Honeywell Aerospace Technologies

Systems Engineer

• Support the design, development, and implementation of advanced hardware, software, and network systems
• Develop and implement Enhanced Ground Proximity Warning System (EGPWS) solutions meeting performance and safety standards
• Collaborate with systems, hardware, software, and test engineering teams for system integration
• Author high-level systems requirements in DOORS
• Conduct system-level analysis and optimization
• Perform systems integration, validation, and verification
• Apply model-based systems design and development
• Capture and manage system requirements with stakeholders
• Ensure system specifications meet safety, performance, and compliance requirements
• Interact with customers
• Oversee and coordinate projects
• Support the Project Engineer with budget and schedule responsibilities
• Support audits, key program reviews, and certification activities such as TSO, STC, and Type Certification
• Travel up to 10%
• Report to the Senior Engineering Manager

Advanced Systems Engineer – Relo Assistance

Full-stack Engineer

• Participate in the full software development lifecycle, including requirements gathering, design, coding, testing, and deployment in compliance with DO-178B guidelines
• Collaborate with cross-functional teams to define project requirements and deliver high-quality software solutions
• Contribute to software documentation and user manuals
• Implement services on the Linux platform to port the application
• Design, develop, and maintain software applications
• Report directly to the Manager

Embedded Software Engineer II – C++, Linux Scheduling Algorithms

Data Engineer

• Build and maintain ELT/ETL pipelines ingesting financial systems, ERP/CRM systems, files, and APIs into Snowflake
• Develop SQL and Python transformations in Dataiku and Databricks
• Produce trusted, reusable finance data marts and subject-area tables
• Automate and orchestrate workflows, including scheduling, dependency management, alerts, logging, and monitoring
• Publish performant Snowflake views and semantic layers for Tableau analytics
• Optimize Snowflake query patterns, warehouses, micro-partitions, caching, clustering, and cost-efficient configurations
• Implement data validation, reconciliations to source systems, lineage documentation, and access controls
• Uphold PII and financial data standards
• Gather requirements with Finance/FP&A, Accounting, and business analysts
• Translate period close, variance analysis, and forecasting metrics into data models and pipelines
• Manage code in Git, conduct reviews, write unit/integration tests, and promote changes through dev/test/prod
• Convert manual and Excel processes into automated, auditable pipelines
• Prototype utilities and frameworks in Python

Data Engineer II

Mechanical Engineer

• Establish regular partnership with Materials Engineering management on significant technical projects, risks, mitigations and results
• Serve as a role-model technical leader for the Materials Engineering organization
• Provide technical and behavioral training, coaching and mentoring
• Participate in all product lifecycle phases as a technical lead, including material and process selection, design reviews, production support and aftermarket support
• Champion training and professional growth initiatives for less experienced engineers
• Participate in technical special process groups
• Provide technical support at multiple Honeywell Aerospace sites and suppliers
• Represent Materials Engineering and Honeywell Aerospace in high-impact customer and regulatory engagements
• Develop Aerospace-level engineering processes and guidelines
• Resolve problems across supply chain, programs, engineering and external suppliers as a welding, metal joining and metallurgy subject matter expert

Lead Mechanical Design Engineer

Engineer

• Support the planning, execution, and delivery of engineering projects
• Assist in coordinating tasks, monitoring progress, and contributing to quality, budget, and timeline goals
• Assist in defining project scope, objectives, and deliverables with stakeholders
• Support development and implementation of project plans, timelines, and resource allocation
• Coordinate with cross-functional teams to facilitate project progress and resolve issues
• Monitor project progress and mitigate risks
• Ensure adherence to timelines, budgets, and quality standards
• Enhance transparency and foster collaboration with stakeholders
• Report directly to the Engineering Manager

Project Engineer I

• Collaborate with the Engineering team to identify problems in current code and applications, ideas for improvement, and required changes
• Write code and scripts
• Participate in software development
• Perform software integration
• Test software
• Provide IT administration and support, including database upgrades, adding users, and supporting IT infrastructure

Intern, Software Engineer

• Collaborate with cross-functional teams to define and develop flight management system requirements
• Design and define flight management system architectures and interfaces
• Perform system integration and testing to ensure compliance with requirements and industry standards
• Conduct risk assessments and develop mitigation strategies
• Support the certification process for flight management systems
• Provide support and oversight to less experienced Systems Engineers on the team

