Top Software Engineer Jobs in Malaysia

Participate in developing and maintaining Binance’s KYB backend system. Document business-module interfaces, support functional and regression testing, track bugs with QA, troubleshoot reported issues, and help customer-support teams resolve and classify problems. The role requires Java, Spring microservices, MySQL, NoSQL, middleware, strong communication, and teamwork. It is part of a 3–6 month accelerator internship for current students and recent graduates.

Develop, test, deploy, and maintain factory and planning applications supporting Intel manufacturing operations. Work across application architecture tiers, maintain development and test environments, integrate technologies, apply software engineering and usability principles, and monitor system performance. Collaborate with technical leads, project managers, developers, and global stakeholders to deliver scalable, reliable solutions.

Develop and maintain scalable backend payment platform services, APIs, integrations, transaction processing, settlement workflows, and financial data systems. Responsibilities include system design, database optimization, production troubleshooting, reliability improvements, monitoring, Agile delivery, code reviews, documentation, and legacy modernization. The role also explores AI-assisted development, intelligent tooling, anomaly detection, automated testing, predictive scaling, and operational automation.

Develop and maintain scalable backend services, APIs, and integrations for payment transaction platforms. Responsibilities include system design, database optimization, distributed processing, production troubleshooting, monitoring, deployment validation, code reviews, documentation, and Agile delivery. The engineer will also use AI-assisted development tools and participate in R&D initiatives involving automation, anomaly detection, testing, performance optimization, and intelligent platform capabilities.

Develop and maintain Python backend applications, writing clean, reusable, testable code. Collaborate with cross-functional teams to deliver features, perform debugging and unit testing, troubleshoot issues, and improve the existing codebase. The role primarily uses FastAPI, Pydantic, SQLAlchemy, MariaDB, MongoDB, Redis, RabbitMQ, Kubernetes, Jenkins, and observability tools.

Design, develop, test, debug, and deploy Android applications for mission-critical communication devices. Implement product features, participate in requirements, architecture, code reviews, and full-cycle testing, and collaborate with global engineering and QA teams. Analyze requirements, meet project timelines and quality metrics, improve development processes, and support KPI analysis. The role requires Android Native development using Java and Kotlin, Android SDK expertise, and familiarity with AOSP and mobile architecture patterns.

Designs, develops, tests, deploys, and maintains Android applications for mission-critical communication devices. Responsibilities include implementing features, analyzing requirements, conducting design and code reviews, creating automated tests, debugging systems, collaborating with global engineering and QA teams, meeting delivery timelines, analyzing KPIs, and improving software development processes.

Design, develop, test, deploy, and maintain Android applications for mission-critical communication devices. Participate in requirements analysis, architecture, implementation, code reviews, debugging, and unit, integration, and system testing. Collaborate with front-end, QA, and global engineering teams to deliver features on schedule, analyze KPIs, improve development processes, and maintain software quality in an Agile environment.

The Software Engineer will design, develop, and maintain robust APIs, oversee backend architecture, and collaborate with cross-functional teams to enhance user experiences and meet business requirements.

Develop and enhance software features through requirements analysis, design, implementation, code reviews, and testing. Collaborate with front-end and test teams in a global development environment, meet project timelines, analyze KPI data, improve software processes, and contribute to intellectual property for TETRA products.

Software Engineering Intern supporting real-world software projects within Motorola Solutions’ TETRA Software Engineering team. Responsibilities include applying computer science fundamentals, contributing to software development, solving technical problems, collaborating with teams, and learning new technologies, including AI concepts such as Agentic AI and LLMs.

Software Engineering Intern supporting the TETRA Software Engineering Team in developing radio communications and public safety solutions. The role involves contributing to real software projects, applying computer science fundamentals, learning development methodologies, solving problems, collaborating with teammates, and exploring AI technologies including agentic AI and LLMs.

