Total 14 Senior Executive design editor job vacancies in Information Technology category

Job Responsibilities:

Hyperscale Server Design Engineer is responsible for designing, validating, and optimizing high-performance server hardware, racks, and infrastructure systems to support massive-scale cloud computing environments. Responsibilities include:

• Conduct server feasibility studies, define and maintain hardware architectures and solutions, and create execution plan.

• Design schematic, create BOM, support prototype/engineering build.

• Guide and work with PCB engineers on layout and placement.

• Design, deploy, and operate large-scale GPU-based compute environments, including optimizing network topologies like InfiniBand and Ethernet.

• Lead server validation and bringing up complex systems, including lab validation, SI/PI (Signal Integrity/Power Integrity) analysis, and debugging.

• Partner with software, datacenter engineering, mechanical and thermal, and vendor teams to ensure seamless hardware/software integration. Drive root cause analysis and corrective actions.

• Apply advanced knowledge of server energy efficiency and power redundancy to optimize for performance and cost.

• Work with manufacturing teams to resolve issues and to support NPI and production builds.

• Provide technical expertise and consultation to peers.

• Maintain consistent high quality of engineering design work to develop robust, high performance and cost effective designs and products.
  

Job Requirements:

• Degree/Master in Electrical/Electronic/Computer Engineering or equivalent

• Minimum of 5-10 years of experience in computer architecture, server design or hardware validation.

• Strong design experience and knowledge in any of the following:

  • Knowledge of GPU/CPU architectures, high-speed interfaces (QSFP-DD/OSFP) and memory interfaces such as DDRx DRAM, NAND/NOR/SPI Flash.

  • High speed interfaces including PCIe, NVLink, GbE, SAS, USB.

  • BMC implementations.

  • High DC voltage power designs and distribution, and thermal management.

  • High-speed Ethernet networking.

  • Experience with liquid cooling is an advantage.

• Understanding integration of software and hardware.

• NPI project execution experience and familiarity with Product Development Life Cycle will be desirable.

• Experience using CAD tools (e.g. Cadence Allegro, Mentor PAD).

• Experience with SI/PI simulation (e.g. ANSYS HFSS/SIWave) and lab equipment like high-speed oscilloscopes and VNAs are added advantage.

• Familiar with ISO9001.

• Troubleshooting skills in high-speed signaling, thermal or power delivery.

• Self motivated and willing to learn new technology and skills who works well under pressure.

• Excellent oral and written communication skills.

Senior R&D Hardware Design Engineer – Next‑Generation Networking

Design at scale. Lead with impact. Build what powers the world’s networks.

At Hewlett Packard Enterprise (HPE), Senior Engineers don’t just execute designs—they shape platforms, influence architecture, and drive technology forward. If you are an experienced hardware engineer who thrives on complex challenges and wants your work deployed at global scale, this is your opportunity.
 

HPE is a global technology leader built on innovation, trust, and technical excellence. We invest in experienced engineers by giving them meaningful ownership, exposure to advanced technologies, and the autonomy to solve real‑world problems. You’ll collaborate with highly skilled peers in an environment that values sound engineering judgment, continuous learning, and long‑term career growth.
 

Why HPE Networking?

HPE Networking is one of our fastest‑growing and most strategic businesses, delivering open, standards‑based networking solutions across Branch, Campus, and Data Center environments worldwide. Our products support customers ranging from growing enterprises to the world’s largest hyper-scalers. As a senior member of the team, your designs will directly influence performance, reliability, and scalability across next‑generation networking platforms.
 

We are seeking a Senior R&D Hardware Design Engineer to join our high‑speed digital circuit design team, working on advanced networking systems where signal integrity, power integrity, and system‑level performance truly matter.
 

This is a role for engineers who want to lead technically, mentor others, and see their work shipped at scale.
 

HOW YOU’LL MAKE AN IMPACT
 

As a Senior Hardware Design Engineer, you will play a key technical role within a highly experienced R&D organization, contributing across the full hardware development lifecycle.
 

You will:

• Lead and own complex hardware designs, including component selection, schematic capture, board‑level architecture, bring‑up, debug, and validation.
• Drive high‑speed digital design decisions, addressing signal integrity, power distribution, and performance trade‑offs at the system level.
• Partner closely with cross‑functional and multi‑site teams—including layout, validation, manufacturing, and firmware—to deliver production‑ready designs.
• Influence design feasibility, margins, and reliability through upfront analysis and hands‑on validation.
• Perform deep root‑cause analysis and empirical testing on new and evolving designs, setting technical direction and best practices.
• Mentor junior engineers and contribute to continuous improvement of design methodologies and engineering standards.

