Honeywell Aerospace Technologies

Systems Engineer

• Perform numeric evaluation of product design, integration, and qualification activities for new inertial navigation products
• Evaluate sensor and system performance, including Root Allan Variance (RAV)
• Lead trade studies and issue resolution activities, including FMEA and RCCA
• Prepare, review, approve, and present technical documentation and deliverables to internal and external customers
• Function as a technical focal with internal customers supporting new product development and communicating technical status
• Execute in a cross-functional team setting with mechanical, electrical, software, and test teams
• Support system design team meetings including SRR, PDR, TRR, CDR, FCA/PCA, and TIMs
• Perform customer flow-down requirement analysis, feasibility assessment, and technical solution development
• Create system-level requirements, Interface Control Documents, Hardware Requirements Specifications, Performance Verification Test Plan Procedures, and certification documents

Senior Advanced Systems Engineer

Engineer

• Provide technical leadership for Valves and Start System products from concept through critical design and qualification
• Drive New Product Development programs across planning, concept, verification, and early production support phases
• Manage project performance and execution
• Develop and manage costs, schedules, and milestones
• Apply Earned Value Management System (EVMS)
• Develop and manage risks, including threats and opportunities
• Communicate technically with internal and external customers
• Interface technically with hardware suppliers
• Perform technical problem solving and root cause analysis
• Create test plans, procedures, reports, and other technical documentation
• Analyze test data results
• Assess customer, industry, and regulatory requirements documentation
• Read and understand detailed design drawings
• Support proposal development, including resource and schedule estimates
• Travel up to 25%

Senior Advanced Project Engineer – Relocation Assistance

Customer Support

• Provide support for hardware planning and tracking for NPI programs
• Resolve SAP issues and maintain status information
• Support project planning and scheduling
• Act as liaison between engineering groups
• Communicate requirements and risks to stakeholders
• Create and maintain hardware tracking, including schedule and cost reporting
• Champion consistent processes within the procurement cycle
• Perform administrative, project management, communication, and knowledge management tasks
• Support the hardware procurement lifecycle for the Engines and Power Systems organization
• Report directly to the Senior Engineering Manager

Engineering Support Specialist I

Pricing Analyst

• Report directly to the Sr. Pricing Manager
• Prepare FAR12 and FAR15 TINA-compliant proposals for prime contractors and US Government agencies
• Prepare proposals for non-US Government customers
• Sign 1411 coversheets for FAR15 proposals, including final certification
• Support DCAA/DCMA and prime contractors with audit and fact-find requests
• Contribute to business cases, competitive assessments, risk mitigation, and negotiation strategies for customer business proposals
• Drive top-line and bottom-line growth through business and financial analysis balancing Honeywell Aerospace profitability and customer value
• Provide negotiation support to customer business teams
• Provide pricing recommendations for transactional spares and repairs
• Develop positive working relationships with supporting business functions
• Drive organizational excellence through continuous improvements, tools, training, productivity, margin expansion, consistent methodologies, and skill development
• Analyze market trends, identify pricing opportunities, and collaborate with teams to drive pricing initiatives

Senior Pricing Analyst

• Perform requirements analysis
• Perform requirements decomposition
• Design systems
• Integrate systems
• Conduct systems validation and verification
• Engage heavily with customers
• Provide project leadership as an Integrated Project Lead (IPT)
• Support Gulfstream with identified issues and issue resolution
• Support development of Integrated Avionics focused on Displays, Touch Screen Controllers, and Flight Management Systems
• Participate in integration of systems throughout development and testing of changes to Integrated Avionics systems
• Contribute across the system lifecycle from business development through product end of life

Principal Systems Engineer

• Lead the implementation of new manufacturing techniques
• Review conceptual and development designs for cost, quality, manufacturability, and yield
• Manage Manufacturing Readiness Level items to meet IPDS goals
• Manage Unit Product Cost models and APQP goals
• Ensure design benefits from APQP artifacts including PMAP, DFMEA, PFMEA, Control Plan, and PPAP
• Ensure product benefits from DFM Scorecard, Heat Map, PRR, and MRA
• Interface with Engineering and Sourcing to identify suppliers meeting capacity, cost, and capability goals
• Identify and manage new product assembly, test, or tooling capital needs
• Manage Cost Take Out efforts and risk mitigation plans
• Drive DFM activities across manufacturing, assembly, test, and Lean
• Predict and manage Product Rolled Throughput Yield efforts to Aero RTY goals
• Interface with production cells to ensure smooth production transitions
• Provide proposal ISC artifacts in IPDS Phase 2/A as required
• Provide AME/ISC scheduling, planning, and budget management to Program Management
• Manage AME HMR hardware delivery program milestones
• Drive IPDS adherence for ISC-related items in PECA check sheets
• Achieve ISC program milestones, maintain IPDS metrics, and provide status presentations
• Support AME HOS activities including standard work definition and tiered MOS accountability

Advanced Manufacturing Engineer II

• Support planning and coordination of safety-critical embedded software activities aligned with program and certification expectations
• Define and maintain clarity on software scope, requirements, deliverables, and interfaces with systems, V&V, safety, and program teams
• Develop and maintain engineering schedules, resource forecasts, and plans reflecting integration and verification needs
• Drive daily coordination across the software Integrated Product Team
• Monitor software KPIs and performance trends to identify emerging risks, quality issues, or resource mismatches
• Analyze engineering data to detect requirement churn, utilization shifts, and other patterns; escalate insights with recommended actions
• Review software artifacts for completeness, traceability, and readiness for internal or customer reviews
• Coordinate software risks, requirement changes, integration challenges, and certification-related issues for timely mitigation
• Represent the software IPT in customer and internal leadership meetings with clear, data-driven status and risk visibility
• Track daily progress, consolidate weekly status, and support monthly milestone readiness reviews
• Provide PMO and CAMs with schedule, progress, and risk inputs for cost, scope, and schedule alignment

