多方科技股份有限公司

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a DRAM System Engineer at Augentix, you will be responsible for bringing up and validating DRAM subsystems across our embedded platforms. You will work at the intersection of hardware and low-level software to ensure memory stability, performance, and power efficiency under demanding workloads. This role offers the opportunity to lead system-level debugging, performance tuning, and test automation for DDR3/LPDDR3/DDR4/LPDDR4 memory interfaces, while collaborating closely with hardware, SoC, and kernel teams across the product development lifecycle. [Responsibilities] ★ Lead DRAM bring-up and validation for DDR3/LPDDR3/DDR4/LPDDR4 on new hardware platforms. ★ Configure memory controller and PHY registers to meet JEDEC specs and system performance requirements. ★ Perform signal integrity validation and work with hardware team on layout constraints and SI/PI tuning. ★ Conduct stress tests and margin sweeps (e.g., memory hammer test, data retention, read/write window tuning). ★ Analyze system-level memory stability and performance under boot-up, suspend/resume, and runtime workloads. ★ Collaborate with SoC, PCB, firmware, and kernel teams to debug memory-related issues. ★ Develop and maintain automated test flows and diagnostics for DRAM reliability and performance. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering or a related field with 3+ years of relevant experience, or a PhD in a related field. ★ Strong understanding of DDR3/LPDDR3/DDR4/LPDDR4 specifications, timing parameters, and calibration schemes. ★ Experience in configuring DRAM registers and bring-up on embedded platforms. ★ Familiar with memory controller architecture and PHY interface tuning. ★ Skilled in using logic analyzers, oscilloscopes, and memory test equipment. ★ Comfortable with Linux-based embedded systems and debugging low-level software interactions with DRAM. [Preferred Qualifications] ★ Experience debugging kernel panics or stability issues caused by DRAM misconfiguration. ★ Familiarity with memory low-power states, self-refresh, and power-saving strategies. ★ Knowledge of post-silicon validation, including test pattern development and validation coverage planning. ★ Worked with DRAM vendors to understand datasheets, tuning recommendations, and errata. Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are seeking a PCB Design and Signal Integrity Engineer with strong theoretical foundation and simulation driven design methodology to lead high speed board level development. You will be responsible for defining and verifying board level electrical design, ensuring optimal signal and power integrity across multiple high speed interfaces. You will be supported by experienced layout engineers capable of implementing your design guidance and constraints, allowing you to focus on architecture, simulation, and system validation. This position offers the opportunity to build structured PCB design practices, improve team capability, and drive electrical excellence through direct ownership of simulation and cross team collaboration. [Responsibilities] ★ Lead system level PCB electrical design for interfaces such as LPDDR4/5, USB 3.x, SDIO 3.x, MIPI and Ethernet. ★ Define PCB stack up and routing strategy to meet signal and power integrity objectives. ★ Perform SI/PI and EMI simulations using tools such as Cadence Sigrity Keysight ADS or Ansys SIwave. ★ Own schematic level electrical planning and define layout constraints for critical signal groups. ★ Provide guidance to supporting layout engineers to ensure adherence to electrical rules and best practices. ★ Correlate simulation results with lab measurements and assist in electrical issue root cause analysis. ★ Document simulation methodology constraint guidelines and validation reports. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering or a related field with 3+ years of relevant experience, or a PhD in a related field. ★ Hands on experience in high speed PCB design and system level electrical development. ★ Practical experience with signal integrity and power integrity simulation for complex multilayer boards. [Preferred Qualifications] ★ Strong understanding of signal integrity theory including reflections, crosstalk, return path, skew, via effects. ★ In depth knowledge of power delivery network (PDN) design and decoupling strategies. ★ Familiarity with differential and single ended routing across LPDDR4/5, USB 3.x, SDIO 3.x, MIPI and Ethernet. ★ Proficiency with EDA and simulation tools such as Allegro, Sigrity PowerSI, PowerDC, ADS, HFSS, or SIwave. ★ Experience debugging system electrical failures using TDR, VNA, or real time oscilloscopes. ★ Exposure to EMI mitigation techniques and hands on experience in EMI pre compliance testing. ★ Demonstrated ability to lead layout teams or mentor junior engineers in constraint based PCB design. ★ Ability to create structured documentation and design guidelines to scale internal processes. ★ Experience working with multi board systems, rigid flex boards, or advanced packaging (SiP, PoP) is a plus. ★ Strong debugging and problem solving skills with working knowledge of firmware and software to support system level root cause analysis. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a Low Power Architect at Augentix, you will define and drive power-efficient solutions for next-generation embedded vision and AI products. You will work across software and hardware domains, including SoC architecture, firmware, operating systems, and board-level design, to ensure our always-on, battery-powered devices deliver optimal performance under strict energy constraints. Your work will directly impact real-world deployments such as smart cameras, doorbells, and IoT edge nodes. [Responsibilities] ★ Define low power architecture across SoC, firmware, operating system power management, and board level power delivery, with a focus on battery-powered and always-on vision applications. ★ Translate system use cases like video streaming, AI inference, and connectivity into quantitative power budgets and resume-latency targets, for example, achieving sub-20mW standby for a 4G solar camera or a sub-150ms wake-up time for a doorbell-to-preview scenario. ★ Specify power domain partitioning, voltage scaling strategies, and clock and power gating policies for CPU, Bus, memory, ISP, NPU, and other key IPs. ★ Collaborate with SoC and firmware teams to implement DVFS, retention, and deep sleep flows. ★ Guide power modeling, workload analysis, and efficiency validation across software and hardware. ★ Review schematic, layout, and power delivery design to support optimal leakage and efficiency. ★ Validate low power operation across suspend, idle, and runtime use cases on embedded Linux or RTOS. ★ Lead power issue root cause analysis across silicon, firmware, and board. ★ Monitor technology trends and drive roadmap planning for future low power features. ★ Support cross functional alignment on power budgeting, testing, and optimization throughout development. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, Physics, or a closely related field with 6+ years of relevant experience, or a PhD in a related field with 3+ years of relevant experience. ★ Strong knowledge of SoC power architecture including power islands, retention, DVFS, and gating techniques. ★ Familiarity with embedded power management frameworks and firmware based control. ★ Experience with power estimation tools and correlation against silicon measurements. ★ Understanding of board level power design and integration with PMICs. ★ Ability to debug and optimize power behavior across hardware and software layers. ★ Experience documenting and reviewing architecture level specifications. [Preferred Qualifications] ★ Proven experience in optimizing power for camera, video processing, or AI/ML accelerator workloads. ★ Background in power constrained products such as wearables, sensors, or portable AI devices. ★ Knowledge of multi rail sequencing, leakage control, and thermal aware power management. ★ Experience with Linux power subsystems including cpufreq, suspend, idle, and thermal frameworks. ★ Involvement in platform level power benchmarking and profiling. ★ Strong communication and collaboration skills across engineering disciplines. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. You will join a team building production-grade Linux SDKs for camera-centric industrial and edge devices. You will help define how our system software is structured, built, packaged, and delivered—balancing openness, modularity, and long-term maintainability. [Responsibilities] ★ Architect and implement a modular SDK structure for embedded Linux systems using the Buildroot and Yocto. ★ Define directory layout, layer hierarchy, and build integration strategy for key system components (e.g., bootloader, kernel, device tree, root filesystem, multimedia and AI stack). ★ Integrate and maintain Linux kernel 6.x configurations and patches for supported platforms. ★ Design and maintain the build configuration and packaging structure for our SDK, supporting both Yocto and Buildroot environments. ★ Deliver installable SDKs including cross-toolchain exports, setup scripts, and development guides for external consumption. ★ Interface with DevSecOps to support reproducible builds, licensing compliance, and secure release handling. ★ Monitor and adopt upstream practices from major BSP and SoC vendors for long-term compatibility and ease of maintenance. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, or related field with 3+ years of relevant experience, or a PhD in a related field. ★ Deep experience with the Buildroot and Yocto Project. ★ Proficient in Linux kernel configuration and integration for ARM-based SoCs. ★ Strong understanding of cross-compilation toolchains, sysroot management, and embedded SDK packaging. ★ Solid programming/scripting skills (Bash, Python, Make). [Preferred Qualifications] ★ Experience designing SDKs for commercial embedded platforms (e.g., IoT, automotive, industrial edge). ★ Experience with Buildroot/Yocto-compatible security hardening and SBOM workflows. ★ Understanding of CI/CD flows for firmware or SDK packaging. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a AI & Machine Learning Software Engineer at Augentix, you will play a critical role in enabling high-performance, efficient, and secure AI solutions across embedded and edge platforms. You will contribute to the full development lifecycle of our AI software stack, from model conversion and optimization to deployment and system integration. Working closely with cross-functional teams, you will help deliver scalable AI pipelines and frameworks that power advanced imaging, sensor fusion, and industrial intelligence use cases in real-world environments. [Responsibilities] ★ Implement AI model conversion, quantization, optimization, and secure deployment. ★ Optimize performance, power, and memory bandwidth in AI/DSP pipelines. ★ Analyze and debug AI accuracy and performance issues reported by internal teams or during system-level integration. ★ Design and develop AI-based software frameworks targeting Linux and embedded platforms. ★ Collaborate with hardware, systems, and test teams to deliver robust end-to-end solutions. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, Mathematics, Physics, or a closely related field with 3+ years of relevant experience, or a PhD in a related field. ★ Proficient in modern C, C++, and Python. ★ Experience in neural network deployment, quantization, and model compression. ★ Solid understanding of neural network inference frameworks for embedded systems (e.g., TFLite, TFLite Micro, NCNN). ★ Good understanding of neural network training frameworks (e.g., TensorFlow, PyTorch). [Preferred Qualifications] ★ Familiarity with hardware accelerators and embedded DSP architectures. ★ Experience in video/image processing, computer vision, or multimedia algorithm development. ★ Experience with GStreamer is a plus. ★ Experience with NN SDKs and tools, specifically "AI Engine Direct SDK (QNN)" and "AI Model Efficiency Toolkit (AIMET)", is a strong plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a Platform Security Architect, you will lead the design and deployment of comprehensive, full-stack security architecture across silicon, firmware, system software, and board-level implementations. Your work will span secure chip design, trusted firmware flows, platform attestation, and secure PCB interfaces, enabling resilient products for industrial and connected IoT environments. You will drive security strategy from threat modeling to certification support, collaborating across hardware, software, and system teams to deliver solutions that meet global security standards and regional compliance frameworks. This role is central to ensuring platform trustworthiness across the entire product lifecycle, from development to deployment and beyond. [Responsibilities] ★ Define platform security architecture encompassing SoC, firmware, OS, and PCB/system-level security features. ★ Establish and maintain security requirements and threat models across the full HW+SW+Board stack. ★ Drive the definition of Root of Trust, secure boot, key management, and secure provisioning across manufacturing stages. ★ Collaborate with firmware/software teams to design secure monitor flows, TEE integration, and trusted hypervisors. ★ Perform HW/SW co-analysis of attack surfaces and propose layered mitigations. ★ Provide architectural guidance and reference designs to support customers in meeting regional security certification requirements, such as India's STQC. ★ Lead system security architecture reviews and ensure secure interfaces (e.g., debug access, JTAG, interconnects) at the board level. ★ Evaluate and integrate security technologies such as ARM TrustZone, Realm Management Extension (RME), and embedded secure enclaves where applicable. ★ Define and review secure PCB design practices including tamper resistance, secure element integration, and secure debug. ★ Contribute to secure lifecycle processes, including provisioning, attestation, and over-the-air update integrity. ★ Study and apply IoT and automotive security standards, including TAICS, OWASP, and ISO-related frameworks, to align with global and local compliance requirements. ★ Interface with customers, ecosystem partners, and standards bodies on security requirements and architecture alignment. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, Mathematics, Physics, or a closely related field with 6+ years of relevant experience, or a PhD in a related field with 3+ years of relevant experience. ★ Hands-on experience in hardware and firmware-level security architecture. ★ Strong understanding of embedded software security, including bootloaders, secure firmware, and OS-level protections. ★ Familiarity with secure PCB/system design, including interface protection, secure debug, and HW root of trust. ★ Deep understanding of ARM-based isolation mechanisms, including TrustZone and optionally RME. ★ Proficiency in threat modeling, attack surface reduction, and security validation. ★ Ability to author and communicate security architecture documentation clearly and effectively across disciplines. [Preferred Qualifications] ★ Experience with industrial/IoT security requirements, including secure provisioning, anti-tamper, and secure communication. ★ Familiarity with security certification processes (e.g., STQC, PSA, FIPS). ★ Knowledge of applied cryptography and security protocols. ★ Demonstrated experience driving security in cross-functional system-level projects. ★ Strong presentation and stakeholder engagement skills. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are looking for a Senior DevSecOps and Embedded Build Engineer to join our embedded systems software team. This role goes beyond basic CI maintenance, it's about driving automation, security integration, and process robustness in firmware development pipelines. As part of a fast-paced team delivering embedded firmware for next-generation connected devices, you will take ownership of our CI/CD and test infrastructure, implement secure build and release workflows, and guide junior engineers in best practices. This position requires strong technical depth in embedded build systems, security compliance, and test orchestration on real hardware. [Responsibilities] ★ Architect and maintain scalable firmware build and release pipelines targeting embedded platforms. ★ Lead the integration of DevSecOps practices, including: ◆ Static code analysis (SAST) ◆ Dynamic application security testing (DAST) ◆ SBOM generation and license compliance scanning ◆ CVE scanning and third-party risk management ◆ Secure artifact signing and delivery validation ◆ Design and implement automated test execution on embedded hardware (sanity, regression, secure boot validation, etc.). ◆ Guide and mentor junior build engineers to improve reliability and quality across pipelines. ◆ Work closely with security, IT, and firmware teams to ensure alignment with company's Secure Software Development Lifecycle (Secure SDL). ◆ Maintain assets for embedded test labs, including DUT automation, serial log capture, and board provisioning. ◆ Monitor CI health, identify process bottlenecks, and continuously improve stability and test coverage. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, or related field with 3+ years of relevant experience, or a PhD in a related field. ★ Proven experience with embedded build systems (Yocto, Buildroot, CMake, cross-compilation toolchains). ★ Proficient in scripting languages (Python, Bash) for CI automation and test harness development. ★ Solid understanding of secure software delivery workflows, SBOM, SAST, and CVE tracking. ★ Hands-on experience with CI/CD platforms (GitLab CI, Jenkins, etc.) in embedded or firmware domains. ★ Strong knowledge of embedded Linux, bootloaders (e.g., U-Boot), and board bring-up/debugging workflows. [Preferred Qualifications] ★ Experience working with security compliance tools (e.g., SPDX, Trivy, Black Duck, OSS Review Toolkit). ★ Familiarity with image signing, secure boot chain validation, and hardware root of trust. ★ Background in firmware QA automation or hardware-in-the-loop (HIL) test frameworks. ★ Strong communication skills and ability to lead technical direction across cross-functional teams. ★ Experience managing or scaling embedded validation labs is a plus. ★ Experience on Qualcomm Linux is a strong plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are seeking embedded software engineers to design, develop, and support Linux device drivers for a wide range of on-chip peripheral interfaces. This role includes full driver development for in-house-designed IPs, and integration, bring-up, and debug support for third-party IPs with upstream Linux driver coverage. You will work closely with internal hardware and system teams as well as external IP vendors to ensure seamless driver integration, system-level validation, and robust productization. [Responsibilities] ★ Each individual focus on some but not all of the peripherals , the more the better. ★ Develop and maintain Linux device drivers for in-house peripheral IPs, including but not limited to: UART, I2C, SPI, QSPI, TIMER, WDT. ★ Integrate and validate third-party IPs with mainline Linux driver support, such as: USB (2.0/3.x), SD/SDIO/eMMC, Ethernet (10/100/1000). ★ Support bring-up on FPGA and silicon platforms; analyze low-level interface behavior and timing. ★ Contribute to BSP development: device trees, platform files, kernel configuration, bootloader I/O setup. ★ Work across hardware, system, and validation teams to resolve bugs and optimize performance. ★ Review and debug third-party driver behavior to ensure full functional compliance and stability. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Proficiency in C and embedded Linux kernel development. ★ Familiarity with Linux subsystems such as serial, I2C, SPI, MMC, USB, netdev. ★ Experience with memory-mapped I/O, interrupts, DMA, and register-level interface control. ★ Hands-on experience with oscilloscope, logic analyzer, or other low-level debug tools. ★ Ability to work across user space and kernel space boundaries. [Preferred Qualifications] ★ 3+ years of experience in embedded Linux driver or BSP development. ★ Experience designing Linux drivers from scratch for new IP blocks. ★ Hands-on integration of third-party IP (USB, SD/eMMC, Ethernet) with Linux. ★ Familiarity with early boot I/O setup and device tree binding. ★ Understanding of SoC interconnects, clocks, resets, and power domains. ★ Experience with FPGA bring-up or post-silicon validation. ★ Understanding of SoC-level architecture including ARM, MMU/IOMMU/SMMU. ★ Knowledge of secure boot, fast boot and always-on-video (AOV) is a plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are seeking a software engineer with strong knowledge of Trusted Execution Environments (TEEs) to develop and maintain OP-TEE-based secure services on ARM TrustZone-enabled SoCs. This role involves low-level secure world development, integration with the non-secure Linux kernel, and supporting platform-specific secure firmware features. The ideal candidate will have hands-on experience working with OP-TEE, secure monitor calls (SMC), and TEE-client interfaces, as well as a deep understanding of ARM security