Why This Role Stands Out

• Senior‑level technical ownership on complex, high‑performance hardware
• Exposure to cutting‑edge networking platforms deployed globally
• Collaboration with experienced engineers across global R&D teams
• Opportunity to influence architecture, not just execute tasks
• Strong culture of engineering rigor, learning, and long‑term growth
   

About You

• Bachelor’s or Master’s degree in Electronic Engineering or a closely related discipline.
• Minimum of 10 years of experience in complex systems and hardware design, including integrated circuits and high‑performance electronic platforms such as servers, mobile devices, or similar systems.
• Deep technical expertise in both digital and analog circuit design, with the ability to make sound architecture and design trade‑offs.
• Strong analytical and problem‑solving skills, with a proven track record of resolving complex system‑level issues.
• Demonstrated technical leadership, including experience in mentoring, guiding, and influencing engineering teams.
• Solid knowledge of, and strong interest in, high‑speed design, including signal integrity challenges and power distribution techniques.
• Hands‑on experience in the measurement, testing, and characterization of high‑speed digital signals.
• Extensive board‑level design experience using Cadence CAD tools such as OrCAD and Allegro.

Additional Preferred Abilities

• Excellent interpersonal skills with the ability to work effectively in both collaborative team environments and independently.
• Demonstrated ability to make sound, autonomous decisions in technically complex situations.
• Strong relationship‑building skills with the ability to collaborate across cross‑functional teams; self‑motivated, proactive, and an effective listener.
• Outstanding written and verbal communication skills, with fluency in English and the local language; able to clearly articulate product architectures, present design proposals, and effectively discuss and negotiate technical options with senior management and stakeholders.

Senior Associate, Electrical Design – Singapore

About the Role

As a Senior Associate, you will lead multidisciplinary teams through the full project lifecycle, providing advanced technical leadership and acting as a trusted professional adviser. You will play a key role in driving project success, maintaining client relationships, and contributing to business growth. Your expertise will be instrumental in shaping innovative and sustainable electrical engineering solutions that align with regulatory requirements and client objectives.

Key Responsibilities

• Lead and oversee electrical design for complex infrastructure and building projects, ensuring high-quality delivery from concept to completion.
• Provide technical direction and resolve complex engineering challenges.
• Mentor and develop engineers and designers, building technical capability within the team.
• Collaborate with multidisciplinary teams to deliver integrated and innovative solutions.
• Manage client engagements, acting as a trusted technical adviser to ensure satisfaction.
• Assume statutory roles including Qualified Person (QP) and Project Manager (PM), ensuring compliance with local authority requirements.
• Support business development efforts by identifying new opportunities and contributing to proposal preparation.
• Maintain and enhance technical standards and quality across projects.

Requirements

• Degree in Electrical Engineering with Professional Engineer (PE) registration under PEB Singapore.
• Minimum 12 years of progressive experience in electrical engineering design, including leadership of complex projects.
• Proven track record in statutory roles such as QP/PIC and client-facing responsibilities.
• In-depth knowledge of Singapore Codes of Practice and local authority submission processes (LTA, PUB, BCA).
• Strong leadership skills with the ability to motivate and engage multidisciplinary teams.
• Excellent communication and interpersonal skills.

Why Join?

This role offers the chance to work with a respected firm known for its commitment to innovation, sustainability, and professional excellence. You will be part of a collaborative and inclusive culture that values development and wellbeing, with opportunities to grow your career and make a significant impact on major infrastructure projects.

WONG MENG KANG

Superform Consulting Pte Ltd

License No.: R198500/15C7536

ROLE SUMMARY

We are seeking a hands-on Senior Technical Lead & Solution Architect to anchor the technical direction of complex banking product and platform builds delivered to global financial institutions. The role blends deep engineering leadership with architecture ownership: setting technical standards, designing scalable and secure solutions, leading interface and API development, and steering agile squads through multi-wave delivery across both cloud and on-premises environments. The successful candidate has progressed from senior engineering into a mid-level architecture remit within IT services and/or banking product organisations, and is comfortable operating between code, design authority forums, and client-facing technical governance.

KEY RESPONSIBILITIES

• Solution & technical architecture — own end-to-end solution design for product and integration workstreams; produce HLDs/LLDs, component models, sequence flows and non-functional specifications; chair or contribute to design authority / architecture review boards.

• Engineering leadership — lead technical squads (onshore/offshore) across the full SDLC; set coding standards, branching strategy, code-review discipline and definition-of-done; act as senior escalation point for technical risk.

