintained in good working condition.
• Maintain safe and organized lab environment.

Training & Competency Development

• Ensure all test technicians and workers are properly trained before performing any testing activities.

Knowledge and Exposure

• Data analysis and reliability testing
• Failure analysis and problem-solving methodology
• Good in 7S.

Behavioral Competencies

• Drive achievement and excellence.
• Independent, initiative and proactive.
• Able to work with peers and functional team.
• Able to lead and guide a group of technicians.

Job Summary

Responsible for developing, executing, and optimizing test processes to verify product functionality and quality. Involves test setup, data analysis, failure analysis, and documentation to support process improvement and production efficiency

Key Responsibilities

• Investigate yield, quality, issues and implement improvements.
• Develop, optimize, and control manufacturing processes.
• Drive process improvements, defect reduction, and implement corrective actions
• Support test process documentation, and continuous improvement initiatives.
• Support production testing, analyze test data, identify failures, and implement corrective actions.
• Execute, and improve test procedures and systems.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Responsible for product development and high volume SSD manufacturing is desired.
• Perform manufacturing yield evaluation and data analysis for yield improvement.
• Responsible for prepare, validate and release test package to Agile system.
• Responsible for Failure Analysis of products to meet yield goals and quality targets.
• Interfaces with core team (FW/HW) as well as internal team to solve problems.
• Ability to work with various departments to facilitate the orderly execution of a proposed project plan.
• Participate & contribute in tester/infrastructure and process improvements.
• Ability to read the electrical schematic diagram is an advantage.
• Work closely with departments within the company to ensure product able to meet the delivery timeline.
• Ability to work independently with minimum supervision. 
• Ability to provide guidance to teammate.

Job Summary

Responsible for developing, executing, and optimizing test processes to verify product functionality and quality. Involves test setup, data analysis, failure analysis, and documentation to support process improvement and production efficiency

Key Responsibilities

• Investigate yield, quality, issues and implement improvements.
• Develop, optimize, and control manufacturing processes.
• Drive process improvements, defect reduction, and implement corrective actions
• Support test process documentation, and continuous improvement initiatives.
• Support production testing, analyze test data, identify failures, and implement corrective actions.
• Execute, and improve test procedures and systems.

Assembly Process Engineering Team supports productions operations by resolving line issues and optimizing processes to meet Quality, Cost and Delivery target. The role also leads New Product Introduction (NPI), ensuring smooth transfer from design through qualification to mass production.

Key Responsibilities

• Establish, optimize, and control manufacturing process conditions, including implementation of SPC and monitoring of key process indicators (yield, defect trends).
• Lead New Product Introduction (NPI) activities from design transfer, process setup, qualification, sample builds, and ramp‑up to mass production.
• Evaluate, qualify, and release new materials, equipment, and tooling in accordance with QMS requirements.
• Troubleshoot process and equipment issues, control non‑conforming products, and implement corrective and preventive actions to prevent defect escape.
• Drive yield improvement, cost reduction, and productivity enhancement through continuous improvement initiatives.
• Develop and maintain process documentation, SOPs, and work instructions for operators and technical personnel.
• Perform structured problem-solving using tools such as FMEA, FTA and Why‑Why analysis, and prepare technical analysis and improvement reports.
• Support customer claim investigations, audits, and technical discussions during both production and NPI phases.

The Junior Packaging Engineer is an entry-level engineering role designed for fresh graduates or early-career engineers eager to build expertise in packaging design, testing, and qualification within a world-class technology company.

You will work closely under the guidance of Senior Packaging Engineers, gaining hands-on experience across packaging design, lab testing, vendor coordination, and cross-functional collaboration. This role is a strong foundation for a long-term engineering career at Western Digital.

Key Responsibilities : 

Design & Documentation

• Assist in packaging design and development activities under senior engineer supervision
• Prepare and maintain packaging specifications, BOMs, and technical drawings
• Support CAD modeling and packaging structure updates

Testing & Qualification

• Execute packaging tests per ISTA/ASTM protocols (drop, vibration, compression, climate)
• Record, compile, and analyze test data; prepare test reports
• Assist in packaging qualification documentation and ECO submissions
• NPI & Sustaining Support
• Support NPI packaging activities including sample preparation and testing
• Assist in sustaining engineering tasks — ECOs, deviation requests, and change implementations
• Coordinate with manufacturing teams on packaging-related issues

Vendor Coordination

• Assist in coordinating with packaging material suppliers for sample procurement
• Support supplier qualification activities under senior engineer guidance

Compliance & Quality

• Ensure work is conducted in compliance with WD quality and safety standards
• Assist in maintaining packaging documentation within WD QMS

Learning & Development

• Actively participate in training programs and technical workshops
• Shadow senior engineers on complex projects to build technical competence
• Take ownership of assigned tasks and deliver on time

Funding Societies | Modalku is the largest SME digital finance platform in Southeast Asia. We are licensed and operating  in Singapore, Indonesia, Thailand, Malaysia and Vietnam, and backed by Sequoia India (Peak XV), Softbank Vision Fund, Khazanah and SMBC bank amongst many others. Funding Societies | Modalku provides business financing to small and medium-sized enterprises (SMEs), which is funded by individual and institutional investors, as well as payments solutions to SMEs and consumers.
Here at Funding Societies | Modalku we live by our core values GETFS:

• Grow Relentlessly: Strive to become our best, most authentic selves.
• Enable Teamwork, Disable Politics: Only by forging togetherness, we help each other succeed.
• Test Measure Act: Stay curious and reinvent ourselves, through innovation and experimentation.
• Focus on Impact: Create impact through bias for action and tangible results.
• Serve with Obsession: Build win-win relationships for the long-term by having a customer obsession.]