Develop and debug embedded software for Linux-based systems, including firmware, kernel drivers, middleware, and hardware integration. Diagnose system-level issues using GDB, logic analyzers, and oscilloscopes. Contribute to software architecture, resource management, board bring-up, and peripheral validation while collaborating closely with hardware engineers.

The Software Engineer will design, develop, and maintain backend services and APIs for Speechify, focusing on performance and collaboration with cross-functional teams.

Build and operate components of a multi-region SRE monitoring platform for GPU infrastructure. Responsibilities include metrics, logs, traces, and profile collection; alerting, correlation, SLOs, topology, cluster health, remediation workflows, and job scheduling. The role involves writing production code, tests, observability instrumentation, dashboards, runbooks, and participating in on-call, chaos, and soak testing under senior guidance.

Develop web applications across frontend and backend systems, translate requirements into technical features, integrate AI services and LLMs, deploy applications to cloud infrastructure, troubleshoot issues, monitor performance, and write automated tests. The role requires foundational software development, cloud, containerization, CI/CD, AI, database, and Agile/Scrum knowledge.

Participate in AI initiatives and embedded software development for mission-critical products. Collaborate with software engineering teams, gain exposure to software development lifecycles and agile methodologies, and use C++ and Python in an embedded Linux environment. The internship requires pursuing a Bachelor's degree in Computer Engineering or Computer Science, a minimum 12-week commitment, and availability to work in Bayan Lepas, Penang.

Develop frontend interfaces and backend services, integrate AI solutions including LLM APIs and RAG pipelines, deploy applications to cloud infrastructure, troubleshoot performance issues, and write automated tests. Collaborate with product managers and cross-functional teams to translate requirements into technical specifications and reliable web applications. This new graduate role requires foundational software development, cloud, containerization, AI, database, and Agile knowledge.

Participate in developing and maintaining core products, implementing business-module interface documentation, troubleshooting QA-reported issues, and supporting customer-service teams with problem resolution and system improvements. The role requires Java and Spring microservices knowledge, database and middleware experience, strong communication skills, and collaboration in a global blockchain environment.

Participate in developing and maintaining core products, compiling business-module interface documentation, troubleshooting issues identified by QA, and assisting customer support with problem resolution and system improvements. The role requires Java and Spring microservices knowledge, database and middleware familiarity, strong communication, teamwork, and logical problem-solving skills.

Designs and develops blockchain security products, core frameworks, APIs, infrastructure, and automation for large-scale distributed systems. Responsibilities include architecture standards, performance tuning, incident troubleshooting, system refactoring, continuous delivery, capacity management, and reusable libraries. The role also engages users, coordinates with cross-functional teams, and addresses security risks involving blockchain, smart contracts, wallets, and on-chain attacks.

Participate in developing and maintaining core products, documenting business interfaces, troubleshooting issues identified by QA, and supporting customer-service teams with problem resolution and system improvements. The role requires Java development, Spring microservices, database and middleware knowledge, strong communication, teamwork, and learning ability. Experience with Web3 projects is preferred.

Participate in developing and maintaining core products, compiling business-module interface documentation, troubleshooting issues identified by QA, and helping Customer Support resolve and categorize customer problems. The role is part of a 3–6 month early-career accelerator internship focused on blockchain and digital assets. Candidates should have strong Java, Spring microservices, database, middleware, communication, teamwork, and problem-solving skills.

Develop and enhance full-stack software applications across frontend and backend systems. Responsibilities include analyzing user stories, writing production and test code, automating builds and deployments, conducting unit, integration, and end-to-end testing, following secure coding practices, completing software development lifecycle security tasks, documenting procedures, and collaborating with users and cross-functional teams to define and implement requirements.

Design, develop, test, and maintain software supporting 3D modeling, CAD, data processing, and medical applications. Responsibilities include algorithm development, performance optimization, debugging, R&D technology evaluation, cross-functional collaboration, and continuous improvement of development workflows.