L3Harris Technologies

Supply Chain

• Propose, contract and execute non-recurring engineering requirements to meet increased capacity on multiple programs
• Align across the supply chain organization and collaborate with customers and team members to create a material strategy
• Develop cohesive approach to meet the program capacity requirements
• Manage the material budgets during contract execution
• Travel 25% to USG/Customer locations

Senior Associate, Supply Chain Management

Engineer

• Conducts network architecture design, feasibility and modeling
• Designs, analyzes, plans, and modifies network components and/or software by translating customer requirements and objectives into final product design
• Develops and evaluates network performance criteria and measurement methods
• Prepares analysis of the short-term or long-term capacity needs for switching, routing transmission and signaling

Network Planning Engineer

SDET

• Seeking an Ansible expert to drive principles and processes in infrastructure automation
• This role will serve as a Subject Matter Expert in Ansible and Ansible Automation Platform
• Define and lead Ansible automation strategies aligned with organizational goals and emerging technologies
• Manage Ansible Automation Platform, Private Automation Hub, Event-Driven Ansible tools, and mesh/high availability technologies
• Create and manage Ansible Execution Environments with ansible-builder, ansible-navigator, and Private Automation Hub
• Develop Ansible playbooks and roles for provisioning, compliance, and configuration management
• Provide backline support for troubleshooting Ansible platform and execution issues
• Partner with teams to design automation solutions that meet technical and business needs
• Drive new processes and technologies to tackle complex challenges and enhance performance

Lead, IT Architecture – Ansible Automation Architect

• Support a variety of wafer fabrication tools and processes.
• Perform data analysis for development and production work.
• Identify process issues and process optimization opportunities.
• Perform root cause analysis and drive mitigation strategies.
• Perform qualification activities for new processes and tools.
• Provide sustaining engineering support in a manufacturing area.
• Regular interactions with equipment vendors, operations management, equipment maintenance, technicians and development engineering teams.
• Utilize semiconductor processing techniques to develop, optimize, and own production processes.

Specialist, Semiconductor Process Engineer

Full-stack Engineer

• Apply computer science, engineering, and mathematical analysis concepts and principles in the development of software for the target application
• Work closely with cross functional members of the engineering organization to develop and evaluate interfaces between hardware and software, and operational performance requirements and design of the overall system
• Support and participate in all phases of the software development life cycle, including requirements analysis, design, implementation, integration, and test of embedded software for real-time control of advanced tactical radio equipment
• Develop software test procedures, software programs, and related documentation
• Utilize modeling tools and equipment to establish operating data, conduct experimental tests, and evaluate results
• Participate in peer reviews, identify, track and repair defects
• Utilize a variety of software languages (i.e., C++, C#, C, Java, Ruby, HTML5, XML, SQL, Perl, Python, Ajax, Qt) on Windows, Linux, mobile platforms, and embedded real time operating systems (VxWorks, Linux, QNX, Integrity, Windows CE, and others for Motorola, Intel, TI, and custom processor designs)
• Apply digital signal processing (DSP), communication systems, and software engineering concepts and principles in the development of software for the target application
• Understanding of time domain versus frequency domain analysis, filter structures, and modulation/coding algorithms
• Work closely with cross functional members of the engineering organization to develop and evaluate interfaces between hardware and software, and operational performance requirements and design of the overall system
• Support and participate in all phases of the software and firmware development life cycle, including requirements analysis, design, implementation, integration, and test of embedded software for real-time control of advanced tactical radio equipment in an agile environment
• Develop software test procedures, software programs, and related documentation
• Utilize modeling tools and equipment to establish operating data, conduct experimental tests, and evaluate results
• Participate in peer reviews, identify, track and repair defects
• Utilize a variety of software languages (primarily C, C++, and VHDL as well as scripting languages) on embedded Linux and real-time operating system platforms (QNX, Motorola, Intel, TI, and custom processor designs)

Software Engineer Internship

Software Engineer

• Performing and coordinating propulsion program tasks for the RAPTOR Program.
• Implementing design and analysis tasks and overseeing special studies and experiments.
• Collaborating with multiple engineering disciplines, operations, quality, and supply chain functions.
• Assisting in rapid development of specifications, test plans, and statements of work.
• Supporting engineering teams on underwater propulsion development and production tasks.
• Monitoring technical progress and interfacing with program management and AR customers.
• Providing technical consultation for proposal development and conceiving test plans.
• Facilitating testing and post-test analysis to ensure hardware objectives are met.
• Providing technical evaluations on test failures and directing problem investigations.