architecture. [Responsibilities] ★ Develop and maintain platform-specific components of OP-TEE (secure world) and its integration with Linux kernel (normal world). ★ Port OP-TEE to new SoCs and enable secure services (e.g., key storage, crypto, secure boot attestation). ★ Implement Trusted Applications (TAs) using the OP-TEE internal API and GlobalPlatform TEE Client API. ★ Integrate TEE services with kernel drivers and user-space applications via TEE supplicant and syscall interfaces. ★ Work with bootloader (U-Boot, TF-A) to support secure world initialization, memory carveout, and runtime isolation. ★ Optimize crypto feature performance. ★ Debug and trace issues across secure/non-secure boundary (SMC, RPC, TA interaction). ★ Support security certification and compliance requirements by maintaining traceability and documentation. ★ Collaborate with hardware, security, and product teams to define and deliver SoC-level security features. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Strong C programming skills and low-level embedded software development experience. ★ Familiarity with ARM TrustZone architecture and secure/non-secure world interaction. ★ Experience working with OP-TEE or similar TEE frameworks. ★ Good understanding of Linux kernel architecture and device driver integration. ★ Experience working with bootloaders (e.g., U-Boot, TF-A) and secure initialization flows. ★ Familiarity with GlobalPlatform TEE specifications (Client API, Internal Core API). [Preferred Qualifications] ★ 3+ years of experience in embedded security or TEE-related development. ★ Experience porting OP-TEE to new platforms or integrating with secure IP (e.g., cryptographic engines, RPMB, fuses). ★ Understanding of secure boot, key provisioning, attestation, and anti-rollback protection. ★ Familiarity with secure peripheral control (e.g., secure RTC, TRNG, fuse access). ★ Knowledge of hardware root of trust, secure storage, and cryptographic libraries (mbedTLS, LibTomCrypt, etc.). ★ Experience using TEE debugging tools such as xtest, optee_client, or custom TA tracing. ★ Solid written and verbal communication skills; ability to work with global teams and external vendors. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are seeking a Linux platform engineer to work across key Linux kernel frameworks and system integration points on ARM-based embedded SoCs. This role focuses on upstream-aligned kernel development, subsystem enablement, and cross-CPU coordination with lightweight OSes such as FreeRTOS or Zephyr running on secondary cores. You will contribute to enabling power, security, memory, or interconnect frameworks and adapt as platform priorities evolve. [Responsibilities] ★ Develop and maintain Linux kernel features across platform-level frameworks such as: ◆ Power management (suspend/resume, runtime PM, cpuidle) ◆ Security (secure boot, TrustZone interfaces, secure memory) ◆ SoC infrastructure (reset, clocks, pinctrl, regulators, IOMMU, interconnect) ★ Align SoC integration with Linux upstream architecture and maintain mainline-quality code. ★ Debug and resolve issues across multiple kernel subsystems and hardware IP blocks. ★ Optimize boot time. ★ Work closely with bootloader and secure firmware teams (U-Boot, TF-A, OP-TEE) to support platform bring-up and coordination. ◆ Collaborate with firmware engineers enabling FreeRTOS or ZephyrOS on secondary/little cores: ◆ Coordinate feature ownership and handoff between Linux and RTOS domains. ◆ Enable resource partitioning and system control from Linux user space. ★ Configure and maintain device tree, BSP infrastructure, and platform test automation. ★ Participate in architecture reviews and support internal teams integrating with your platform. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Proficient in C and Linux kernel development. ★ Experience working with Linux platform drivers and system frameworks (clk, regulator, reset, PM domains) ★ Familiarity with ARM architecture, SoC-level integration, and memory/resource partitioning. ★ Basic understanding of lightweight OSes such as FreeRTOS or Zephyr. ★ Comfortable working with device tree and upstream kernel conventions. ★ Hands-on experience with bootloader (U-Boot), TF-A, or OP-TEE integration. ★ Strong debugging and problem-solving skills across software and hardware boundaries. [Preferred Qualifications] ★ 3+ years of experience in Linux kernel or platform software development. ★ Hands-on experience with cross-core coordination between Linux and RTOS/Zephyr. ★ Experience with secure boot, memory protection, and secure/non-secure partitioning. ★ Familiarity with upstream patch submission and review workflows. ★ Experience debugging complex platform issues using tools such as ftrace, crash, kgdb, earlycon. ★ Knowledge of inter-processor communication (mailbox, RPMsg, SCMI, etc.). ★ Knowledge of inter-processor communication (specifically fastRPC) is a strong plus. ★ Ability to review hardware specifications and translate into platform code. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a USB Software Engineer at Augentix, you will be responsible for implementing, validating, and productizing USB functionality on our next-generation SoCs. These SoCs feature USB 3.1 Gen1 (5Gbps) capability and are designed to support a wide range of USB applications including USB boot, DFU (Device Firmware Upgrade), UVC (USB Video Class), UAC (USB Audio Class), and MSC (USB mass storage class), and our proprietary high speed debug inferface. You are also responsible smooth host mode operations. [Responsibilities] ★ Own the design, development, and verification of USB functionalities from FPGA prototyping to real silicon bring-up. ★ Implement USB bootloader and DFU support in alignment with platform bring-up and secure boot strategy. ★ Develop and validate USB class drivers for UVC, UAC, and MSC in Linux. ★ Maintain smooth operations in host mode. ★ Debug USB protocol and electrical issues across PHY, Link, and Class layers. ★ Collaborate with architecture, board design, validation, and SDK teams to ensure robust integration. ★ Enable customer-facing SDK features and provide engineering support as needed. ★ Work with cross-functional teams to align Linux kernel integration and compliance testing. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, or related field with 3+ years of relevant experience, or a PhD in a related field. ★ Proficiency in C and embedded Linux kernel development. ★ Hands on experience in USB stack development and Linux kernel driver programming ★ Proficiency with USB 2.0/3.x protocols and USB controller/device frameworks under Linux ★ Familiar with embedded Linux bring-up, BSP development, and bootloaders (e.g., U-Boot) ★ Hands-on experience with oscilloscope, logic analyzer, or other low-level debug tools. ★ Ability to work across user space and kernel space boundaries. [Preferred Qualifications] ★ Experience enabling USB-related features in secure boot or recovery workflows ★ Knowledge of secure boot, fast boot and always-on-video (AOV) is a plus. ★ Understanding of USB compliance and certification processes ★ Experience with FPGA bring-up or post-silicon validation. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, enhancement, and validation of embedded software, applications, and specialized tools that power high-performance products exceeding modern user expectations. Augentix engineers work closely with system, hardware, architecture, and validation teams to deliver comprehensive system-level software solutions. [Responsibilities] ★ Develop and maintain the camera software stack, including driver, HAL, and image post-processing. ★ Integrate and optimize image processing algorithms (3A, HDR, NR, sharpness, EIS, tone mapping, rate control, etc.). ★ Perform image quality tuning and issue analysis. ★ Debug camera software stack issues and develop unit tests. ★ Define image quality evaluation standards and workflows. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, Mathematics, Physics, or a closely related field with 3+ years of relevant experience, or a PhD in a related field. ★ Proficient in modern C, C++. ★ Familiar with Linux kernel and/or user-space development. ★ Comprehensive knowledge of image processing and optics. [Preferred Qualifications] ★ 6+ years of relevant experience. ★ Knowledge of optical lens or image sensor design. ★ Expertise in image quality assessment. ★ Experience with Linux GStreamer is a plus. ★ Experience with multimedia SDKs, specifically "Intelligent Multimedia SDK (IM SDK)" is a strong plus. ★ Solid software architecture skills are a strong plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, enhancement, and validation of embedded software, applications, and specialized tools that power high-performance products exceeding modern user expectations. Augentix engineers work closely with system, hardware, architecture, and validation teams to deliver comprehensive system-level software solutions. [Responsibilities] ★ Develop and maintain the camera software stack, including driver, HAL, and image post-processing. ★ Integrate and optimize image processing algorithms (3A, HDR, NR, sharpness, EIS, tone mapping, rate control, etc.). ★ Perform image quality tuning and issue analysis. ★ Debug camera software stack issues and develop unit tests. ★ Define image quality evaluation standards and workflows. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Master's degree in Electrical Engineering, Computer Science, Mathematics, Physics, or a closely related field with 3+ years of relevant experience, or a PhD in a related field. ★ Proficient in modern C, C++. ★ Familiar with Linux kernel and/or user-space development. ★ Comprehensive knowledge of image processing and optics. [Preferred Qualifications] ★ 6+ years of relevant experience. ★ Knowledge of optical lens or image sensor design. ★ Expertise in image quality assessment. ★ Experience with Linux GStreamer is a plus. ★ Experience with multimedia SDKs, specifically "Intelligent Multimedia SDK (IM SDK)" is a strong plus. ★ Solid software architecture skills are a strong plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, and validation of embedded device drivers across Linux and RTOS platforms. Your work will enable high-performance imaging pipelines and sensor interfaces for camera-centric products in industrial and edge environments. Senior engineers will play a key role in architecture design, bring-up, system integration, and mentoring junior developers. [Responsibilities] ★ Design, develop, and maintain audio device driver firmware for embedded camera and IoT systems. ★ Implement and optimize real-time audio processing algorithms (e.g., voice enhancement, noise suppression). ★ Analyze and resolve system-level audio quality and performance issues. ★ Maintain and enhance existing DSP frameworks and audio processing chains. ★ Conduct system performance profiling and apply targeted optimizations. ★ Collaborate with cross-functional teams (hardware, systems, driver, and test) to deliver production-ready solutions. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field with 3+ years of relevant experience. ★ Experience in embedded software or DSP firmware development. ★ Proficiency in C programming for embedded systems. ★ Solid understanding of digital signal processing fundamentals with a focus on audio. ★ Experience debugging and optimizing audio pipelines in resource-constrained environments. [Preferred Qualifications] ★ Experience with Linux kernel audio subsystems, particularly ALSA. ★ Knowledge of embedded processor architecture and writing low-latency, real-time code. ★ Hands-on experience with FPGA-based system validation. ★ Familiarity with system-level profiling tools and audio performance tuning. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, and validation of embedded device drivers across Linux and RTOS platforms. Your work will enable high-performance imaging pipelines and sensor interfaces for camera-centric products in industrial and edge environments. Senior engineers will play a key role in architecture design, bring-up, system integration, and mentoring junior developers. [Responsibilities] ★ Design and implement device drivers for camera-related subsystems (Sensor, ISP) on Linux and RTOS environments. ★ Port and adapt drivers to run across diverse operating systems and platforms. ★ Perform low-level debugging and hardware-software integration on pre-silicon (FPGA) and production silicon. ★ Conduct system-level performance profiling, debugging, and power/memory optimizations. ★ Work closely with hardware, system, and test teams to ensure robust and production-ready camera enablement. ★ Support secure boot, fast boot, and always-on-video (AOV) scenarios. ★ Collaborate with cross-functional teams to support platform bring-up, tuning, and field issue resolution. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Proficiency in C programming and embedded software development. ★ Experience with Linux kernel and/or RTOS (FreeRTOS, Zephyr) driver development. ★ Familiarity with device driver architecture, memory-mapped I/O, interrupts, and synchronization. ★ Ability to work across user space and kernel space boundaries. [Preferred Qualifications] ★ Experience with MIPI CSI, ISP and video encoder pipelines. ★ Understanding of SoC-level architecture including ARM, MMU/IOMMU/SMMU. ★ Experience with FPGA bring-up or hardware emulation platforms. ★ Exposure to real-time constraints and low-latency driver design. ★ Knowledge of secure boot, fast boot and always-on-video (AOV) is a plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, and validation of device drivers enabling hardware-accelerated video encoding across Linux and RTOS platforms. You will work on low-level bring-up and system integration of codecs such as H.264, H.265, and JPEG, collaborating with hardware, multimedia, and system teams to deliver high-performance, low-latency solutions for camera and vision platforms. Senior engineers are expected to take architectural ownership and mentor junior contributors. [Responsibilities] ★ Design and implement device drivers for encoder-related subsystems (H.264, H.265, JPEG) on Linux and RTOS environments. ★ Port and adapt drivers to run across diverse operating systems and platforms. ★ Perform low-level debugging and hardware-software integration on pre-silicon (FPGA) and production silicon. ★ Conduct system-level performance profiling, debugging, and power/memory optimizations. ★ Work closely with hardware, system, and test teams to ensure robust and production-ready camera enablement. ★ Support secure boot, fast boot, and always-on-video (AOV) scenarios. ★ Collaborate with cross-functional teams to support platform bring-up, tuning, and field issue resolution. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Proficiency in C programming and embedded software development. ★ Experience with Linux kernel and/or RTOS (FreeRTOS, Zephyr) driver development. ★ Familiarity with device driver architecture, memory-mapped I/O, interrupts, and synchronization. ★ Ability to work across user space and kernel space boundaries. [Preferred Qualifications] ★ Experience with ISP and video encoder pipelines. ★ Understanding of SoC-level architecture including ARM, MMU/IOMMU/SMMU. ★ Experience with FPGA bring-up or hardware emulation platforms. ★ Exposure to real-time constraints and low-latency driver design. ★ Familiarity with encoder standards for H.264, H.265, and JPEG. ★ Familiarity with OSD on video encoders is a plus. ★ Knowledge of secure boot, fast boot and always-on-video (AOV) is a plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. As a software engineer at Augentix, you will contribute to the design, development, and validation of embedded device drivers across Linux and RTOS platforms. Your work will enable high-performance imaging pipelines and sensor interfaces for camera-centric products in industrial and edge environments. Senior engineers will play a key role in architecture design, bring-up, system integration, and mentoring junior