• Interfaces & API development — design and govern system-to-system interfaces and API contracts (REST/SOAP, event/streaming, file-based and messaging); own interface cataloguing, versioning, schema governance and backward-compatibility strategy.

• Product engineering — drive feature engineering on core banking / transaction-banking products; balance configurability vs. customisation, manage technical debt, and uphold productisation principles for reusable, multi-tenant builds.

• Agile delivery — run agile ceremonies as technical lead; translate epics into technical stories, estimate with the team, and protect velocity while maintaining quality gates and CI/CD discipline.

• Cloud & on-premises deployment — architect for both cloud-native (containers, managed services, IaC) and on-premises data-centre topologies; address HA/DR, scalability, observability and environment management for each.

• Non-functional & security — embed performance, resilience, scalability and security-by-design; partner with infosec on threat modelling, secure SDLC, secrets management and compliance to banking regulatory expectations (e.g. MAS TRM where applicable).

• Client & stakeholder engagement — present designs and trade-offs to bank architecture teams, CIOs and technical SteerCos; defend decisions, manage dependencies and align on integration landscapes.

• Mentorship — coach senior and mid-level engineers, conduct technical assessments, and raise the engineering bar across the delivery centre.

REQUIRED EXPERIENCE & QUALIFICATIONS

• 12–15 years in software engineering with demonstrable progression into a technical lead and mid-level architect role.

• Proven experience across both IT services organisations and software product companies, with substantial exposure to the banking / financial services domain.

• Track record of leading agile product engineering and complex systems integration / interface development for enterprise-grade platforms.

• Hands-on delivery experience across both cloud and on-premises implementations.

• Bachelor's or Master's in Computer Science, Engineering or equivalent; recognised architecture certification (e.g. TOGAF) and/or relevant cloud certification is an advantage.

TECHNICAL COMPETENCIES

Domain

Required competencies

Architecture

Microservices & modular monolith design, domain-driven design, event-driven & layered architecture, API-first design, integration patterns, HLD/LLD, NFR & capacity planning

Languages & frameworks

Java / Spring Boot (core), with working knowledge of one or more of: J2EE, Node.js, .NET, Python; ORM/persistence frameworks

Interfaces & APIs

REST, SOAP, GraphQL (desirable), OpenAPI/Swagger, API gateways, ISO 20022 / SWIFT / MT-MX (banking interfaces), messaging (Kafka, MQ, JMS), file-based & batch integration

Data & persistence

Relational databases (Oracle, PostgreSQL, MS SQL), SQL tuning, schema design; exposure to NoSQL and caching (Redis)

Cloud & infrastructure

AWS / Azure / GCP (at least one in depth), containers (Docker, Kubernetes), Infrastructure-as-Code (Terraform/Helm), on-premises data-centre & VM topologies, HA/DR design

DevOps & quality

CI/CD pipelines (Jenkins/GitLab/Azure DevOps), Git branching strategy, automated testing, code quality (SonarQube), observability (logging, metrics, tracing)

Security & compliance

Secure SDLC, OAuth2/OIDC, TLS/PKI, secrets management, threat modelling, alignment to banking regulatory standards (MAS TRM, ISO 27001 awareness)

Agile & tooling

Scrum / SAFe / Kanban, story estimation, Jira/Confluence, technical backlog management

DESIRABLE / DIFFERENTIATORS

• Domain depth in transaction banking, payments, trade finance, lending or treasury platforms.

• Experience modernising or integrating with legacy core-banking systems.

• Performance engineering and large-scale load/throughput optimisation.

• Experience operating in regulated multi-country banking programmes with onshore/offshore delivery models.

Role:

• Perform network administration in a heterogeneous environment (production, DR, test) comprising of network and security equipment, telecommunication links.
• Perform hardening, upgrade and enhancement on IT infrastructure components.
• Monitor, assess, schedule and implement network, and product-specific security vulnerability patches.
• Monitor obsolescence of IT infrastructure components (network systems).
• Monitor expiry and perform renewal of network system password and certificates.
• Implement network backups operations to ensure data recoverability and business continuity.
• Execute disaster recovery plans for IT infrastructure (network systems) and conduct regular disaster recovery (DR) testing and component switchover exercises to ensure usability of standby and DR equipment.
• 24x7 support is required (Need to work in 5 x shifts).
• Provide second-level network support and resolve incidents and problems in accordance with the established Service Level Agreement (SLA)..
• Perform problem diagnosis on incidents and propose & implement measures to prevent recurrence.

