Mission Technologies, a division of HII logo
Mission Technologies, a division of HII
Posted 172 days agoVerified live 1d ago

Software Engineer (SkillBridge Intern) - 23875

Brief overview

Greater Roanoke AreaIn-person
UndergradOr in progress
Clearance requiredU.S. government
Python programming essentials for hardware engineeringHardware description languages (Verilog/VHDL basics)FPGA development environment setup (Quartus/Vivado)Basic FPGA design workflows and simulationEDA tools and synthesis conceptsReverse engineering methodologyIDA Pro and Ghidra usageHardware analysis techniquesVersion control (git)Boolean mathematicsLogic gatesCode review processTest suite developmentDebugging and optimizationSystem integrationFormal verification toolsMicrocontroller and embedded systems analysis

About the company

Mission Technologies, a division of HII logo
Mission Technologies, a division of HIItsd.huntingtoningalls.com

HII’s Mission Technologies division develops integrated solutions that enable today’s connected, all-domain force.

Job description

Summary

Mission Technologies, a division of HII, focuses on providing advanced technologies in service of mission partners across the globe. The SkillBridge intern will train as a Software Engineer, gaining hands-on experience in software and hardware analysis and development while contributing to the reverse engineering team.

Responsibilities

  • Training Location: Roanoke, VA (in-person)
  • PHASE 1: FUNDAMENTALS AND TOOLS INTRODUCTION (Weeks 1-4)
  • Week 1: Orientation and Basic Tools
  • Security protocols, facility procedures, and DoD workplace expectations
  • Setup of development environment and introduction to version control (git)
  • Basic logic gate review and Boolean mathematics refresher
  • Week 2: Programming Foundations
  • C++ fundamentals and modern C++ features (C++17 and STL)
  • Python programming essentials for hardware engineering
  • Introduction to hardware description languages (Verilog/VHDL basics)
  • Week 3: Hardware Tools
  • FPGA development environment setup (Quartus/Vivado)
  • Basic FPGA design workflows and simulation
  • Introduction to EDA tools and synthesis concepts
  • Week 4: Reverse Engineering Basics
  • Introduction to reverse engineering methodology
  • Hands-on training with IDA Pro and Ghidra
  • Basic hardware analysis techniques
  • PHASE 2: SUPERVISED PROJECT WORK (Weeks 5-8)
  • Week 5: Initial Project Integration
  • Team workflow introduction and code review process
  • Small-scale reverse engineering assignments
  • Documentation practices and codebase familiarization
  • Week 6: Component Analysis
  • Guided hardware component reverse engineering
  • Implementation of findings into source code
  • Test suite development fundamentals
  • Week 7: Tool Development
  • Contributing to internal software tools
  • Debugging and optimization techniques
  • Integration with existing systems
  • Week 8: Advanced Analysis
  • Complex system analysis techniques
  • Microcontroller and embedded systems exploration
  • Formal verification tool introduction
  • PHASE 3: INDEPENDENT PROJECT CONTRIBUTION (Weeks 9-12)
  • Week 9: Project Assignment
  • Independent reverse engineering project assignment
  • Planning and documentation of approach
  • Initial analysis and tool selection
  • Week 10: Implementation
  • Code development for assigned project
  • Test suite creation
  • Regular code reviews and feedback integration
  • Week 11: Integration and Testing
  • System integration of developed components
  • Comprehensive testing and validation
  • Documentation completion
  • Week 12: Final Phase
  • Project presentation and knowledge transfer
  • Final code review and optimization
  • Program completion and transition planning
  • Success Metrics
  • Completion of assigned reverse engineering projects
  • Demonstrated proficiency in tool usage
  • Quality of code contributions and documentation
  • Effective team collaboration and communication
  • Understanding of security protocols and procedures
  • Additional Goals
  • Event Support Product Sprint Planning

Skills

  • Active-Duty Military ONLY within final 180 days of active-duty service
  • Applications accepted within final 12 months of active-duty military service
  • Must have Bachelor's Degree in a relevant field
  • Must have the ability to obtain a US DoD issued security clearance
  • SECRET security clearance preferred

Qualifications

Must Haves

  • Active-Duty Military ONLY within final 180 days of active-duty service
  • Applications accepted within final 12 months of active-duty military service
  • Must have Bachelor's Degree in a relevant field
  • Must have the ability to obtain a US DoD issued security clearance

Nice to Haves

  • SECRET security clearance preferred

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