Lead Systems Engineer

• Develop next-generation flight-critical actuation systems for safe and precise aircraft control
• Perform system requirements analysis, decomposition, allocation, and traceability
• Develop and integrate electro-mechanical actuation systems for flight control applications
• Support architecture development and system-level design trade studies
• Develop physics-based models of actuators, motors, power transmission systems, sensors, and control systems
• Analyze system performance, stability, dynamic response, reliability, and failure modes
• Design and evaluate control architectures for flight-critical applications
• Conduct modeling and simulation using MATLAB/Simulink and related platforms
• Support integration of motor controllers, sensors, feedback devices, and embedded control systems
• Define and execute verification and validation activities, including laboratory, subsystem, and system-level testing
• Support Hardware-in-the-Loop, qualification, environmental, and functional testing
• Support root cause investigations and corrective action implementation
• Interface with aerospace customers on technical requirements, system performance, and development activities
• Contribute across the product lifecycle from concept studies and system architecture through modeling, integration, qualification testing, production support, and product sustainment
• Collaborate with mechanical, electrical, controls, software, and test engineers
• Report directly to the Sr Engineering Program Manager

Aerospace Systems Engineer II

• Support the development and integration of aerospace electro-mechanical actuation systems
• Assist with system requirements, documentation, and verification activities
• Develop models and simulations using MATLAB/Simulink and related tools
• Perform engineering analyses to evaluate system performance and functionality
• Support integration of motors, sensors, controllers, and embedded systems
• Participate in laboratory, HIL, environmental, and qualification testing
• Analyze test results, troubleshoot issues, and document findings
• Collaborate with cross-functional teams throughout product development and testing
• Contribute across the product development lifecycle, from concept studies and system architecture through modeling, integration, qualification testing, production support, and product sustainment

Aerospace Systems Engineer – Level I

• Lead implementation of customer ASIC designs into Honeywell Aerospace ASIC platforms and technologies
• Lead customer-facing technical interactions and bridge ASIC design/fabrication services with customer needs
• Collaborate with physical design, IC packaging, layout verification, test, reliability and radiation effects, quality assurance, and program management teams
• Ensure timely and successful project delivery within scope and budget
• Implement design-for-test features including scan, memory BIST, and boundary scan
• Ensure ASIC product quality, reliability, and performance through design reviews, quality assurance processes, and testing
• Foster technical excellence, innovation, and continuous improvement
• Generate technical reports, documentation, and presentations for internal and external stakeholders
• Review and approve design work against project goals and quality standards
• Create application notes, technical design checklists, and training presentations for customers and internal teams
• Provide technical guidance and mentorship to engineering teams

Principal ASIC Design Engineer

• Verification and validation of real-time embedded control aviation software
• Verification and validation, including testing and documentation of software in accordance with DO-178 guidelines
• Develop tests, tools, and environments to aid in software testing
• Provide regular status reporting to management as required by projects and leadership
• Develop X-Domain experience within software V&V and drive innovation in tools and processes
• Support V&V CoE strategies, innovations, and tool-development deployments across programs
• Support the software development team as required by projects
• Perform assignments as directed by the primary managers

Intern Master – Software Engineer

• Develop control units for Electro-Mechanical Flight Control Actuation systems
• Encompass the complete product design and development life cycle, including system concept development, design, build, qualification, certification, and in-service support
• Develop specifications for controllers and individual hardware and software development teams
• Serve as technical lead coordinating electrical hardware, mechanical, software, test services, safety, and other functional groups
• Coordinate development and prototype/serial manufacture of electrical control units
• Report system design and development status to internal and external customers
• Liaise closely with customers, designers, and suppliers
• Work independently and within a multifunctional team environment

Senior Advanced Systems Engineer – Flight Control Actuation

General

• Develop, maintain, and improve an internal web-based analytics application
• Implement new features and troubleshoot existing functionality
• Write, review, and maintain Python and SQL code
• Work with a Python web application framework such as Taipy or similar technologies
• Apply standard software development practices, including Git, issue tracking, code reviews, and development lifecycle workflows
• Support existing analytics functionality, including some legacy MATLAB code
• Collaborate with software engineers and analysts working with aircraft-engine data

Intern – Software & Analytics

• Develop advanced integrity monitoring algorithms and models for safety-critical navigation applications
• Support the next generation of autonomous and resilient aircraft systems
• Design, execute, and analyze scientific experiments, simulations, and field tests focused on GNSS, inertial navigation, and integrated navigation solutions
• Conduct work in laboratory and real-world environments
• Collaborate with internal experts, research institutions, and industry partners
• Drive innovation, share knowledge, and advance navigation technologies
• Evaluate emerging GNSS and navigation technologies
• Contribute to continuous improvement and future product development
• Report directly to the Research & Development Manager

Advanced R&D Engineer, Scientist

• Design, develop, and analyze static gas turbine engine components
• Perform strength, fatigue, containment, heat transfer, and other stress analyses
• Perform stress analysis using complex finite element and classical book calculation methods
• Support testing
• Conduct manpower, task, and schedule planning
• Coordinate projects
• Ensure project and product compliance
• Manage risks
• Develop processes
• Perform root cause analysis and corrective action
• Communicate with Project Engineering teams
• Conduct design reviews and presentations to internal and external customers
• Ensure proper documentation of work performed
• Participate in department process improvement initiatives