Requirements

• Bachelor’s degree in Information Technology, Information Systems, Computer Science, or a related field.
• Minimum of 5 years of hands-on experience in managing network and security equipment such as Routers, Switches, Firewalls, VPN, Load Balancer, DNS, NAC in financial institutions or mission-critical environment.
• Proven hands-on network engineering experience.
• Demonstrate good analytical and problem-solving abilities.
• Open to work in 24X7 Shift role.
• CCNA / CCNP / CCSA Certification required.
• 1st Shift - 7am - 4.00pm (Monday to Friday)
• 2nd Shift - 2.00pm - 11.00pm (Monday to Friday)
• 3rd Shift - 10.30pm - 7.30am (Monday to Friday)
• 4th Shift - 7.30am - 7.30pm (Sat - Sun)
• 5th Shift - 7.30pm - 7.30am (Sat-Sun)

Job Responsibilities:

Hyperscale Server Design Engineer is responsible for designing, validating, and optimizing high-performance server hardware, racks, and infrastructure systems to support massive-scale cloud computing environments. Responsibilities include:

• Conduct server feasibility studies, define and maintain hardware architectures and solutions, and create execution plan.

• Design schematic, create BOM, support prototype/engineering build.

• Guide and work with PCB engineers on layout and placement.

• Design, deploy, and operate large-scale GPU-based compute environments, including optimizing network topologies like InfiniBand and Ethernet.

• Lead server validation and bringing up complex systems, including lab validation, SI/PI (Signal Integrity/Power Integrity) analysis, and debugging.

• Partner with software, datacenter engineering, mechanical and thermal, and vendor teams to ensure seamless hardware/software integration. Drive root cause analysis and corrective actions.

• Apply advanced knowledge of server energy efficiency and power redundancy to optimize for performance and cost.

• Work with manufacturing teams to resolve issues and to support NPI and production builds.

• Provide technical expertise and consultation to peers.

• Maintain consistent high quality of engineering design work to develop robust, high performance and cost effective designs and products.
  

Job Requirements:

• Degree/Master in Electrical/Electronic/Computer Engineering or equivalent

• Minimum of 5-10 years of experience in computer architecture, server design or hardware validation.

• Strong design experience and knowledge in any of the following:

  • Knowledge of GPU/CPU architectures, high-speed interfaces (QSFP-DD/OSFP) and memory interfaces such as DDRx DRAM, NAND/NOR/SPI Flash.

  • High speed interfaces including PCIe, NVLink, GbE, SAS, USB.

  • BMC implementations.

  • High DC voltage power designs and distribution, and thermal management.

  • High-speed Ethernet networking.

  • Experience with liquid cooling is an advantage.

• Understanding integration of software and hardware.

• NPI project execution experience and familiarity with Product Development Life Cycle will be desirable.

• Experience using CAD tools (e.g. Cadence Allegro, Mentor PAD).

• Experience with SI/PI simulation (e.g. ANSYS HFSS/SIWave) and lab equipment like high-speed oscilloscopes and VNAs are added advantage.

• Familiar with ISO9001.

• Troubleshooting skills in high-speed signaling, thermal or power delivery.

• Self motivated and willing to learn new technology and skills who works well under pressure.

• Excellent oral and written communication skills.

Role Overview

This appointment is conceived as a strategic academic leadership role with primary responsibility for the intellectual, pedagogical, and programmatic leadership of the BA (Hons) Biophilic Design programme. It is not intended as a conventional teaching-only appointment, but as a critical hire to shape, lead, and advance one of the Academy’s distinctive undergraduate programmes at the intersection of design, ecology, wellbeing, and more-than-human futures.

The Programme Lead is expected to operate as a thought leader, curriculum steward, and practice-led innovator, providing vision and direction for the programme while ensuring academic excellence, relevance, and impact. The role carries ahigh degree of ownership and agency, requiring proactive leadership in curriculum development, industry engagement, research, and cross-disciplinary collaboration.

The appointee will be instrumental in positioning BA Biophilic Design as a leading programme in the region, aligned with emerging socio-ecological challenges, contemporary design practice, and global discourses on sustainability, wellbeing, and environmental intelligence.

