• Design, develop, and maintain embedded firmware according to product requirements. • Implement new features and enhancements using C and C++. • Contribute to firmware architecture and system-level design decisions. • Participate in requirements analysis, feasibility studies, and technical risk assessments. • Develop firmware for ARM Cortex-M microcontroller-based systems. • Work with both Bare-Metal and FreeRTOS environments. • Design and implement low-level drivers and hardware abstraction layers. • Integrate and maintain communication interfaces and protocols, including UART, SPI, and I2C. • Debug and validate embedded systems using development software and laboratory tools. • Review, optimize, maintain, and extend existing firmware codebases. • Support hardware development activities, including schematic and PCB reviews. • Identify and define hardware requirements based on firmware and system needs. • Prepare and maintain technical documentation using Doxygen, Confluence, or similar tools. • Participate in code reviews and technical discussions. • Collaborate closely with distributed firmware, hardware, architecture, and project teams. • Deliver technical tasks and project milestones within agreed timelines.

Role Description We are looking for a Systems Observability Specialist to design and operate the metrics, logging, tracing, and alerting platforms that give engineering teams confidence in the systems they run. The role spans the full observability stack — from collection agents and pipelines to long-term storage, dashboards, and alerting workflows — with a strong focus on usability, signal quality, and operational ROI. The ideal candidate has built and operated observability platforms at scale, understands the trade-offs between open-source and SaaS approaches, and can translate noisy telemetry into actionable insight for both engineers and business stakeholders. Key Responsibilities - Design and operate enterprise-grade observability platforms covering metrics, logs, traces, events, and synthetic monitoring. - Architect Prometheus / Thanos / Mimir, Grafana, Loki, Tempo, OpenTelemetry, and Datadog deployments for high availability and scale. - Develop standards for service instrumentation, including OpenTelemetry adoption, metric naming, label cardinality, and structured logging conventions. - Define and enforce SLOs, SLIs, and error budgets, and build the dashboards and alerts that operationalize them. - Build alerting strategies that minimize noise, surface actionable signals, and integrate cleanly with on-call workflows in PagerDuty, Opsgenie, or similar tools. - Operate large-scale time-series and log storage platforms, balancing retention, query performance, and cost. - Design distributed tracing pipelines and help teams use traces to diagnose latency and reliability issues. - Develop self-service tooling, paved-road libraries, and templates that make adoption of observability standards easy for product teams. - Drive cost management and label-cardinality discipline across the observability estate. - Lead incident response readiness improvements through better dashboards, alerting hygiene, and post-incident analysis tooling. - Partner with SRE and platform teams to integrate observability into deployment pipelines, canary analysis, and progressive delivery workflows. - Evaluate and recommend observability vendors and open-source tools based on cost, capability, and operational maturity. - Mentor engineering teams on observability fundamentals, debugging techniques, and SLO-driven operations. - Maintain documentation, onboarding guides, and runbooks for the observability platform. Qualifications - Bachelor’s degree in Computer Science or a related field. - Five or more years of experience in SRE, platform engineering, or observability roles. - Deep hands-on experience with Prometheus, Grafana, and at least one major commercial observability platform such as Datadog, New Relic, or Splunk. - Strong understanding of OpenTelemetry, distributed tracing, and structured logging. - Proficiency in at least one general-purpose language such as Go, Python, or Java. - Experience operating high-cardinality, high-throughput metrics and log pipelines. - Strong understanding of SLOs, error budgets, and SRE principles. - Experience integrating observability with CI/CD and incident management tooling. - Solid grasp of Linux internals, networking, and container platforms. - Excellent communication and collaboration skills. Preferred Qualifications - Experience with Thanos, Mimir, Cortex, Loki, or Tempo at scale. - Contributions to OpenTelemetry or observability open-source projects. - Familiarity with eBPF-based observability tooling. - Experience driving observability cost optimization initiatives. - Exposure to regulated environments with audit-grade logging requirements. How to Apply Would you like to know more about this opportunity? For immediate consideration, please send your resume to [email protected] or contact us at (908)676-4399. Learn more about Bright Vision Technologies at www.bvteck.com .