Senior Associate, Project and Component Engineering

Support Engineer

• Prioritize, maintain, and resolve on-site IT technical issues and escalations within scope
• Manage the inventory of software and hardware materials
• Prepare, configure, and deploy desktop computer systems including imaging computers and maintaining image library
• Ensure ongoing usability of desktop computers, peripheral equipment and software within established company standards and guidelines while ensuring optimum equipment performance and longevity
• Work with vendors when necessary to resolve technical problems with hardware and software
• Work with Network, Server, and Applications Administrators to diagnose and resolve issues
• Support management of network closets and server rooms with service framework providers within scope
• Work with all IT Dept.’s and Service Areas in support of IT Shared Services and effective resolution to customer support needs
• Evaluate, recommend, and perform upgrades to computer systems and applications to ensure optimum efficiency
• Effectively diagnose and resolve unique, non-recurring problems with limited supervision
• Meet established service level agreements (SLA), requirements leveraging best practice and L3Harris standards and processes.
• Analyzing and acting upon SLA’s and metrics data to ensure customer service and customer satisfaction
• Elevate immediately to L3Harris IT leadership any potential risks and concerns that could have significant impact on the sites ability to meet customer expectations and contractual requirements for both internal and external customers
• Guide continuous improvement efforts for the IT Customer and Site Operations service delivery
• Ensure consistent and appropriate communication with end users, BRM’s, and Site-level Leadership for IT operations, service inquires and issues
• Support unclassified IT services within scope

Desktop Support Technician

Architect

• Architect and Build Golden Paths: Design, build, and maintain paved roads for engineering teams.
• Create reusable, self service infrastructure patterns.
• Develop and manage core platform pipelines and infrastructure using IaC tools.
• Manage and optimize multi cloud environments (AWS, Azure) and container orchestration platforms.
• Lead the technical implementation of modern DevOps and Site Reliability Engineering practices.
• Engage with customers to understand pain points, gather requirements, and prioritize solutions.
• Build and maintain strong relationships across the organization.
• Balance multiple platform initiatives while meeting deadlines.
• Create high quality documentation, training materials, architecture guides, and standards.

Lead, IT Architecture

Operations

• Manage interface between Operations Program Management, Design Engineering, and Operations to assess risk and provide solutions.
• Perform Manufacturing Readiness Assessments using the DoD Manufacturing Readiness level (MRL) framework.
• Analyze product/program maturity and assigns manufacturing readiness levels using the DoD MRL threads as a guideline.
• Create Manufacturing transition plans.
• Provide input into new production contract proposals for Operations.
• Deliver professional written and verbal communication to both internal and external stakeholders including L3Harris customers.
• Leads, plans and conducts technical projects typically related to manufacturability, product performance, yields, and process capability.
• Develop technical specifications, interface control documents, manufacturing plans and procedures, analyzes configuration and processing solutions, and tests conformance to specifications.
• Recommend new or improved design solutions and processes; review literature, patents and current industry practices of relevance to assigned project.
• Follow processes in conformance with established policies and objectives.
• Participate in critical design reviews.
• Actively participate in Failure Review Board (FRB) investigations and subsequent Root Cause, Corrective Action (RCCA) activities.
• Partner with other organizations to create and execute improved manufacturing plans which drive measurable improvements to the portion of the Company’s AOP that falls within this role’s span of control.
• Support a culture of Continuous Improvement, “Right the First Time”, Safety First, Audit Ready, and Policy & Security Compliant.

