Job Information -

As a Senior Design Engineer, you will play a key role in the conceptualization, development, and refinement of advanced aircraft systems and structures. You will collaborate with multidisciplinary teams, including aerodynamics, propulsion, avionics, materials, and manufacturing, to ensure the successful execution of the program from concept to production.

As an aerospace engineer, you will research, design, develop, test, certify, deploy and improve cutting edge products and services fot the UJTS program. These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems. You'll develop complex aerodynamic components, structures, and systems. Your technical duties involve the design and development, analysis, and test of new products and processes throughout the product lifecycle.

As a Senior Design Engineer, you will play a key role in the conceptualization, development, and refinement of advanced aircraft systems and structures. You will collaborate with multidisciplinary teams, including aerodynamics, propulsion, avionics, materials, and manufacturing, to ensure the successful execution of the program from concept to production.

As an aerospace engineer, you will research, design, develop, test, certify, deploy and improve cutting edge products and services fot the UJTS program. These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems. You'll develop complex aerodynamic components, structures, and systems. Your technical duties involve the design and development, analysis, and test of new products and processes throughout the product lifecycle.

As a Senior Design Engineer, you will play a key role in the conceptualization, development, and refinement of advanced aircraft systems and structures. You will collaborate with multidisciplinary teams, including aerodynamics, propulsion, avionics, materials, and manufacturing, to ensure the successful execution of the program from concept to production.

As an aerospace engineer, you will research, design, develop, test, certify, deploy and improve cutting edge products and services fot the UJTS program. These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems. You'll develop complex aerodynamic components, structures, and systems. Your technical duties involve the design and development, analysis, and test of new products and processes throughout the product lifecycle.

This position monitors every phase of the software development process to ensure design quality, making sure that the aircraft delivered software adheres to the standards set by the development company and satisfies regulatory requirements.

Job Responsibilities:
• Interface with systems and software development personnel, test and evaluation personnel, and project managers.
• Must work well in a team environment, have excellent customer interface skills, have effective interpersonal skills.
• The candidate is expected to quickly come up to speed with the software process auditor work scope, technical requirements, program risks, and delivery milestone schedule.
• Review and approve systems, software and test equipment requirements, design and test documentation for compliance to process requirements and standards.
• Participate/interface with the engineering counterparts on program activities to assure processes and products are compliant to contractual and company process requirements and standards.
• Participate in the software change control process boards
• Moderate travel may be required to support program activities and auditing software suppliers.
• Mentor and train junior employees, as required

• Software Safety Standards & Requirements

  • Apply software safety standards (e.g., DO-178C, MIL-STD-882, AMCOM 385-17, Joint Software Safety Engineering Handbook) throughout the development lifecycle.
  • Identify hazards and ensure compliance with safety standards from initial concept through qualification testing.

• Civil & Defense Safety Process

  • Demonstrate familiarity with civil safety processes: SAE ARP-4761 and ARP-4754.
  • Demonstrate familiarity with defense safety processes: MIL-STD-882.

• SAE ARP4761 Analyses

  • Aircraft and System Functional Hazard Assessments (AFHA/SFHA)
  • Aircraft and System Safety Assessments (PASA, PSSA, ASA, SSA)
  • Particular Risk Analysis (PRA)
  • Zonal Safety Analysis (ZSA)
  • Common Mode Analysis (CMA)

• MIL-STD-882 Analyses

  • Preliminary Hazard Analysis (PHA)
  • Operational & Support Hazard Analysis (O&SHA)
  • Health Hazard Analysis (HHA)
  • System/Subsystem Hazard Analysis (SHA/SSHA)
  • Hazardous Materials
  • Failure Modes and Effects Criticality Analyses (FMECA)
  • Safety Assessment Report (SAR)

• Model-Based Systems & Safety Analysis

  • Utilize model-based systems engineering (MBSE) and model-based safety analysis (MBSA) principles (experience or training is desired).

• Collaboration & Communication

  • Work with cross-functional teams to resolve complex functional systems issues.
  • Build and maintain effective relationships with internal and external customers.
  • Brief leadership and customers on technical findings and recommendations.

• Aircraft Systems Knowledge

  • Possess technical and functional understanding of aircraft and aircraft systems.
  • Operational understanding of aircraft, aircraft systems, and related support systems is highly desirable.

In this role, you will be using your skills and expertise to develop highly complex designs. These cover a very wide range, from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems. You'll create and review layouts, drawings, and models for clarity, completeness, and accuracy. You'll identify design errors, omissions, and other deficiencies, and recommend revisions and/or improvements in designs.

Physical/Mental/Emotional Requirements:

• Frequently walk, sit, stand, climb stairs and steps.
• Frequently repeat same hand, arm, and finger motion many times to include finger and hand dexterity.
• Rarely lifting or carry
• Rarely exposed to fumes or hazardous chemicals/materials.
• Rarely exposed to loud noises

This position will focus on component and system tooling design for aircraft modification and component sub-assembly operations. Work is performed with general direction and exercises considerable latitude in determining objectives and approaches on assignments. The successful individual will guide design and development of Jigs, Fixtures, Lifting devices, and Semi-Automated Equipment. Under general supervision, provides engineering design concepts in support of manufacturing process and tooling.