Roles and Responsibilities

1. Programme Leadership& Academic Direction

·       Provide academic and strategic leadership for the BA (Hons) Biophilic Design programme, including stewardship of its vision, identity, and long-term development

·       Lead programme planning, review, and enhancement to ensure continued relevance to:

o  Biophilic and more-than-human design

o  Socio-ecological and environmental thinking

o  Wellbeing, health, and regenerative futures

·       Champion a distinctive programme direction that integrates critical theory, studio-based experimentation, and real-world interventions

·       Ensure coherence and progression across modules, learning outcomes, assessment frameworks, and graduate attributes

·       Represent the programme internally and externally, contributing to School-level and institutional initiatives and planning

2. Teaching & Curriculum Delivery

·       Take responsibility for the design, delivery, and assessment of undergraduate modules within the BA programme, including studio, seminar, and research-based learning

·       Deliver approximately 20 contact hours per week, demonstrating strong pedagogical competence and leadership in studio teaching

·       Facilitate practice-led, project-based learning grounded in Context–Concept–Craft approaches

·       Guide students in design research, conceptual development, material experimentation, and spatial or systems-based design outcomes

·       Monitor and support students’ learning progress, performance, attendance, and academic development

·       Provide academic advising, career guidance, and pastoral care, with strong empathy for student wellbeing

3. Curriculum Development& Quality Assurance

·       Lead and contribute to curriculum development, validation, and review processes in alignment with institutional frameworks and external benchmarks

·       Develop and update teaching materials that reflect:

o  Emerging developments in biophilic design and environmental practice

o  Socio-ecological and interdisciplinary perspectives

o  Regional and Southeast Asian contexts

·       Contribute to programme documentation, quality assurance, and accreditation-related requirements

·       Maintain accurate academic records relating to student performance and progression

4. Research, Practice & Thought Leadership

·       Maintain an active profile as an interdisciplinary designer-academic with a track record of:

o  Practice-based research

o  Scholarly publications and/or creative outputs

o  Impactful professional practice

·       Advance research and practice in areas such as:

o  Biophilic design and environmental wellbeing

o  More-than-human and socio-ecological design

o  Spatial practices for health, community, and ecological resilience

·       Contribute to building a strong research culture within the programme, school and the Academy through mentorship, collaboration, and knowledge exchange

·       Align research and practice activities with national, regional, and international priorities where appropriate

5. Industry, Partnerships& External Engagement

·       Establish and sustain strong industry, institutional, and community partnerships relevant to biophilic design and allied fields

·       Initiate and support:

o  Live projects and industry briefs

o  Collaborative research and applied design initiatives

o  Exhibitions, field studies, workshops, and public programmes

·       Organise and curate guest lectures, seminars, conferences, exhibitions, and academic events that enhance programme visibility and learning outcomes

·       Build regional and international networks that strengthen the programme’s reputation and impact

6. Planning, Administration & Service

·       Provide effective academic administration and coordination for the programme, ensuring clear communication and operational efficiency

·       Contribute constructively to School, institutional and university committees, working groups, and academic initiatives

·       Support cross-programme and cross-School collaborations that advance interdisciplinary learning and research

·       Uphold institutional values, policies, and commitments to sustainability, wellbeing, equality, diversity, and inclusion

Requirements

The ideal candidate should possess:

·       A PhD in Architecture, Landscape Architecture, Urban Design, Environmental Design, or a closely related field

·       A strong record of professional practice and/or research relevant to biophilic and socio-ecological design

·       At least 10 years of academic and/or industry experience, including university-level teaching

·       Demonstrated ability to work across disciplines and to lead collaborative initiatives

·       A clear interest in, or portfolio engagement with, Southeast Asian and regional contexts

·       Proven commitment to innovative pedagogy, student-centred learning, and inclusive education

·       Excellent communication skills in English

·       A positive, inspiring, and collegial approach to leadership, teaching, and collaboration

Applicants should submit a full CV and a statement of teaching, leadership, and research/practice interests.

Description

This appointment is conceived as a strategic, institution-level role aimed at strengthening the School of Design &Media’s research capacity, intellectual leadership, and external standing. Itis not intended as a conventional teaching appointment, but as a critical hire to advance the School’s positioning within the evolving landscape of media, design, and emerging technologies.

We are seeking individual(s) who are able to operate as thought leaders and practice-led innovators; those who can define directions, not simply deliver within them. The ideal candidate will be versatile in illustration and media applications, with the ability to translate ideas across formats, platforms, and emerging technological contexts.

The appointee will be expected to lead and expand the School’s capabilities in areas such as immersive and extended-reality environments, data-informed creative practice, and future media ecosystems. This includes actively shaping the School’s research and innovation agenda through practice-based and interdisciplinary inquiry, while aligning with national and international priorities.

The role requires a high degree of ownership and agency. The appointee is expected to move beyond assigned responsibilities to proactively identify opportunities, mobilize resources, and deliver outcomes that contribute to the School’s growth and reputation.

