Total 147 software engineer job vacancies in Selangor

Renesas is seeking for a supplier quality engineer for its Outsourced assembly and test subcontractor management. The Subcontractor Quality Engineer is responsible for providing support of Supplier Quality Systems through identification and evaluation of key process metrics, verification of Renesas specific requirements, support of Quality and risk mitigation activities, continuous improvements, audits and implementation of best-known-practices. This role ensures that established manufacturing inspection, sampling and statistical process control procedures are followed and assure compliance to in-house and/or external specifications and standards, such as ISO9001, ISO14001, ISO/TS16949 wherever applicable.

Key Responsibilities:

Supplier Quality Management & Liaison

Act as the primary quality interface between suppliers and Renesas, ensuring alignment with quality requirements and expectations.

Quality Excursion Management & Corrective Actions

Lead the investigation of quality issues using structured problem-solving methodologies (e.g., 8D) and drive effective corrective and preventive actions to closure.

Supplier Audit, Certification & Change Control

Maintain and execute the supplier audit program and support supplier process/material change management and site certification activities.

New Supplier Assessment & Qualification

Provide quality leadership in the evaluation and qualification of new subcontractors supporting Automotive, High Reliability, Industrial, and Commercial markets.

Continuous Improvement Leadership

Analyze quality trends, manage improvement projects, and influence cross-functional teams to drive continuous improvement at subcontractor sites.

Training & Best Practice Deployment

Deliver supplier quality training and support the development and deployment of best-known practices across subcontracted manufacturing operations.

SQE (Supplier Quality Engineer) for Assembly sites (OSAT an IM sites)

Key Responsibilities

Supplier Quality Management & Liaison

Act as the primary quality interface between suppliers and Renesas, ensuring alignment with quality requirements and expectations.

Quality Excursion Management & Corrective Actions

Lead the investigation of quality issues using structured problem-solving methodologies (e.g., 8D), and drive effective corrective and preventive actions to closure.

Supplier Audit, Certification & Change Control

Maintain and execute the supplier audit program, and support supplier process/material change management and site certification activities.

New Supplier Assessment & Qualification

Provide quality leadership in the evaluation and qualification of new subcontractors supporting Automotive, High Reliability, Industrial, and Commercial markets.

Continuous Improvement Leadership

Analyze quality trends, manage improvement projects, and influence cross-functional teams to drive continuous improvement at subcontractor sites.

Training & Best Practice Deployment

Deliver supplier quality training and support the development and deployment of best-known practices across subcontracted manufacturing operations.

In this role you will be part of a Field Service team providing a prompt and effective service to customers within the Water, Power, Petrochemical oil & gas and other associated Industries.  

In this role you will identify faults, repair, test and modify actuators in the field, carry out planned and preventative maintenance, mechanical and electrical installations of actuators and associated retrofit adaption of components, pedestals and drive shafts and completing accurate and technical site visit reports for each job.

This role would suit a determined problem-solver, who can think logically for troubleshooting issues and has the willingness to travel.

• Assist in the preparation, compilation, and submission of EPCC tender documents, including technical schedules, commercial inputs, and compliance checklists.
• Track tender timelines, submission deadlines, and evaluation milestones across active bids.
• Coordinate with internal teams (land, CRESS, finance, legal) to gather inputs required for tender submissions.
• Maintain an organised document repository for all active tenders, ensuring version control and audit trail.
• Support the development of no-policy special projects, coordinating feasibility inputs, authority submissions, and stakeholder correspondence.
• Track regulatory engagement and approval milestones for active special projects.
• Assist in preparing presentation materials and project briefs for senior leadership review.
• Coordinate with external consultants, authorities, and contractors on document requests and submission requirements.
• Attend and minute meetings with external parties, ensuring action items are tracked and followed up.
• Submit weekly progress updates to the Senior EPCC & Special Projects Manager on assigned projects.
• Maintain project status trackers and flag risks or delays proactively.

• 1–2 years in RE project development, engineering, or project management — internship or graduate experience considered.
• Bachelor's degree in Engineering, Energy, Business, or related field.
• Exposure to tender or proposal preparation is an advantage.
• Strong document management and organisational discipline.
• Proficient in Microsoft Office (Word, Excel, PowerPoint).
• Clear written communication, able to draft professional correspondence and meeting minutes.
• Detail-oriented with a checklist mindset.

What We Do  

We are focused on design and development of next generation firmware architecture and algorithms to deliver high performance and cost-efficient enterprise Hard Disk Drive (eHDD) products. As part of the globally diverse R&D team, you will be working in an Agile development environment with opportunity to learn and grow in multiple disciplines.   

We are seeking highly motivated students to join our RAMP Internship Program. These paid internships are designed to jump start your career, offering on-the-job and supplemental training in addition to robust mentorship. You will work alongside the brightest minds in the industry to drive the innovation necessary to outpace new demands and challenges created by data.   

What is the RAMP Program? The RAMP Program is supplemental to your day-to-day intern responsibilities. In this program, you will take a deeper dive into professional life at Western Digital by getting exposure to different parts of the organization. Some RAMP Program elements include: 

• On the job training and mentorship with industry professionals  
• Professional development trainings  
• Executive exposure   
• Networking events with other interns and Western Digital employees  
• Collaboration opportunities with cross-geographical & cross-cultural teams especially the team in Japan & US. 

This position is based in Western Digital Tech and Regional Center (M), which is a Center of Excellence located in Petaling Jaya, Malaysia.  

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Design, develop, test, integrate and maintain quality firmware for eHDD using best practices like unit test, CI and Agile methodologies.  
• Design and implementation of data structures, software algorithms, data path, and drivers for hardware cores using latest standards C++ and Python.   
• Participate in significant technical investigations from problem statement to conclusions.  
• Creates design documents pertinent to the various phases of firmware development. 
• Devise strategies for in-depth functionality and compatibility testing of complex drive features. 

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

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.

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.

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.

As our End User Computing (EUC) Engineer you’ll be responsible for the ongoing management and operational support of our EUC environment. Here you’ll ensure users have the necessary hardware, software, and support required to perform their roles. You’ll also be involved in maintaining the computing environment, managing endpoint devices and security, administering virtual desktop infrastructure (VDI), while providing remote support as needed.

Within this position, your scope will cover:

• Managing and maintaining client computing environments, including physical hardware and virtual desktops to optimise performance and uptime
• Providing technical support to end users, troubleshooting hardware, software, and network-related issues via remote and in-person assistance
• Responsible for delivering endpoint management, ensuring devices are properly configured, secure, and compliant with our policies
• Administer virtual desktop infrastructure (VDI) solutions
• Collaborate with IT support teams to diagnose and resolve complex technical issues affecting end users
• Manage device imaging, software deployment, patching, and updates to maintain security and performance standards
• Ensure proper documentation of hardware inventories, configurations, and support tickets to track assets and service history\\