• Develops CAD Model concepts, 3D Xperience, 3D modeling and detailed 2D drawings. Is active in design conception as well as assisting in the development of processes, working in a team environment. 
• Responsible for design completeness through fabrication, including tool and process tryout. 
• Provides technical support to product engineering for producibility through manufacturing, test and field use. 
• Assists in tool acceptance criteria for in-house fabrication or outside procurement of special tools.

Looking for an Embedded Software Engineer to support our Software and Digital Technologies department. As a member of the SW&DT department you’ll work in a fast-paced team environment alongside systems, firmware, and hardware engineers to make our technologies a reality. This position will serve on-site at Aviation Blvd West Building in Linthicum, MD.

Responsibilities:

• Support the planning, development, and testing of a surface Navy electronic warfare system.
• Communicate project status to the Integration and Test (I&T) IPT Lead.
• Use software development and collaboration tools like VS code, Jenkins, JIRA, BitBucket/GIT, Nexus, and Confluence.
• Collaborate with systems engineers to support system level integration testing.
• Implement software changes in C++ to port existing software to new hardware.
• Unit test software changes with system hardware.

• Based on specific stated objectives, performs mechanical analysis, mechanical CAD design, or mechanical test of one or more complex materials, structural components or functional systems of missile system products.
• Use advanced structural and product design engineering software tools along with CAD software, preferably Siemens NX.
• Knowledge of GD&T principles and application to designs
• Applies engineering principles to adapt or improve upon heritage features from previous successful designs of a similar nature
• Demonstrates a willingness to seek creative, new, and different ways to accomplish outcomes
• Perform engineering design, development, analysis, and/or test activities to support assigned projects
• Develop test programs as needed to evaluate system elements, such as materials, structural components, etc.
• Manage test activities and test article fabrication, including documentation of results
• Ability to communicate project status, analysis/test results through written reports or presentations to internal and external customers.

• Electrical engineers research, design, develop, test, certify, deploy and improve cutting edge products and services.
• These cover a very wide range from advanced mission payloads and electronic systems through highly integrated aircraft to orbital and space exploration systems.
• You'll conceptualize and design new products and processes throughout the product lifecycle from analog and digital electronic circuit card assemblies to fully integrated systems.

 Physical/Mental/Emotional Requirements:

• Frequently walk, sit, stand, climb stairs and steps.
• Frequently repeat same hand, arm, and finger motion many times to include finger and hand dexterity.
• Rarely lifting or carrying up to 20 lbs.

Working Conditions:

• Rarely exposed to outdoor elements (high/low temperatures, sun, rain/snow, etc.)
• Rarely exposed to fumes or hazardous chemicals/materials.
• Rarely exposed to loud noises

Looking for an Electrical Engineer to support our Electrical Engineering department. As a member of the Electrical Engineering department, you’ll work in a fast-paced team environment alongside Integration and test engineers and design engineers to make our technologies a reality. 

Job Duties:

• Based on specific objectives, perform analysis, design, and/or test of complex designs.
• Perform comprehensive review of internal, external, industry, customer, and range requirements to support system and subsystem designs.
• Perform detailed analyses to support/verify designs and conduct briefings to management and customers.
• Lead development, coordination, and execution of test programs required to evaluate the design.
• Lead troubleshooting efforts and comprehensive failure investigations.
• Mentor other engineers from a technical standpoint as well as perform senior peer review.
• Collaborate early and often with other IPTs, engineering disciplines and operations/manufacturing groups.

Job Responsibilities:

• Broad understanding and application of industry and company electrical engineering technical standards.
• Broad technical expertise and working knowledge of other related disciplines.
• Prepares and presents electrical engineering materials for Requirements and Design Reviews.
• Perform qualification acceptance testing, characterization testing, troubleshooting, and test data review of completed complex system designs.
• Perform data analysis to identify trends that may indicate out of tolerance or degraded part performance.
• Perform testing to characterize off-nominal behavior of components.
• Actively and effectively participates and contributes in a positive manner while supporting team decisions and goals.
• Makes an extra effort to provide quality internal and external customer service.
• Constantly seeks new sources of information and provides information necessary to meet customer needs.
• Disciplined with escalation when required.
• Derives and decomposes requirements through multiple sources of documentation and design meetings.
• Evaluate uncertainty and risks associated with requirements and designs.
• Participates in trade studies for both internal projects and procured equipment.
• Act with safety as your number one priority through every aspect of the role.
• Provides formal peer review of engineering designs or analyses for team members.

As a software developer on an Internal Research and Development (IRAD) team. You will work in a collaborative environment to understand system requirements, create and implement new capabilities and algorithms. Many of the algorithms and capabilities implemented by the team will be mathematics and physics intensive complex solutions that will be highly critical to the system performance. In addition to software development you will also be expected to support reviews of requirements and test cases that are developed for the software capability.

