As a Research Engineer, you will be an integral member of a systematic trading team comprised of experienced technologists, quantitative researchers, and traders to implement, refine and deploy alpha signals.
Compensation
The annual base salary range for this position is $175,000 to $225,000, depending on the candidate’s experience, qualifications, and relevant skill set.
Responsibilities
Work directly with researchers to implement research studies, simulate trading strategies, and develop algorithms to compete in financial markets.
Embed with trading desks, work intimately with traders and portfolio managers, learn about their problem spaces, extract domain models, and build ergonomic, performant and extendable engineering solutions.
Collaborate with other engineering teams to accelerate the research lifecycle from strategy prototype to production deployment
Evaluate new technology and improve our technology stack on a continuous basis
Requirements
Bachelor’s degree in Computer Science, Computer Engineering, or related field
Lead test architecture and strategy for Palo Alto Networks’ networking products, driving system-level test design, automation, and manufacturing test alignment.
Compensation
$159,100.00 - $257,400.00/yr
Responsibilities
Define and own system-level and platform-level test architecture across multiple networking products
Establish long-term test strategies covering NPI, sustaining, and manufacturing
Identify systemic quality risks early and drive mitigation plans before release
Deeply understand and review schematics, board layouts, and system architecture
Anticipate and debug complex issues involving power sequencing, reset topology, clocks, high-speed interfaces, memory subsystems
Requirements
Bachelor's or Master's degree in Electrical Engineering
Bachelor's or Master's degree in Computer Engineering
Lead the realization of project-specific requirements related to SCADA, monitoring, networking, cybersecurity, system architecture, and equipment integration for operational Battery Energy Storage Systems.
Responsibilities
Lead the realization of project-specific requirements related to SCADA, monitoring, networking, cybersecurity, system architecture, and equipment integration for operational Battery Energy Storage Systems.
Support the integration of Fluence control systems with Transmission System Operator (TSO) and customer SCADA environments, ensuring seamless communication, monitoring, and compliance with technical requirements.
Develop, maintain, and improve core system documentation, including network architectures, signal lists, communication diagrams, hardware inventories, and backup and recovery strategies.
Collaborate closely with Field Service Engineers to troubleshoot complex technical challenges and implement effective solutions across SCADA and network environments.
Support testing activities associated with upgrades, modifications, and change orders, including the development and execution of validation procedures.
Requirements
Bachelor's or Master's degree in Computer Engineering, Computer Science, Automation Engineering, Information Technology, or a related field.
Supports the Federal Aviation Administration's (FAA) Enterprise Information Display System (E-IDS) modernization initiative by configuring operational data, developing display layouts, integrating systems, and supporting successful deployments nationwide.
Compensation
$135,000 - $216,000
Responsibilities
Develop and maintain Local Data Administration (LDA) configurations by mapping National Data Configuration (NDC) elements to facility-specific requirements.
Translate operational requirements into accurate data mappings, system configurations, and display layouts.
Configure and validate operational displays, templates, data fields, and system parameters.
Maintain configuration accuracy, consistency, and interoperability across FAA facilities.
Support E-IDS integration across applications, operational data, network components, and facility systems.
The Lead Telemetry System Engineer owns the design, integration, release, and lifecycle of BETA’s aircraft telemetry and flight-test data-collection systems.
Compensation
$130,000—$175,000 USD
Responsibilities
Lead the architecture, design, integration, and release of aircraft telemetry and flight-test data-collection systems.
Own the aircraft-installed hardware, including instrumentation interfaces, power, wiring and harnessing, connectors, onboard computing, communications, and aircraft integration.
Develop controlled system documentation, requirements, interface definitions, installation instructions, and configuration baselines from existing designs and working systems.
Lead verification, validation, qualification, and release activities for test equipment and supporting software in accordance with BETA development and assurance processes.
Partner with Flight Test, Certification, Software, Systems Engineering, Quality, Manufacturing, and Program Management to deliver reliable, repeatable telemetry capability.
Requirements
Bachelor’s degree in Electrical Engineering, Computer Engineering, Systems Engineering, Aerospace Engineering, or a related technical discipline, or equivalent hands-on work experience
Nice to have: aircraft flight-test telemetry
Nice to have: airborne data acquisition
Nice to have: ground stations
Software Engineer - Cumberland/Options Front Office Systems
Software Engineers in Front Office Systems intimately collaborate with traders to turn alpha signals, risk management, market visualizations and other trading-critical tools into scalable, performant and reliable production systems.
Compensation
The annual base salary range for this position is $175,000 to $225,000 depending on the candidate’s experience, qualifications, and relevant skill set.
Responsibilities
Work with best-in-class trading tools for a collection of Cumberland and FICC options trading desks
Take full ownership of the products you create, from prototype to stable production
Embed with trading desks, learn about their problem spaces, extract domain models, and build ergonomic, performant and extendable engineering solutions
Build, maintain and extend the central trading platform
Work with both greenfield and legacy systems across multiple languages (C++, Python, Typescript)
Provide level 1 support for cloud, server, backup, and virtualization solutions, troubleshoot technical issues, and deliver a high-touch customer experience.
Responsibilities
Answer incoming support calls and chats
Provide level 1 support for Veeam Backup and Replication, Veeam Backup for Microsoft 365 and Zerto backup and disaster recovery solutions
Provide level 1 support for vCloud Director, Hyper‑V and other virtualization technologies
Provide level 1 helpdesk and on‑site support for Managed Services clients in Ottawa
Troubleshoot server operating system issues
Requirements
College Diploma
associate’s degree
bachelor’s degree or equivalent experience in the technology field
Nice to have: Professional Certifications e.g., Veeam, Microsoft, Networking
This role is part of a service team responsible for the long‑term operational support of spacecraft simulators used by spacecraft operations engineers. The successful candidate will combine a strong service mindset with systems engineering skills and interest in the space domain, working closely with operations users to ensure simulator availability, reliability, and fitness for operational use.
Responsibilities
Perform systems engineering activities for operational spacecraft simulators for intergovernmental organizations such as ESA/ESOC and EUMETSAT.
Ensure the sustained availability, reliability, and fitness for operational use of spacecraft simulators throughout their service lifetime.
Coordinate the preparation and validation of IT infrastructure required for deployment of spacecraft simulators.
Conduct deployments and configuration of spacecraft simulators.
Conduct acceptance testing campaigns of spacecraft simulators, including formal review processes.
Requirements
Degree (MSc or equivalent) in Aerospace Engineering, Computer Science, Physics, or a related technical discipline
Nice to have: experience supporting spacecraft simulators in an operational environment
Looking for an experienced back-end-focused developer to identify potential risks, contribute to solution development, and create efficient and effective systems using Node.js, TypeScript, and AWS.
Compensation
The projected compensation range for this position is $86,800.00 to $198,000.00 (annualized USD).
Responsibilities
Identify potential risks
Contribute to solution development
Create efficient and effective systems for clients
Work with the development team to create custom tools, systems, and sites with consistent performance and scalability
Use latest architectural approaches and open-source frameworks and tools
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Lead Telemetry System Engineer, Low VoltageBETA Technologies · South Burlington, US
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Node.js Developer SMEBooz Allen Hamilton · Chantilly, US