Funding Societies is looking for an IT Engineer to join our IT & Enterprise Security team to serve with obsession and provide superior support to our employees (our customers), continuously endeavor to improve our IT support procedures and checklists and work with us to achieve compliance with the regulatory requirements in the countries that we operate in.

What you will do:

• Configure and deploy new desktops/laptops/mobile devices for employees.
• Define, follow, automate, and improve user on-boarding and off-boarding and provide a great user experience.
• Build, maintain, and improve inventory of IT assets.
• Support and troubleshoot endpoints, network devices, and peripheral issues.
• Continuously improve IT support procedures and checklists.
• Manage regional IT infrastructure across multiple locations.
• Manage operations and requests for directory and authentication.
• Ensure compliance of company-issued laptops with baseline standards (including ensuring patches and configurations on IT assets).
• Assist in periodic audits on user access to systems.
• Create, modify, and troubleshoot Jira Project boards.
• Write scripts and code to automate repetitive tasks and system configurations.
• Conduct awareness training for users.
• Provide second- and third-tier technical support for user access enquiries.
• Actively perform ticket management and participate in project meetings/audits/inspections.
• Participate in ongoing and new projects in the IT & Enterprise Security team.
• Monitor automation systems and perform regular maintenance to ensure reliability.
• Leverage AI tools to improve support efficiency, streamline troubleshooting, and enhance documentation and knowledge sharing.

What we are looking for:

• 5+ years of experience in the same role.
• A degree in Computer Science, Information Technology (IT), or related fields
• Knowledge of Google Workspace, JumpCloud, remote support and administration, Windows & macOS, iOS & Android OS.
• Hands-on experience with installing computer networks, network administration, network installation, IT hardware, and software.
• Self-starter with a proven track record of successfully working with a wide array of functional groups across an organization and cultures, as well as working independently.
• Excellent problem-solving, communication, and interpersonal skills
• Ability to simultaneously handle multiple assignments
• Strong in analytical and critical thinking skills, with the ability to use data to back up assumptions, provide recommendations, and drive actions.

You may be a good fit if you:

• Enjoy a fast-paced work environment, and crafting strategic and rapid fixes to high intensity problems.
• Have a keen eye for detail and a high bar for quality.
• Are comfortable navigating through ambiguity, while identifying areas for process improvement and establishing best practices.
• Have public or user-facing experience in ensuring communications are clear and succinct.
• Can problem-solve and translate complicated technical issues into solutions, while keeping a users-first mindset.
• Have an ability to execute and deliver complex operational projects involving multiple stakeholders.

This is an individual contribution role as a Plating Process Control Engineer in manufacturing engineering operations responsible for monitoring and controlling plating processes to ensure quality and yield targets while implementing process improvements and optimization initiatives. The role encompasses managing plating bath chemistry and refresh schedules, troubleshooting process deviations, conducting statistical analysis to support process changes, and ensuring compliance with contamination control procedures. The engineer is also expected to leverage data analytics and machine learning techniques to establish linkages between Key Process Input Variables (KPIVs) and Key Process Output Variables (KPOVs), enabling predictive process control and data-driven decision making. Key technical competencies include understanding electroplating principles and chemistry, knowledge of semiconductor manufacturing processes, experience with process control systems and data analysis, and familiarity with cleanroom operations and safety protocols. The engineer also participates in FMEA activities, risk assessments, and supports change control processes such as PCN and TECN to maintain operational excellence in plating operations.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Focal person for plating facilities related issues, ie plating DI water trend monitoring, LPC and  
• contamination 
• Focal person of plating chemical planning and inventory  
• Focal person for plating pretreatment, strip line, filter change and descaling.  
• Monitor and control plating processes to ensure quality and yield targets
• Implement process improvements and optimization initiatives
• Troubleshoot process deviations and implement corrective actions, which include thickness control, anodic protection
• Troubleshoot line to line variation and implement corrective actions
• Ensure compliance with contamination control procedures
• Participating in FMEA activities and risk assessments
• Monitor and improve plating OEE performance
• Implement process optimizations to reduce speed losses and improve efficiency
• Track and analyze OEE metrics to identify improvement opportunities
• Support implementation of process parameter revisions to enhance OEE
• Identify, define, and document KPIVs and KPOVs for plating processes and establish data-driven linkages between them
• Develop and maintain process monitoring dashboards using data analytics tools to visualize KPIV-KPOV relationships
• Apply machine learning models (e.g., regression, classification, anomaly detection) to predict process outcomes and enable proactive process control
• Collaborate with data engineers or IT teams to integrate manufacturing data from equipment and sensors into analytics platforms
• Utilize statistical process control (SPC) and advanced analytics to detect processes that drift and trigger timely corrective actions

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.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

This is an exciting opportunity for a motivated engineer to contribute to impactful Energy projects across global offices and continue developing their technical expertise in a supportive, high-performing team.