As a software developer on an Internal Research and Development (IRAD) team. You will work in a collaborative environment to understand system requirements, create and implement new capabilities and algorithms. Many of the algorithms and capabilities implemented by the team will be mathematics and physics intensive complex solutions that will be highly critical to the system performance. In addition to software development you will also be expected to support reviews of requirements and test cases that are developed for the software capability.

Looking for an Engineering Designer to support the Electronics Packaging department. As a member of the Electronics Packaging group, you’ll work in a fast-paced team environment alongside Mechanical Engineers and Electrical Engineers to make our technologies a reality. This position will serve on-site in Chandler, AZ.

Responsibilities:
• Support the modeling, drafting, and release of new or existing mechanical parts and assemblies related to launch vehicle avionics using Siemens NX managed with Teamcenter.
• Support the modeling and drafting of electrical printed wiring assemblies (PWA’s).
• Communicate project status to Responsible Engineers.
• Collaborate with Mechanical and Electrical Engineers on the design of various system components.
• Compile digital product definition packages for final release per ASME Y14.41 - Digital Product Definition Data Practices using Siemens NX PMI and Teamcenter.
 

Key Accountabilities
The Configuration Management (CM) specialist supports engineers in complex system, software and hardware development. They are an active participant, helping the teams understand and comply with the CM aspects of the processes. During development it is important that the product life cycle data is controlled and documented correctly and consistently. When the product is ready for release, CM will assure data integrity is protected (baselined and archived) and can be retrieved. The CM specialist will also administer the CM tools and document the various baselines in the product Configuration Indices. CM ensures that changes to configured data are authorized and tracked to completion.

The CM specialist will be expected to perform the following:

• Ensure the CM aspects of development conform to the declared plans and standards.
• Maintain and explain the product and lifecycle data configuration baselines.
• Understand the integration of all plans and standards involving configuration control, change management, and the control/release of data.
• Understand data and archive media management.
• Be a quorum member of the Change Control Board.
• Enforce product and document review and approval requirements
• Continuously improve CM practices and tools

The Control System Certification Engineer is part of the Software Systems Capability function.
The Control System Certification Engineer shall liaise with control system development engineers and airworthiness authorities to create certification work products that satisfy the certification basis of the program. This will include creation of requirements, design, verification and traceability evidence for lifecycle data created during development of the control and monitoring system.

Key Accountabilities

• Capture evidence of requirement validation, use cases, design constraints, quality, safety and security attributes, etc., in certification work products.
• Collaborate with development teams to establish understanding of certification plans, work product standards and configuration management.
• Establish report generation methods to collect life-cycle data and publish for delivery to airworthiness authorities.
• Implement improvements to certification work products with feedback from program and airworthiness stakeholders.
• Liaises with other disciplines to understand the relationships between the many types of life-cycle data.

• Review compliance of Engineering to Material and Process System Level requirements
• Generate bill of materials based on information from Engineering designs and our clients material requirements planning system
• Based on specific stated objectives, performs analysis, design, or test of one or more complex materials, structural components or functional systems of company products.
• Use advanced structural and product design engineering software tools. Solid knowledge of GD&T principles and application to designs
• Perform complex engineering design, development, analysis, and/or test activities to support assigned projects
• Develop test programs as needed to evaluate system elements, such as materials, structural components, etc.

The Aircraft Proposal Technical Writer reports to the Director of Sales. Responsibilities include technical writing for proposals and contracts from inception of proposal request to approval stage, through the turnover to the RSM.

ESSENTIAL DUTIES AND RESPONSIBILITIES

1. Review RFQ’s and Sales opportunities, interpret terms and conditions, pricing schedule details and coordination of requirements.

2. Prepare and/or assist with proposal preparation in accordance with RFQ’s/SOW’s.

3. Work with supervisors and managers for timely conclusion of contract/proposal inputs, provide advice concerning relevant issues and respond to proposal inquiries and resolve proposal related issues.

4. Consolidates writes or rewrites proposals; interprets customer guidelines to ensure compliance and confirms with Sales.

5. Plans, arranges and participates in meetings to promote participation in the proposal process.

6. Coordinates and disseminates information to staff on potential opportunities.

7. Confers with and advises department staff on problem solving assistance, answers to questions and program goals and proposal interpretation.

8. Coordinates with Sales and internal parties to assemble correct statement of work including items such as maintenance due list, aircraft technical baseline configuration, functionality/integration needs/features for new systems/installation in a manner that supports quoting requirements.

9. Identifies, develops and qualifies sourcing opportunities based on spend, value opportunity, risk and resource availability.

10. Create quotes and establish pricing for Chapter 5 inspections etc. using Corridor.

11. Maintain a high level of customer service (internal and external) by responding quickly to customer questions and inquiries.

12. Work effectively and proactively with Sales and Service to ensure quotes are accurate, and skills/capabilities are present to handle the projects at hand.

13. Work together with Sales Department and Operations departments to rectify customer issues, create quotes, assist Planning Department

14. Handle paperwork in a timely and accurate manner (expense reports, quote requests, Monthly sales reports, etc.) Summarize daily/weekly/monthly/quarterly results in agreed-upon measured areas for coaching discussions with direct manager.

15. Maintains a high level of professionalism at all times.

16. Performs other duties as assigned.