A key expectation is the ability to produce and contribute to high-impact outputs—whether scholarly, creative, or industry-facing—and to play an active role in cultivating a strong research culture within the School. This includes contributing to staff capability development, mentoring where appropriate, and elevating the overall standard of practice and inquiry.

The appointee will also be expected to establish and sustain meaningful academic and industry partnerships, positioning the School within relevant networks and contributing to strategic initiatives, exhibitions, and platforms that enhance visibility and engagement at both regional and global levels.

Roles and Responsibilities 

1. Teaching & Curriculum Delivery

- Teach and supervise modules across media and emerging technology domains, including but not limited to:

o  AI-Generated Content (text-to-image, video, generative storytelling)

o  New Media Practices (interactive media, web-based experiences, transmedia storytelling)

o  Immersive Media (AR/VR/XR, virtual production, spatial media)

o  Creative Technology (real-time engines, generative systems, computational media)

- Take full responsibility for the design, delivery, and assessment of assigned modules, ensuring alignment with industry and future-oriented practices

- Facilitate studio-based, project-driven learning, integrating Context–Concept–Craft approaches

- Guide students in concept development, prototyping, and production workflows, including hybrid AI-human creative pipelines

- Contribute to advancing SDM’s strengths in:

o  Immersive and extended-reality environments

o  Data-informed creative practices

o  Future media ecosystems

- Provide academic leadership and support in the management and delivery of assigned modules for the School of Design & Media, which include:

o  Designing, preparing, and developing module/teaching materials

o  Contributing towards the review of curriculum and academic activities

o  Maintaining records relating to students’ progress, performance, and attendance

o  Supervising and assessing students’ assignments/works/projects

2. Academic Leadership & Programme Development

- Provide academic leadership in shaping curriculum aligned with:

o  AI and creative technologies

o  Interdisciplinary and cross-school collaborations

o  Industry-relevant skills and future job roles

- Undertake approximately 20 contact hours per week, including:

o  Lectures, tutorials, and studio facilitation

o  Mentoring collaborative and interdisciplinary projects

- Design and develop innovative teaching materials, incorporating:

o  AI tools and workflows

o  Emerging media platforms

o  Practice-led and research-informed approaches

- Contribute to curriculum review, validation, and enhancement, ensuring relevance to evolving media ecosystems

- Support the School’s research and innovation agenda through:

o  Thought leadership in emerging media and AI

o  Practice-based and interdisciplinary inquiry

o  Alignment with national and international priorities

3. Industry Engagement & Collaboration

- Establish and maintain strong industry and academic partnerships in media, technology, and creative sectors

- Initiate and support:
o  Live projects and industry briefs

o  Collaborative research and innovation initiatives

o  Exhibitions, screenings, showcases, and public engagements

- Contribute to building meaningful collaborations that enhance:
o  Knowledge exchange
o  Applied learning opportunities
o  Institutional visibility and impact
- Support the School in producing high-impact scholarly, creative, and funded outputs

4. Research, Practice & Innovation

- Engage in practice-based research and/or scholarly activities in areas such as:
o  AI in creative practice
o  Generative media and storytelling
o  Emotional design and interactive experiences
o  Digital culture and future media
- Contribute to the development of a robust research culture and staff capability within the School
- Advance interdisciplinary research and innovation initiatives that strengthen SDM’s positioning locally and internationally
- Stay current with developments in:
o  AI tools and platforms
o  Emerging media technologies
o  Pedagogical innovations in creative education

5. Key Attributes

- Strong practice or expertise in media, AI, or emerging technologies

- Ability to bridge creative thinking with technical execution

- Interest in future-facing education, research, and experimentation

- Collaborative mindset with industry and academic partners

6. Requirements

·       Minimum Master’s degree with relevant certification in relevant area

·       Proficient in applications, objectives, and platforms of relevant area

·       Minimum 8 years of extensive academic and/or industry experience

·       Positive, enthusiastic, and results-oriented with the ability to engage students in their learning

·       Able to perform in a fast-paced environment, to adapt, multi-task and meet deadlines

·       A team player with excellent communication, interpersonal, presentation and writing skills

·       Strong track record of research/practice, with actual or potential for research output in your chosen field

·       Excellent problem-solving and analytical skills

·       Provide a full CV and a statement of teaching and research interests

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.

Senior R&D Hardware Design Engineer – Next‑Generation Networking

Design at scale. Lead with impact. Build what powers the world’s networks.