Senior Operations Project Engineer

QA Engineer

• As a Quality Engineer you will contribute to the success of the team, extended program team and the business.
• Engage in data-driven improvement and sustainment initiatives.
• Design, write, implement, evaluate, and revise quality assurance procedures, statistical sampling techniques, quality plans, inspection and testing techniques and specifications.
• Work both independently and along team members to provide thorough and practical solutions to a wide range of electrical, electro-optical, mechanical and technical problems.
• Lead the administration of Quality system tools (i.e TIPQA).
• Implement, interpret, and utilize metrics toward process improvement activities.
• Lead teams and perform investigations to drive CAPA for nonconformance, as well as actively participate in material review.
• Act as the Quality Subject Matter Expert (SME) on program and design teams.
• Generate and deploy Green Belt tools to act as indicators of quality of items produced and health of the process.
• Analyze metrics and indicators to determine opportunities for improvement.
• Early detection and resolution of nonconformance is a key requirement in this role.
• Interpret and flow down customer quality requirements to programs, engineering, manufacturing, and inspection via Program Quality Requirements (PQR).
• Interface effectively and successfully with customers to discuss and negotiate quality requirements and specifications.
• Understand risk and risk management as an essential part of the quality engineering work scope.
• Utilize sense of urgency to act to prevent or correct problems with products and post-delivery defects.
• Assist in process improvement and process problem solutions on the factory floor.
• Perform quality engineering functions for specific phases of projects and programs to develop plans, flow charts, inspection methods, procedures and standards, including FAI, detailed instructions, check lists, sampling plans, classification of defects, etc.; to assure all products, data or services meet specified quality requirements.
• Review Engineering and Manufacturing information on new and revised designs, specifications and bills of materials; production, tool and test equipment drawings; production and tool plans; operations and routing sheets: production, storage and shipping methods, and to assure that products meet customers' requirements.
• Act as the administrator of TIPQA and/or other quality system tools including deploying standard processes and training.
• Effectively interface and collaborate with Supplier Quality Engineering in customer flow-down and to solve vendor quality problems.
• Apply effective interpretation and application of Quality Standards, such as AS9100, IS)-9001, J-Stds, etc.
• Effectively work as a cost account manager for the quality engineering elements of the program work breakdown structure.
• Perform Quality trainings for employees.

Senior Specialist, Quality Engineering

Financial Planning and Analysis

• Prepare financial summary for and ensure financials for Monthly Business Review, Monthly Financial Review (MFR), Management Rate Review (MRR) Annual Operating Plan (AOP), Joint Strategic Plan (JSP), and any other financial reviews are accurate and complete.
• Support month end and week soft closing activities including validating actuals, revenue recognition, cost and fee ceilings, and profit bookings.
• Analyze Estimate at Completion (EAC) and for impact to financials.
• Analyze Strategic Growth Plan (SGP) program forecasts and ensure business area outlook aligns with the long-term growth strategy.
• Analyze Contract Terms and Conditions for impact to revenue recognition and ability to execute within financial processes.
• Monitor overhead budgets and analyze labor utilization.
• Prepare monthly forecasts outlooks for Orders, Sales, EBIT, Cash, Working Capital and Discretionary Spending.
• Participate in customer meetings as required.
• Lead special projects as required.
• Responsible for consolidating and analyzing program forecasts to develop the short-term forecast (STF).
• Prepare meaningful variance analysis of actual versus forecast financial performance and trend analysis.
• Load and maintain programmatic forecast utilizing FCSTGov or similar tools.
• Lead the development, maintenance, and analysis of labor, material, department expense, and burden rates.
• Perform rate modeling and rate variance analysis.
• Assist government compliance with incurred cost submission.
• Manage Pools in CostPoint
• Flexibility to work in a fast-paced dynamic organization
• Frequently responsible for managing large, complex project initiatives of strategic importance to the organization, involving large cross-functional teams
• Supports significant improvements of processes, systems, solutions, or products to enhance performance of job area.
• May develop new concepts or standards
• Interfaces with Program Managers, Accounting, Functional Leads, and customers as the primary source of all financial information for the portfolio they support
• Interfaces with internal and external auditors in support of revenue recognition, accounting, EVMS, rate and other operational audits.
• Experience with contracts such as CPAF, CPIF, CPFF, T&M, FFP, etc.
• Serve as a hands-on manager who actively participates in day-to-day work, stepping in to execute tasks alongside the team
• Effective interpersonal and communication skills and ability to work independently with minimal supervision.
• Responsible for knowing/following L3Harris policies and procedures.
• Ability to obtain a US Secret Security clearance.