Senior Combat Systems Safety Engineer Location: Australia Job Description: Location Adelaide, SA , Australia Electronic Systems Engineering Experienced professionals SENIOR COMBAT SYSTEMS SAFETY ENGINEER Job Location: Preferred: Mawson Lakes, South Australia; Other locations considered depending on the applicant. We offer a range of hybrid and flexible working arrangements - please speak to your recruiter about the options for this particular role. Who we are: Join BAE Systems and you'll be part of something bigger. As a valued member of our global colleague network, you'll bring your unique skills and perspectives to help pioneer progress and protect what matters most. You'll be trusted to play your part in delivering the advanced, technology-led defence, aerospace and security solutions of tomorrow - shaping a safer future, for all of us. From the depths of the ocean, to the far reaches of space - there's no limit to where a career at BAE Systems could take you. This particular role is with the CSI-IPT where you will make valuable contributions to the Hobart Class Combat System Upgrades program. Role Description: The Senior Combat Systems Safety Engineer, under general direction from the CSI-IPT Safety & Environment Lead, will be responsible for ensuring that Program Safety activities are undertaken in accordance with the System Safety Program Plan (SSPP). Duties will include conducting and leading safety analyses, managing the CSI Hazard Log, the preparation and update of safety artefacts, and attendance and presentation at safety meetings. PRINCIPAL ACCOUNTABILITIES: - Lead/conduct analyses to identify Safety and Environmental risks emergent from the Combat System design changes, generally in accordance with MIL-STD-882E, or alternative contracted or domain specific standards, this includes: - System Requirements Hazard Analysis (SRHA) - Preliminary Hazard List (PHL), Health Hazard Analysis (HHA), Environmental Hazard Analysis (EHA), Functional Hazard Analysis (FHA) - Preliminary Hazard Analysis (PHA) - Subsystem Hazard Analysis (SSHA), System Hazard Analysis (SHA), Operating and Support Hazard Analysis (O&SHA) - Preparation of safety artefacts including Safety Case Report (SCR), System Safety Program Plan (SSPP), Hazard Analysis Report (HAR), Hazard Log (HL), safety related registers and supporting safety analysis. - Support BAE Systems in the delivery of system safety engineering solutions and advice for projects undertaken within a structured Safety Engineering methodology as described by MIL-STD-882E, or alternative contracted or domain specific standards - Independent review of peers' work in relation to product safety, identifying technical risks - Preparation, attendance and contribution to internal and customer meetings including System Safety Working Groups, Mandated System Reviews and Incremental Progress Reviews KEY EXPERIENCE: - Significant understanding/experience with MIL-STD-882E - Significant experience with qualitative and quantitative safety analysis techniques such as Fault Tree Analysis (FTA), etc - Significant experience applying a safety program within Maritime and/or complex defence acquisition programs - Sound experience with Naval combat Systems - Tertiary qualification in Engineering is considered essential - Hold a NV-1 Defence security clearance and be eligible to be cleared for International Traffic In Arms (ITAR) regulations INTERPERSONAL SKILLS AND ATTRIBUTES - Communication and influencing skills including the ability to prepare and present concise oral and written reports, briefings, updates, and other documentation to a wide range of stakeholders. - Pro-active approach with the ability to understand the business, identify issues, and develop and maintain effective internal and external relationships to achieve business objectives. - Outcomes focussed with an ability to effectively manage multiple, concurrent activities, with tight deadlines, while understanding and managing priorities, dependencies, and risks - Ability to work in a team environment, lead a team when required, and able to work autonomously i.e. with minimum level of direction and support - Ability to adapt and maintain a flexible approach to changing needs or priorities. The CSI-IPT Team The Combat Systems portfolio delivers Surface Combatant Combat Systems within the Combat Systems Integration - Integrated Project Team (CSI-IPT) - a Collaboration Agreement between CoA, BAE Systems Australia, SAAB, and Lockheed Martin Australia. Why BAE Systems? Here you'll build a career with purpose and limitless possibilities. With lifelong learning and meaningful work - this is a place where you can grow your career with confidence and be empowered to be your best. You'll be recognised for your contribution and enjoy rewards tailored to what's most important to you and your family - support for your financial and personal wellbeing, as well as a balanced lifestyle. In an environment embracing sustainable ways of working and with a strong sense of shared purpose, our supportive culture is a place you can feel you belong and proud of the difference you make. A place where everyone can thrive We're committed to building an inclusive workplace where everyone feels valued and supported. We know that a diversity of