At Hewlett Packard Enterprise (HPE), Senior Engineers don’t just execute designs—they shape platforms, influence architecture, and drive technology forward. If you are an experienced hardware engineer who thrives on complex challenges and wants your work deployed at global scale, this is your opportunity.
 

HPE is a global technology leader built on innovation, trust, and technical excellence. We invest in experienced engineers by giving them meaningful ownership, exposure to advanced technologies, and the autonomy to solve real‑world problems. You’ll collaborate with highly skilled peers in an environment that values sound engineering judgment, continuous learning, and long‑term career growth.
 

Why HPE Networking?

HPE Networking is one of our fastest‑growing and most strategic businesses, delivering open, standards‑based networking solutions across Branch, Campus, and Data Center environments worldwide. Our products support customers ranging from growing enterprises to the world’s largest hyper-scalers. As a senior member of the team, your designs will directly influence performance, reliability, and scalability across next‑generation networking platforms.
 

We are seeking a Senior R&D Hardware Design Engineer to join our high‑speed digital circuit design team, working on advanced networking systems where signal integrity, power integrity, and system‑level performance truly matter.
 

This is a role for engineers who want to lead technically, mentor others, and see their work shipped at scale.
 

HOW YOU’LL MAKE AN IMPACT
 

As a Senior Hardware Design Engineer, you will play a key technical role within a highly experienced R&D organization, contributing across the full hardware development lifecycle.
 

You will:

• Lead and own complex hardware designs, including component selection, schematic capture, board‑level architecture, bring‑up, debug, and validation.
• Drive high‑speed digital design decisions, addressing signal integrity, power distribution, and performance trade‑offs at the system level.
• Partner closely with cross‑functional and multi‑site teams—including layout, validation, manufacturing, and firmware—to deliver production‑ready designs.
• Influence design feasibility, margins, and reliability through upfront analysis and hands‑on validation.
• Perform deep root‑cause analysis and empirical testing on new and evolving designs, setting technical direction and best practices.
• Mentor junior engineers and contribute to continuous improvement of design methodologies and engineering standards.

Why This Role Stands Out

• Senior‑level technical ownership on complex, high‑performance hardware
• Exposure to cutting‑edge networking platforms deployed globally
• Collaboration with experienced engineers across global R&D teams
• Opportunity to influence architecture, not just execute tasks
• Strong culture of engineering rigor, learning, and long‑term growth
   

About You

• Bachelor’s or Master’s degree in Electronic Engineering or a closely related discipline.
• Minimum of 10 years of experience in complex systems and hardware design, including integrated circuits and high‑performance electronic platforms such as servers, mobile devices, or similar systems.
• Deep technical expertise in both digital and analog circuit design, with the ability to make sound architecture and design trade‑offs.
• Strong analytical and problem‑solving skills, with a proven track record of resolving complex system‑level issues.
• Demonstrated technical leadership, including experience in mentoring, guiding, and influencing engineering teams.
• Solid knowledge of, and strong interest in, high‑speed design, including signal integrity challenges and power distribution techniques.
• Hands‑on experience in the measurement, testing, and characterization of high‑speed digital signals.
• Extensive board‑level design experience using Cadence CAD tools such as OrCAD and Allegro.

Additional Preferred Abilities

• Excellent interpersonal skills with the ability to work effectively in both collaborative team environments and independently.
• Demonstrated ability to make sound, autonomous decisions in technically complex situations.
• Strong relationship‑building skills with the ability to collaborate across cross‑functional teams; self‑motivated, proactive, and an effective listener.
• Outstanding written and verbal communication skills, with fluency in English and the local language; able to clearly articulate product architectures, present design proposals, and effectively discuss and negotiate technical options with senior management and stakeholders.

• Development and deployment of autonomous navigation for interior robot.
• Improve hardware for acquisition (vibration, sensors improvement and integration).
• Identify and lead pre industrialization with partner.
• Work on local processing capabilities improvement with partners.
• Lead and Perform Validation & Verification (V&V) in simulation and in a real train.

Requirements:

• Masters/ Degree in related Computer Science or Engineering
• Min 8-10 years of relevant work experience in transportation or infrastructure related industry. 

Lau Quet Eng (R1110677)
Manpower Staffing Services (S) Pte Ltd (02C3423)

Job Responsibilities:

• Create specifications and define software architecture for embedded systems.
• Design and develop MCU based firmware for embedded system.
• Design and develop middleware, application and GUI in Windows, embedded Linux or other environments.
• Work closely with other engineers to analyze and resolve bugs.
• Analyze performance bottleneck and optimize product quality and throughput.