Lead Project Engineer

Full-stack Engineer

• Verify that software correctly implements documented requirements
• Ensure compliance with test standards, guidelines, and DO-178 objectives
• Perform requirement analysis
• Design test strategies
• Develop, execute, and debug tests
• Conduct requirement and test reviews
• Perform formal testing, including RFS and SC
• Support certification activities
• Support Test Experts in deploying new tools and test methodologies
• Provide verification deliverables according to DO-178 and SW V&V CoE processes
• Maintain the Test Procedure Handbook
• Coordinate with the Pro-Tech group on process and technical improvements
• Report program issues to Program Leads
• Provide performance metrics to the North America V&V Manager
• Provide improvement ideas to the Pro-Tech group
• Interface with Program Leads, V&V Manager, Test Experts, Development Team, Pro-Tech Group, and process improvement groups
• Report directly to the Sr Software Engineering Manager

Software Engineer I

Mechanical Engineer

• Perform mechanical design activities for rotating and static turbomachinery components such as rotors, stators, blisks, disks and impellers
• Execute modal, vibration, deflection, crack growth, burst, fatigue, thermal and stack analyses using Finite Element Analysis (FEA)
• Support component and engine-module testing across rig, development and production lifecycle stages
• Perform data reduction and analysis on test data
• Generate documentation capturing engineering results and findings from design, simulation, analysis and test activities
• Develop and present engineering artifacts during structured design reviews
• Contribute to technical mentoring, process and tool improvement, and knowledge capture
• Support fielded products and development of new products for turbofan, turboshaft and auxiliary power unit applications
• Collaborate with the FanC team at the Phoenix Engines site and report to the Engineering Manager
• Travel up to 15% domestically and/or internationally

Advanced Mechanical Design Engineer, Fan and Compressor Mechanical

• Set up, integrate, and maintain lab hardware and software, including simulators, workstations, and displays
• Optimize how existing demonstrations are run by automating manual steps and streamlining startup, aiming for one-click execution
• Develop scripts and tools that make lab systems reliable and simple to use
• Organize and prepare data into structured datasets for testing and validation
• Support test and evaluation campaigns and document the results

Intern, Software Engineer

• Lead the design and development of complex CNS systems, including hardware, software, and network components
• Drive system integration, validation, and verification activities to ensure compliance with aerospace standards
• Work with CNS laboratory environments and test benches to support system integration, validation, troubleshooting, and verification activities for Communication, Navigation and Surveillance solutions
• Collaborate with cross-functional teams to define system requirements and develop innovative solutions

Senior Advanced Systems Engineer – Communication, Navigation and Surveillance Systems

• Design, implement, and manage complex systems involving hardware, software, and network components
• Perform mechanical systems and equipment integration and oversight
• Coordinate with component and analysis teams
• Support system architecture trade studies
• Present trades involving cost, weight, performance, technical, and schedule risk
• Develop requirements-based systems engineering requirements that satisfy customer requirements
• Validate requirements for intended applications
• Create and execute verification plans using the V-model
• Plan and execute system-level performance, environmental, and vibration tests
• Present technical content to technical leads, customers, and management
• Write technical reports and coordination memos
• Maintain traceable documentation supporting program execution

Systems Engineer II

• Execute engineering projects from initiation to completion
• Understand project scope, objectives, and deliverables in collaboration with stakeholders
• Implement project plans, including timelines, budgets, and resource allocation
• Coordinate and communicate with cross-functional teams to ensure project success
• Monitor project progress and ensure adherence to timelines, budgets, and quality standards
• Identify and mitigate risks and issues that may impact project delivery
• Prepare and present project status reports to stakeholders
• Coordinate with Engineering, Field Service Engineers, Overhaul Support Engineers, ISC teams, D&S Sales, the product line General Manager, and US Government customers
• Support the US Army's TIGER program for the AGT1500 turboshaft engine and its engineering upgrades

Advanced Project Engineer

• Develop, review, and manage system requirements for Airbus Flight Management System (FMS) functionality
• Analyze Airbus operational requirements and ensure alignment with FMS system design
• Support system architecture, requirements decomposition, and interface definition activities
• Investigate, document, and track system observations and defects using JIRA
• Support integration, verification, validation, and certification activities
• Perform system-level troubleshooting and root-cause analysis
• Coordinate with software, navigation, guidance, performance, and V&V teams to resolve technical issues
• Support customer issue investigations and technical reviews
• Prepare technical documentation, test reports, and compliance artifacts
• Work with Airbus customers and cross-functional software, hardware, certification, and verification teams throughout the product lifecycle

Senior Advanced Systems Engineer – Integrated Flight Management Systems

• Lead development teams in a new product development environment
• Ensure project performance and execution
• Manage customer relationships
• Develop and manage schedules and milestones
• Understand technology employed on various programs
• Develop program/project cost estimates
• Develop baselines
• Develop and report program/project metrics
• Perform variance analysis
• Develop and manage risks and opportunities
• Manage supplier relationships
• Travel within the US and/or internationally may be required, less than 10%