Bevilacqua Research Corporation (BRC) is a Service Disabled Veteran Owned, Small Business based in Huntsville, Alabama incorporated in 1992. BRC provides "best-value" technical and management solutions to a diverse government and commercial customer base in the following key business areas: test & evaluation, systems analysis & integration, security & intelligence, and R&D.

The Safety Engineer applies knowledge and experience in System Safety philosophy, policies, and procedures to Air Force systems, subsystems, and equipment procurement activities, post-award project/program management tasks, and acquisition programs throughout their life cycles. The Safety Engineer will also perform a wide range of acquisition management activities in support of AFLCMC/WAB (FMS) A-29 aircraft and supports the acquisition program management of full life cycle requirements, subsystems and equipment.

Responsibilities:

• Applies a full range of System Safety philosophy, policies/procedures, understands current Department of Defense (DoD) and Air Force acquisition regulations, guidelines and processes, and has a solid working knowledge of MIL STD 882E.
• Produces and reviews technical evaluations/plans; engineering studies, reports and analyses; and acquisition strategies/plans, including Statements of Objectives (SOO), Performance Work Statements (PWS), Statements of Work (SOW), Requests for Proposal (RFP), and Analysis of Alternatives (AOA); Initial Capabilities Document (ICD); Capabilities Development Document (CDD); Concepts of Operation (CONOPS); Capabilities Production Document (CPD); System Requirements Document (SRD); System Specification; System Engineering Plan (SEP); Test and Evaluation Master Plan (TEMP); Program Environment, Safety, and Occupational Health Evaluation (PESHE); Alternative Live Fire Test and Evaluation Plan; Data Management Strategy; Chemical, Biological, Radiological, and Nuclear (CBRN) Survivability Assessments; hazard analyses; airworthiness inputs; and other program/technical documents as required.
• Supports proposal reviews and provides assistance in risk management, project management, process improvement support, and logistics support.
• Participates in process improvement activities as members of, or advisors to, Integrated Product Teams (IPTs) and Product/Process Improvement Working Groups (PIWGs).
• Assists in the collection of programmatic inputs from acquisition programs throughout their life cycles to include: research, develop, produce, test, acquire, field, sustain and modernize existing and advanced war-winning capabilities.

• Analyzes equipment for hardware and software deficiencies, makes recommendations for hardware and software deficiency corrections, and develops, integrates, and tests hardware and software deficiency solutions.
• Assists the Government in the engineering evaluation of prime and subcontractor recommendations for operational and support issues such as: evaluations of advance change study notices (ACSNs), engineering change proposals (ECPs), contract change proposals (CCPs), FAA Bulletins, modification proposals, DMSMS, program risk, and related documents.
• Assists with establishing, implementing, and adhering to life cycle systems engineering (LCSE) processes to ensure operational safety, suitability, and effectiveness (OSS&E) compliance is achieved and maintained.
• Supports the Air Force Integrity Programs, maintains and updates the Critical Safety Item (CSI) list, and monitors Airworthiness Certifications for Fighter Bomber Directorate aircraft.
• Performs system safety management services, including analysis of or recommending changes to technical guidance; test plans; specification data; safety critical function processes; critical safety item listing; subject-matter related reports; safety assessment reports; hazard worksheets and memos; hazard analysis ; system safety program plan; mishap guide, reports, and recommendations; and technical input for program requirements (e.g., specifications).
• Assists in evaluating safety hazard analyses, identify safety issues, and recommends approval/disapproval and corrective action to engineering and program management.
• Ensures the requirements of individual items of equipment, subsystems, and support equipment are integrated and established in such a manner that adequate, complete, and effective safety requirements are met within the constraints imposed by cost, schedule, and performance.