Job Requirements:

• Master or degree in computer science, computer engineering or electronic engineering, or equivalent
• At least 5 years direct relevant experience for the senior engineer position.
• Fresh graduates with relevant knowledge or experience are welcome.
• Experience in MCU firmware or embedded Linux development.
• Firmware development experience with STM32 family is a plus.
• Good understanding in hardware and ability to develop low level codes.
• Strong programming experience in C/C++. Rich experience on embedded software development is a plus.
• Good knowledge in software debugging and performance optimization.
• Good experience in embedded systems based on ARM Cortex-M or Cortex-A series processors.
• Familiar with ISO13485 or IEC 62304 design process, source version control and bug tracking system is an advantage.
• Independent and resourceful.

Job Responsibilities:

Hyperscale Server Design Engineer is responsible for designing, validating, and optimizing high-performance server hardware, racks, and infrastructure systems to support massive-scale cloud computing environments. Responsibilities include:

• Conduct server feasibility studies, define and maintain hardware architectures and solutions, and create execution plan.

• Design schematic, create BOM, support prototype/engineering build.

• Guide and work with PCB engineers on layout and placement.

• Design, deploy, and operate large-scale GPU-based compute environments, including optimizing network topologies like InfiniBand and Ethernet.

• Lead server validation and bringing up complex systems, including lab validation, SI/PI (Signal Integrity/Power Integrity) analysis, and debugging.

• Partner with software, datacenter engineering, mechanical and thermal, and vendor teams to ensure seamless hardware/software integration. Drive root cause analysis and corrective actions.

• Apply advanced knowledge of server energy efficiency and power redundancy to optimize for performance and cost.

• Work with manufacturing teams to resolve issues and to support NPI and production builds.

• Provide technical expertise and consultation to peers.

• Maintain consistent high quality of engineering design work to develop robust, high performance and cost effective designs and products.
  

Job Requirements:

• Degree/Master in Electrical/Electronic/Computer Engineering or equivalent

• Minimum of 5-10 years of experience in computer architecture, server design or hardware validation.

• Strong design experience and knowledge in any of the following:

  • Knowledge of GPU/CPU architectures, high-speed interfaces (QSFP-DD/OSFP) and memory interfaces such as DDRx DRAM, NAND/NOR/SPI Flash.

  • High speed interfaces including PCIe, NVLink, GbE, SAS, USB.

  • BMC implementations.

  • High DC voltage power designs and distribution, and thermal management.

  • High-speed Ethernet networking.

  • Experience with liquid cooling is an advantage.

• Understanding integration of software and hardware.

• NPI project execution experience and familiarity with Product Development Life Cycle will be desirable.

• Experience using CAD tools (e.g. Cadence Allegro, Mentor PAD).

• Experience with SI/PI simulation (e.g. ANSYS HFSS/SIWave) and lab equipment like high-speed oscilloscopes and VNAs are added advantage.

• Familiar with ISO9001.

• Troubleshooting skills in high-speed signaling, thermal or power delivery.

• Self motivated and willing to learn new technology and skills who works well under pressure.

• Excellent oral and written communication skills.

Job Description & Requirements

• Design and develop machine control software for automated semiconductor equipment.Develop new process control softwareIntegrate software component or OEM equipment into a fully functional software system.Demonstrate solutions by developing documentation, flowcharts and code comments.Produce well organized, optimized, testable and efficient code for software released quality assurance.Develop software solution by studying information needs, conferring with users, studying system flow, data usage and work process, investigating problem areas following the software development life cycle.
• Determine operational feasibility by evaluating analysis, problem definition, requirements, solution development and propose sequencing and coding solutions.
• Improve equipment performance by conducting system analysis, recommending changes in process/procedures.Debug existing source codes and refine feature sets
• Support on-site installation and field service upgrading works.
• Tailor and deploy software tools and processes to resolve customer’s feedback, requirements or issues.

Skills and Qualification

• Minimum Degree in Mechatronics/Computer Science or Engineering.
• At least 4 years’ experience in programming on Windows (XP and above) environment.
• Proficiency with C++, VC++, MFC, SQL and OOP.
• Good knowledge in developing multi-threaded control software, equipment connectivity standard.
• Knowledge in designing GUI and familiarity with SEMI SECS/GEM, C# and WPF programming will be an added advantage.
• Strong analytical, troubleshooting and problem solving skills
• Strong general programming skills, software debugging and execute full lifecycle software development.
• Hardware experience in using Servo, Stepper Motion Controller, Analog Device and High Speed I/O.
• Excellent team player.