developers. [Responsibilities] ★ Design and implement device drivers for 2D display engines with support for bitblt, fill, scaling, and color conversion on Linux and RTOS environments. ★ Develop and integrate framebuffer or overlay drivers using Linux DRM/KMS, FBDev frameworks. ★ Support panel initialization, timing configuration, backlight control, and VSync synchronization. ★ Perform low-level debugging and hardware-software integration on pre-silicon (FPGA) and production silicon. ★ Conduct system-level performance profiling, debugging, and power/memory optimizations. ★ Work closely with hardware, system, and test teams to ensure robust and production-ready camera enablement. ★ Support secure boot, fast boot scenarios. ★ Collaborate with cross-functional teams to support platform bring-up, tuning, and field issue resolution. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field with 3+ years of relevant experience. ★ Proficiency in C programming and embedded software development. ★ Experience with Linux kernel and/or RTOS (FreeRTOS, Zephyr) driver development. ★ Familiarity with device driver architecture, memory-mapped I/O, interrupts, and synchronization. ★ Ability to work across user space and kernel space boundaries. [Preferred Qualifications] ★ Experience with DRM/KMS, FBDev frameworks. ★ Hands-on experience with blit-based 2D engines (bitblt, CSC, scaling). ★ Familiarity with display interfaces such as RGB, LVDS, or MIPI DSI. ★ Experience with early boot display enablement (e.g., splash screen, bootloader integration). ★ Knowledge of tiled memory formats and efficient image composition techniques. ★ Understanding of SoC-level architecture including ARM, MMU/IOMMU/SMMU. ★ Experience with FPGA bring-up or hardware emulation platforms. ★ Exposure to real-time constraints and low-latency driver design. ★ Familiarity with ISP pipelines and video decoder pipelines are a plus. ★ Knowledge of secure boot, fast boot is a plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

[General Summary] As a forward-thinking technology company, Augentix advances the limits of innovation in "Industrial and Embedded IoT" to deliver next-generation experiences and accelerate digital transformation toward a smarter, more seamlessly connected world. We are seeking a middleware engineer to design and implement proprietary multimedia control APIs and libraries that abstract underlying drivers for camera, video, and display subsystems. This role sits above ISP, video encoder, and display drivers, building unified middleware and control flows for real-time multimedia processing. The focus is on proprietary API design, buffer lifecycle management, and GStreamer integration. [Responsibilities] ★ Design and implement proprietary multimedia middleware APIs to unify control over ISP, encoder, and display subsystems. ★ Develop shared user-space libraries that interface with kernel drivers via ioctl, mmap, dma-buf, or custom kernel APIs. ★ Manage buffer flow, synchronization, and metadata across components to support real-time camera/video pipelines. ★ Integrate proprietary APIs into GStreamer plugins for video capture, encoding, and preview/display use cases. ★ Implement session management, streaming state control, and error handling logic for multimedia pipelines ★ Work closely with applications, platform drivers, and test teams to ensure functional and performance correctness. ★ Support secure boot, fast boot, and always-on-video (AOV) scenarios. ★ Collaborate with cross-functional teams to support platform bring-up, tuning, and field issue resolution. ★ Occasional business travel across APAC and other regions may be required. [Minimum Qualifications] ★ Bachelor's or Master's degree in Electrical Engineering, Computer Science, or a related field. ★ Proficiency in C programming and embedded software development. ★ Strong proficiency in C/C++ and Linux system programming. ★ Solid understanding of buffer queueing, streaming synchronization, and zero-copy architectures (e.g., dma-buf). ★ Familiarity with memory-mapped I/O, ioctl interfaces, and IPC mechanisms. ★ Ability to debug and trace issues across user space and kernel boundaries. [Preferred Qualifications] ★ Experience developing or maintaining GStreamer plugins in a production system. ★ Familiarity with Linux multimedia kernel subsystems (e.g., V4L2, DRM/KMS). ★ Knowledge of multimedia pipeline timing, 3A metadata, frame rate control, and color format handling. ★ Experience with performance profiling and optimization in low-latency or high-bandwidth use cases. ★ Ability to define long-term stable APIs and support forward/backward compatibility. ★ Knowledge of secure boot, fast boot and always-on-video (AOV) is a plus. ★ Comfortable working in a globally distributed, cross-disciplinary engineering team.

【工作職責 (Responsibilities)】： ★ 軟韌體測試 ★ 規劃測試計畫與測試案例（test case） ★ 測試與驗證系統功能、相容性、效能、壓力承載、可靠度等 ★ 建立測試環境，維護相關測試設備 ★ 分析測試資料、釐清問題、提出改善建議，並撰寫測試報告 ★ 和客戶澄清重現手法及環境 【符合條件 (Qualifications)】： 必須條件 (Minimum Qualifications)： ★了解網路基本知識及Linux基本指令 優秀條件 (Preferred Qualifications)： ★ 有IP Camera測試經驗 ★ 有測過Embedded Linux經驗 ★ 影像測試經驗 ★ IQ相關測試經驗

【工作職責 (Responsibilities)】： ★ 協助客戶開發或除錯IP camera端應用程式 ★ 回答客戶SDK以及IC應用上的問題 ★ 客製化IP camera端應用程式並維護 ★ 操作camera, APP, PC端應用程式, 以熟悉產品運作 【符合條件 (Qualifications)】： ★ Minimum Qualifications：熟悉在Embedded Linux上開發應用程式以及C語言 ★ Preferred Qualifications：具有Camera相關開發經驗