Support cross-domain projects outside the conventional electrical engineering scope — including software integration, field deployment, and system……
Bachelor’s degree in electronic/ electrical engineering and/or a related field of study. Willing to travel for field testing and supplier engagement.…
More than 2 years of experience in development of embedded system. Proficiency in Assembly and C language programming skills. Full Time / Part Time: Full-time.…
Support cross-domain projects outside the conventional electrical engineering scope — including software integration, field deployment, and system……
The ideal candidate is resourceful, a fast learner, and excited to work across machine learning, large language models (LLMs), and computer vision to enhance……
Oversee the development and integration of embedded software components on Linux-based platforms. The successful candidate will lead the architecture, design,……
Collaborate with UAV systems engineers to integrate cybersecurity measures directly into system architectures, including network segmentation, encryption, and……
Establishing pattern requirements and driving Design Verification deliveries during pre-silicon phase. Develop and execute characterization and test coverage……
Work closely with the hardware team to carry out integration tests, both in the lab and field. Interesting in exploring and developing a variety of software,……
Bachelor’s degree in Engineering, Computer Science, a related field, or equivalent practical experience. Master’s or PhD in AI, Computer Science, or a related……
PhD/Masters (3 years ) /Bachelor's Degree in Electrical Engineering (5 years), Materials Science, Physics or related field. Basic knowledge of FA technique.…
Through close collaboration with end customers, you will gain insight into end‑system requirements and ensure product readiness throughout the development and……
Troubleshooting robotics systems in both simulation and physical system. Having experience in technology development for robotics systems will be a plus, not……
Participate to the development of next generation operating systems for future devices. Contribute to continuous product and development methodology improvement……
Strong background in embedded systems programming and debugging. Develop and test embedded firmware for micro-controllers for Fuel cell management system.…
Apply systems engineering principles to optimize new design at system level. Participate in development projects for highly integrated electrical sub-systems……
Mastery of the C programming language. Work with a cross-functional team of EE, ME and SW engineers in Singapore and USA in the development and debugging of……
Integrate LMS platforms with other enterprise systems (e.g., HR systems, authentication systems, analytics platforms) using APIs and middleware.…
Device development for advanced embedded non-volatile memory technologies. Design of new device test structures and development of new test methodologies.…
Participate to the development of next generation operating systems for future devices. Minimum 3 years of relevant experience in embedded software development,……
Develops understanding of and relationship with local and worldwide development partners on firmware design and development. Typically, 4-10 years’ experience.…
Experience in automated reefer monitoring systems and embedded systems will be an added advantage. You will lead a team of technical staff in the development,……
Description: Overview:
At ST Engineering, we create advanced technology solutions that enhance safety, mobility, and connectivity across both commercial and defense sectors. We are looking for a motivated Electrical Engineer (IoT Systems) to join our engineering team and contribute to next generation connected solutions across smart platforms, robotics, and sensor systems.
This role is ideal for engineers who thrive in fast-paced, multidisciplinary environments. You will work on IoT-centric hardware development, from prototyping to deployment, while gaining exposure to diverse project scopes and technologies.
Job Description:
Design and develop IoT-enabled electrical and embedded systems including sensors, communication interfaces, and power circuits.
Participate in R&D activities across commercial and defense projects — from proof-of-concept to production-level deliverables.
Conduct hardware design, PCB layout, prototyping, and laboratory validation of electrical systems.
Collaborate with internal and external teams on smart platform integration, robotics, and control system development.
Perform testing, troubleshooting, and optimization of circuits, communication protocols, and system performance.
Support cross-domain projects outside the conventional electrical engineering scope — including software integration, field deployment, and system demonstrations.
Prepare technical documentation such as test reports, wiring diagrams, and design justifications.
Design, develop, and integrate inspection and sensing technologies, incorporating robotic and electronic components to enhance system capability.
Implement condition-based monitoring instrumentation, focusing on data acquisition, analysis, and predictive maintenance to improve equipment reliability and performance.
Follow ST Engineering’s quality, safety, and security standards, with adherence to relevant engineering codes and defense project requirements.
Job Requirements:
Bachelor’s degree in Electrical Engineering, Electronics and Communications, or a related field.
Solid understanding of circuit design, embedded systems, and IoT hardware architecture.
Knowledge of IoT communication protocols (e.g., MQTT, Modbus, LoRa, BLE, CAN, TCP/IP).
Familiarity with development tools such as Altium Designer, KiCad, or MATLAB/Simulink.
Strong analytical skills, problem-solving ability, and adaptability to evolving project scopes.
Effective communication and documentation skills for teamwork and stakeholder engagement.
Prior internship or project experience in IoT, robotics, or defense systems integration.
Understanding of cybersecurity principles in embedded or connected devices.
Proactive, hands-on approach to experimentation, prototyping, and troubleshooting.
Willingness to engage in on-site testing and multi-domain projects across ST Engineering’s business lines.
Open to occasional travel for project and business support.