backgrounds, perspectives and experiences strengthens our teams and is vital to the work we do. We support our veteran community through VetNet Australia, along with initiatives such as Reserve Service Leave, a Veteran Mentoring Program, and partner-supported programs. We welcome applications from all candidates and strongly encourage Aboriginal and Torres Strait Islander peoples to apply. If you require any reasonable adjustments during the recruitment process, please contact our recruitment team to discuss the support you may need. You can also connect with us via Careers and Employment. Security statement Please note, as a defence security clearance is required for this role, applicants must be Australian citizens and either possess or be eligible to obtain and maintain one. Further information regarding security clearances. Traffic in Arms Regulations (ITAR) are applicable and as such, your nationality may be a factor in determining your suitability for this role. Please visit this webpage for more information Electronic Systems Engineering Experienced professionals What we''re proud of 110,000+ diverse workforce in more than 40 countries 40,959 hours volunteered by our employees working with charities and not-for-profit organisations - 110,000+ diverse workforce in more than 40 countries - 40,959 hours volunteered by our employees working with charities and not-for-profit organisations

Role Description Intetics Inc., a global technology company providing custom software application development, distributed professional teams, software product quality assessment, and “all-things-digital” solutions, is seeking a highly skilled and experienced Middle/Senior Embedded Engineer to join our dynamic team on a full-time basis. - Design, develop, and maintain embedded firmware according to product requirements. - Implement new features and enhancements using C and C++. - Contribute to firmware architecture and system-level design decisions. - Participate in requirements analysis, feasibility studies, and technical risk assessments. - Develop firmware for ARM Cortex-M microcontroller-based systems. - Work with both Bare-Metal and FreeRTOS environments. - Design and implement low-level drivers and hardware abstraction layers. - Integrate and maintain communication interfaces and protocols, including UART, SPI, and I2C. - Debug and validate embedded systems using development software and laboratory tools. - Review, optimize, maintain, and extend existing firmware codebases. - Support hardware development activities, including schematic and PCB reviews. - Identify and define hardware requirements based on firmware and system needs. - Prepare and maintain technical documentation using Doxygen, Confluence, or similar tools. - Participate in code reviews and technical discussions. - Collaborate closely with distributed firmware, hardware, architecture, and project teams. - Deliver technical tasks and project milestones within agreed timelines. Qualifications - 3-5+ years of hands-on experience in embedded firmware development for microcontroller-based systems. - Strong programming skills in C. - Strong commercial experience with C++ and object-oriented programming. - Commercial experience developing firmware for ARM Cortex-M microcontrollers, including M0, M0+, M3, M4, or M7. - Hands-on experience with FreeRTOS or similar real-time operating systems. - Experience with Bare-Metal embedded development. - Experience designing and implementing low-level drivers and hardware abstraction layers. - Ability to understand, maintain, optimize, and extend large or mature firmware codebases. - Strong understanding of embedded electronic systems. - Good understanding of electronics and hardware-software integration. - Ability to read and analyze analog, digital, and power-electronics schematics. - Practical experience with UART, SPI, and I2C communication protocols. - Experience debugging and troubleshooting embedded systems using development and laboratory tools. - Understanding of embedded system architecture and system-level design principles. - Ability to contribute to firmware architecture and technical design decisions. - Ability to use block diagrams, conceptual designs, pseudocode, and other system-design techniques. - Strong analytical and technical problem-solving skills. - Experience with Git-based version control. - Experience with Jira or similar issue-tracking systems. - Experience preparing technical documentation using Doxygen, Confluence, or similar tools. - Familiarity with code review practices and structured development workflows. Requirements - Experience making firmware architecture and system-level design decisions. - Experience with safety-critical, industrial, IoT, certified, or regulated electronic products. - Good knowledge of PCB design principles for EMC compliance and EMI reduction. - Experience with Ethernet, Wi-Fi, and network-connected embedded devices. - Familiarity with cloud services and IoT architectures. - Understanding of cybersecurity principles for embedded and connected products. - Experience with Linux-based embedded systems or Linux kernel development. - Experience with UML or other system-modelling methodologies. - Familiarity with fire detection, emergency lighting, or central battery system applications.