• Senior technical resource may serve as technical advisor for team
• Provides specialized technical input to studies and design for staff's specific area of expertise.
• Develops study and design procedures to facilitate high-quality cost-effective work by others.
• Participates in interdisciplinary review of project deliverables.
• Develop construction cost estimates and estimates of technical efforts for projects.
• Uses expertise in all steps of completing discipline component of PS&E package.
• Performs quality control review of design calculations or drawings.
• Prepares technical specification sections.
• Provides input to the development of engineering budget and schedule to meet requirements.

Sales & Business Development

• Achieve agreed sales and contribution targets within the designated territory.
• Develop new business opportunities with support from Business Development Managers, Specification Team, and Technical Service Team.
• Prepare and implement regional sales plans in alignment with the HoD and relevant stakeholders.
• Manage and develop relationships with global and regional key accounts in collaboration with the Key Project Management team.
• Respond effectively to market conditions, competitor activities, and customer requirements.

Planning & Market Intelligence

• Provide sales forecasts, market insights, and inputs for annual budgeting and corporate reporting.
• Determine and implement regional sales objectives with the HoD.
• Communicate product forecasts, including MIN and MAX requirements, to ensure timely product availability.
• Support and execute market studies as required.

Customer & Account Management

• Build and maintain strong customer relationships across geographical boundaries.
• Ensure timely collection of overdue payments from customers.
• Record and update daily sales activities accurately in the company Salesforce system.
• Provide customer, product, and market information to support regional and corporate requirements.

We are seeking a Supplier Quality Engineer (SQE) with strong expertise in plastic injection tooling & molding processes. The ideal candidate will have hands-on experience in defining, optimizing, and validating molding parameters, reviewing and approving tooling designs, selecting appropriate resin materials, and diagnosing process-related defects. This role will work closely with suppliers to ensure robust, stable, and capable manufacturing processes from tool design through mass production.

Key Responsibilities

- Responsible for supplier quality plastic injection molded components from development through mass production
- Review, evaluate, and approve tooling design (mold design) together with Engineering team to ensure manufacturability, quality, and process robustness
- Collaborate with Engineering & suppliers on mold flow analysis, gate location, cooling layout, venting, and shrinkage considerations
- Evaluate and approve supplier injection molding processes, including parameter setup and process controls
- Determine and validate optimal molding parameters
- Lead root cause analysis and corrective actions for molding defects (e.g., sink marks, warpage, short shots, flash, burn marks, cracks, breakage)
- Assess and ensure correct resin material selection based on product requirements and application
- Conduct supplier audits focusing on molding process capability, tooling condition, and quality systems
- Drive continuous improvement initiatives with suppliers to enhance yield, reduce variation, and improve process stability
- Responsible for review and approve PPAP, FMEA, Control Plans, and SPC data from suppliers.

Technical Requirements

- Strong knowledge of plastic injection molding processes and tooling design principles
- Experience in tool design review , including:
  • Gate type and location selection
  • Runner system (hot runner / cold runner)
  • Cooling channel design and effectiveness
  • Venting and air traps
  • Ejection system design
  • Shrinkage and warpage considerations

- Deep understanding of critical process parameters:
  • Melt temperature, mold temperature
  • Injection speed and pressure
  • Holding/packing pressure and time
  • Cooling time and cycle optimization etc

- Ability to determine process windows and understand parameter variation impact
- Experience diagnosing molding defects and linking them to root causes
- Knowledge of resin materials (ABS, PC, PP, Nylon, etc.)
- Familiarity with scientific molding, decoupled molding, and/or DOE

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

Test Engineer - Process, you will be responsible for leading Project improvement in the Burn In area, supporting execution and addressing manufacturing issues related to Test Process. You will be expected to continuously improve manufacturing processes through innovative solutions, collaborating across teams and disciplines. Your role is critical in driving Test Process improvements to enhance system robustness and scalability through systematic approaches and appropriate tools.

• Collaborating with product managers, NPI engineers, Assembly engineers, Manufacturing supervisors, and QA to meticulously scope, plan, design, and implement new features while maintaining existing functionality.
• Upholding and enforcing high engineering standards across the team.
• Utilizing your expertise to enhance the technical proficiency of team members through rigorous coaching and mentoring.
• Conducting thorough analyses to identify potential issues and ensure quality in manufacturing Testing Processes.
• Meticulously documenting and monitoring testing outcomes, establishing comprehensive remediation steps for identified problems.
• Demonstrating a detailed understanding of proper test case documentation and creating effective, focused testing plans
• Engaging in cross-departmental collaboration for cost-saving initiatives.
• Providing comprehensive specifications for proposed solutions, including accurate time and scope assessment.
• Establishing clear, measurable goals for all aspects of product testing and developing robust execution strategies.