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Thank you for your interest in FreeFlight Systems.
We are currently hiring for the following position
(no recruiters please):
Software Quality Assurance
Minimum Requirements
- BA/BS
- Critical thinker: attention to detail and organizational
skill
- Excellent proofreader, especially with regard
to consistency among documents
- At least rudimentary knowledge of software engineering
principles
- Working knowledge of MS Word, MS Excel, and Adobe
Acrobat (or equivalents)
- Team player; works well with others, including
Engineering & Production staff
- Good command of written and spoken English; good
communication skills
Desirable Requirements
- BA/BS in a technical discipline
- Previous experience in software quality assurance,
especially the interpretation and application of
software processes and the drafting of new processes
- Experience with following RTCA/DO-178B software
development consideration
- Working knowledge of software coding, especially
using the C language
- Familiarity with FAA and RTCA aviation & avionics
regulatory document
- FAA Designated Engineering Representative (DER)
– Software category
- Licensed pilot, or interest in aviation
Description of Work
SQA audits the software development
process and ensures software development proceeds
in accordance with quality and configuration management
processes necessary for maintaining the high standards
associated with a safety-of-life application like
aviation. Though the processes are tailored to the
needs of FreeFlight Systems, they have been drafted
in accordance with guidelines established by combined
government/industry committees. These processes are
living documents, and SQA is expected to contribute
to their ongoing improvement.
SQA activities involve completion
of comprehensive checklists to support participation
in or auditing of all phases of the software life-cycle:
project planning, requirements definition, design,
coding, integration, test, and documenting results.
As the day-to-day arbiter of software quality, SQA
must strike a balance between participation and auditing
of the processes. Choosing one or the other depends
typically on the criticality of the software, the
particular phase of development, and resource availability
within Engineering.
Other duties assigned to the SQA
include (i) Weekly monitoring of the software problem
report database and ensuring problem resolution in
a timely fashion, and (ii) conformity review at project
conclusion to ensure software lifecycle data is accurate
and consistent prior to its release to Manufacturing
or regulatory authorities.
Principal Software Engineer
(PDF
format)
Minimum Requirements
- BS in Electrical/Aeronautical Engineering, Physics,
or Computer Science.
- Minimum 10 years industry experience accomplishing
software engineering in a structured, configuration-managed
environment.
- Thorough working knowledge of C programming language.
- Ability to interpret algorithms and translate
into efficient embedded code.
- Significant experience with at least one RTOS.
- Intellectual curiosity coupled with a high energy
level; attention to detail.
- Good command of written and spoken English; good
communication skills.
Desirable Requirements
- MS in Electrical/Aeronautical Engineering, Physics,
or Computer Science.
- Experience with satellite-based navigation (GPS,
WAAS, etc.).
- First-hand experience with systems engineering
practices: e.g., (i) Formulating high and low level
software requirements from a system/functional specification,
(ii) Drafting software test plans, and (iii) Verifying
requirements traceability.
- Experience with embedded coding & test using
microprocessors, FPGAs, DSPs, and ASICs.
- Familiarity with DO-178B (up to criticality Level
B) for avionics SW development and test.
- Familiarity with FAA and RTCA aviation &
avionics regulatory documents.
- FAA Designated Engineering Representative (DER)
– Software category.
Position Title: Manufacturing
Technician 2 (Level 2) (PDF
format)
Reports To: Production Supervisor
Department Name: Manufacturing
Position
Requirements:
Responsible for performing functions associated with
all manufacturing operations, including working with
engineers in set-up and calibration tasks, as well
as performing rework and quality testing related to
the production of parts, components, subassemblies
and final assemblies. Uses programs and processes
to collect and evaluate operating data to conduct
on-line adjustments to products or equipment. May
determine and assist in developing methods and procedures
to control or modify the manufacturing process. Needs
to have the ability to perform failure diagnosis to
the board/component level and perform root cause analysis
with documented results, also needs to be able to
use drawings and schematics to troubleshoot subassemblies
and assemblies to component level. An ability to solder
a must, certification not required but preferred.
Physical Requirements: Work is primarily sedentary.
Requires some bending, stooping, and occasional lifting
and carrying of small instruments and items (weighing
a maximum of approximately 50 Ibs.). Normal vision,
speech, and hearing (with assistance of glasses or
hearing aid permitted) is required for communication
with general public, customers, vendors, management
and other employees of FreeFlight Systems.
Other
Requirements: Able to obtain a security clearance
and submit to drug testing
Job
Classification: Hourly, Non exempt
Work
Schedule: Monday through Friday, 40 hours per
week as assigned. Overtime expected as workload dictates.
Qualification Requirements
Education:
Requires an AA degree in electronic technology or
equivalent, such as 4 years military service in a
related field. Entry-Level Radio Frequency Technician
should fit in the above.
Experience:
Technician must have a minimum of 1 year on the job
training in a testing environment.
Technical
Competencies: Works on one or two units, in
a product line, where limited judgment is required,
also works on at least 85% of a product line where
assignments are semi-routine in nature, I.E. can troubleshoot
a unit or subassembly without any help. Normally receives
general instructions on routine work, and detailed
instructions on new products. Requires ability to
read and interpret Acceptance Test Procedure (A.T.P.),
data sheets to perform pre-burn, final testing, and
use schematics and drawing to perform troubleshooting.
May also work with engineers to generate problem reports
or Engineering Change Notices (E.C.N.). Will be able
to troubleshoot complex circuits to component level
using proper test equipment. May begin to train personnel
on one or two units in a product line.
Management
Competencies: None
Knowledge,
Skills, & Abilities: Must have good technical,
analytical, and communication skills. Under limited
supervision, be able to troubleshoot and repair a
variety of instruments. Ability to read, analyze,
and interpret technical data relating to the work
being performed. Knowledge of appropriate electro-static
discharge (ESD) safety precautions. Must have abilities
in electronic component removal and replacement using
appropriate soldering type skills. Must also have
good time management skills. Must be able to work
well with others and under pressure.
Willing to learn Federal Aviation Regulations (FAR)
i.e. FAR-1,21,43,65,121,135,145 etc.
Electronic
equipment used: PC (Windows XP or later and
DOS), Digital Storage Scope, RF Signal Generator,
Thermal Chamber, Spectrum Analyzer, GPS Generator,
Multimeter, Frequency Counter and Crimpers.
Note:
The above statements are intended to describe the
general nature and level of work performed by people
assigned to this classification. They are not intended
to be construed as an exhaustive list of responsibilities,
duties and skills of personnel so classified.
Responsibilities:
- Services 85% of their primary section's product
line.
- Component level troubleshooting
- Ability to understand product line technical
concepts.
- Ability to read and understand and apply technical
specifications and procedures.
- Solves routine problems independently.
- Demonstrate an ability to handle more advanced
assignments, including the ability to function as
a technician 2 or higher, on products not previously
trained on.
- Production efficiency
- Quality and reliability
- Effective identification and utilization of resources
- Written and verbal communication
- Workmanship standards
- Other duties as assigned
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