Senior Manager, FP&A, Operational Finance

• Drive continuous improvement with the company’s supply base
• Develop and strengthen processes that will reduce defects, receiving inspections, and company risk
• Drive for quick resolution and responses for Verifications of Supplier Non-Conformances (N/C’s)
• Ensure Supplier Corrective Action Requests (8 D’s) have robust containment and permanent corrective actions to prevent future N/Cs
• Travel to Suppliers as needed to support the above activities
• Communicate to facilitate and enhance supplier relations
• Coach on Quality Systems Improvements
• Conduct Supplier On-Site evaluations
• Provide management summary/status reports

Associate Quality Engineer

Manager

• The role involves supporting the Military Avionics Material Management organization and all production programs at the Malabar and/or Palm Bay production facilities.
• Supporting all Supply Chain activities for purchased material items, such as design for supply chain success, material requisitioning, prioritization, material status, receipt, inventory, and customer disposition.
• Support for procurement efforts to maximize cost-effectiveness within the schedule requirements of each assigned contract.
• Identifying and evaluating common supply chain risks, as well as developing mitigation plans with guidance or as directed.
• Facilitating and contributing to the most effective means of acquisition, receipt, distribution, and inventory management for assigned programs.
• Developing a financial forecast for material, understanding the link between financial forecast and earned value management (EVMS).
• Participating in estimate to complete (EAC) reviews with finance and engineering.
• Understanding different contract types, monitoring material budget variances, and reporting on supply chain health problems.

Material Manager

• Technical leadership of a cross-functional engineering team throughout the full program lifecycle including design, development, manufacturing, formal hardware/software qualification, integration and test, and issue resolution.
• Technical, cost, and schedule accountability for technical program execution.
• Ability to direct and oversee seamless integration of mechanical, electrical, and software subsystems and systems; including internal and external stakeholders.
• Provide guidance and support to achieve project goals including participation in major design and milestone reviews, technical meetings, and project planning sessions.
• Strong background in Electronic Warfare or Sensor signal processing experience is essential for this role.
• Experience with Flight Tests and certification, Environmental Testing and Aerospace Engineering.
• Maintain a climate of fostering a high level of employee motivation, performance, and commitment.
• Manage contract change and all phases of the portfolio from capture to sustaining including reviewing and approving estimate to complete (ETCs) of the engineering content of the program.
• Oversee CAM activities, including budgeting, scheduling, and resource allocation for the program.
• Represent engineering both within the organization and with major customers through clear communication; ability to influence changes to practices, processes and approaches.
• Conduct trade studies to compare different hardware/software design options and select the most appropriate solutions.
• Familiarity with critical analyses of subcomponents to identify potential issues and ensure optimal performance.
• Develop and maintain documentation related to system design, analysis, and testing.
• Ensure compliance with industry standards, regulations, and best practices.
• Support new business pursuits and proposal cost reviews to ensure proper technology readiness, Design to Cost, and resource alignment.

Chief Engineer – Next Generation Jammer

Electrical Engineer

• Focus on the design and development of specialized systems and special test equipment for electronic, electro-mechanical, and mechanical products.
• Extensive analog and digital circuit design, microcontrollers, data acquisition, filtering/conditioning, printed circuit design, measurement error analysis, and future system-level engineering.
• Utilization of CAE tools such as Altium and SPICE, and laboratory equipment such as DMMs, oscilloscopes, function generators, etc. used to perform circuit design, verification and troubleshooting.
• Working with or creating embedded firmware to control hardware.
• Working with various serial communication protocols such as RS-232, RS-422, SPI, I2C, etc.