Engineering Services

Systems Engineering

  • Product Life Cycle Development - Prior to H6 Energy, supported prime contractors: Lockheed Martin, Northrop Grumman, DRS Technologies, BAE Systems, and NASA: Systems Engineering, Program Management, System Safety Engineering, and Test Verification. Aerospace, Space, C4ISR, Avionics, and Radar.
  •  $1M to $30M programs to include development of Statement of Work, Product Specifications, Work Breakdown Structure with cost and labor, Technical Risk Management, Software and Hardware Development, Technical Design Reviews, Product/System Integration, Safety, Test Verification, and Certification. 


  • Aspects of Systems Engineering (V-Model Systems Engineering) to including the creation of engineering work products and deliverables (Trades Studies/Product Comparisons, SOW, BOEs, System Requirements, Design/Subsystem Design, Integration, Test, and Safety. Executed Systems Engineering Technical Reviews (SETRs) for multiple programs.
  • Basis of Estimates (BoEs), Work Breakdown Structure, and preliminary project schedules. 
  • Structured program in DOORS; CMMI Level 3 support from SCAMPI Appraiser; Supported DoDAF framework for platform modifications; Link-16 requirements and implementation. 
  •  Systems Engineering for C-130T avionic upgrades and console modification for the U.S. Navy /PMA 207 Program Office—RNP RNAV, Mode S, TCAS, Multifunction Displays, Digital Maps, and Air Traffic Management. Systems Engineering, Test Engineering, and System Safety for platform modifications and Self-Certification strategy. 
  • Platforms:  SLS, KF-16, C-130T, AC-130U/H Gunships, B-200, CH-47C/D, UH-60, F-15, EF-2000, A-10, and C-5; ARL/De Havilland-7, Jasmine/ATR-42; FireFinder Radar; Coastal Surveillance Radars. 
  • Industry standards, procedures, and guidelines to guide and facilitate development efforts.

System Safety Engineering

 System Safety: MIL-STD-882, ARP4761, ARP4754, JSSG-2006, MIL-STD-1472G; Software/Hardware Safety: DO-178C Level A/B, MIL-STD-498, and DO-254; AC 20-138A, AC 25-11; Airworthiness Certification Criteria - MIL-HDBK-516B; Environmental /EMI/Power - MIL-STD-810, DO-160D, MIL-STD-461, MIL-STD-704; NASA System Safety - Avionics and Software Safety.

  • Safety and Mission Assurance for Space Launch System (SLS)—Core Stage, ICPS, and Emulators. 
  • System Safety on subsystems, LRUs, card interfaces, and programmable logic devices (FPGAs, ASICs) for design assurance (MSFC-STD-3663/DO-254) and test verification to prevent erroneous hardware and software operations and functionality. 
  • Hazards, controls, and test verification objectives.  
  • Gap Analysis to determine deficiency in meeting NASA standards and requirements. 
  • Guidance on overall approach for System Safety for modeling SLS elements functions as performed on the rocket day of launch. 
  • SSARs and technical reports for software, hardware, and safety. 
  • Working Groups, Technical Interchange Meetings, and Design Reviews. 

Design and Test Verification

Program Verification and Validation represent the plan, processes, best practices for certification. V&V planning reflects the structure of the program by defining the verification and validation activities performed against system level integration and associated subsystems. V&V planning defines the approach for requirements verification and validation.

  • Design and implementation of cost-effective solutions for CNS/ATM with increase capabilities – aircraft GPS, Electronic Flight Bag, Electronic Flight Instrument (EFI) Model 550, and EIDS Display. 
  • Audit of the subcontractor design manufacturing process for evident of hardware and software safety EFI-550; Structural Coverage/Static Code Analysis, removal of dead code, line item execution accountability; C++, TDCU-VHDL, Xilinx FPGA; DO-178A/B (software), and DO-254 (hardware). 

Information Technology

Dedicated Managed Servers

 Private cloud-based infrastructure, server operating system, with a 99% uptime-availability service level agreement (SLA). Designed to support complete web application lifecycle: building, testing, deploying, managing, and updating. The cloud-based hosting platform and network infrastructure will secure, robust solution delivery platform.


Wireless/Network Infrastructure

  • Broadband wireless/optical network;  Long haul and local loop wireline/wireless circuits: T-1, DS3, OC-3 and OC-48 circuits for private IP Networks. Point-to-Point/Multipoint (Hub) wireless technologies.
  • Frequency Control RF Timing Devices for computer, telecommunications and instrumentation applications. 
  • Field Programmable Devices, TCXOs, VCXOs, HCMOS, TTL devices. 

Application Software

Software development for avionics boxes, emulators, and FPGAs. Functional allocation, Software Design Verification Objectives (DVOs), Unit Testing, and DVO Success Criteria. 

Embedded Software

Embedded software (hardware) for board level FPGAs, modeling, testing, and documentation. 

Program Deliverables

Small Business

SBA Hubzone Certification

8a Certification (Application Pending Completion)


Blockchain Training Alliance Reseller

US Black Chambers