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Systemc Modeling Engineer Jobs in Hanover, MD (NOW HIRING)

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Systemc Modeling Engineer information

See Hanover, MD salary details

$36.8K

$86.8K

$135.8K

How much do systemc modeling engineer jobs pay per year?

As of Jun 1, 2026, the average yearly pay for systemc modeling engineer in Hanover, MD is $86,783.00, according to ZipRecruiter salary data. Most workers in this role earn between $76,100.00 and $97,000.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a SystemC Modeling Engineer, and why are they important?

To excel as a SystemC Modeling Engineer, you need strong expertise in digital design, C++ programming, hardware description languages, and a background in electrical or computer engineering. Familiarity with SystemC libraries, simulation tools, and version control systems is typically required, and certifications in hardware modeling or verification can be advantageous. Effective problem-solving, attention to detail, and collaboration skills are essential soft skills that help you stand out. These competencies ensure accurate hardware modeling, efficient verification, and successful integration within engineering teams.

What are some common challenges faced by SystemC Modeling Engineers when collaborating with hardware and software teams?

SystemC Modeling Engineers often navigate the challenge of bridging the gap between hardware and software teams, as they must accurately represent hardware behavior in a way that is both functional for software development and reflective of real-world hardware constraints. Ensuring model fidelity while maintaining simulation performance is a delicate balance, especially when requirements change rapidly. Clear communication and iterative validation with both teams are essential to resolve ambiguities and synchronize development timelines.

What are SystemC Modeling Engineers?

SystemC Modeling Engineers are professionals who use the SystemC language to create high-level models of hardware systems, typically for simulation, verification, and architectural exploration in the electronics and semiconductor industries. They help bridge the gap between software and hardware design by modeling hardware components and behavior at different abstraction levels. Their work enables faster development cycles and analysis of system performance before committing to physical hardware design.

What is the difference between Systemc Modeling Engineer vs Hardware Design Engineer?

AspectSystemc Modeling EngineerHardware Design Engineer
Primary FocusDeveloping system-level models using SystemC for simulation and verificationDesigning and implementing hardware components and circuits
Required SkillsSystemC, C++, hardware architecture, modeling techniquesVHDL/Verilog, FPGA/ASIC design, circuit analysis
Work EnvironmentEmbedded systems, simulation labs, software developmentHardware labs, manufacturing facilities, design teams
Industry UsageElectronics, embedded systems, system architectureConsumer electronics, telecommunications, semiconductor industry

While both roles involve working with hardware and system design, the Systemc Modeling Engineer primarily focuses on creating high-level models for simulation and verification, whereas the Hardware Design Engineer concentrates on designing physical hardware components. Understanding these differences helps in choosing the right career path or job search focus.

Systemc Modeling Engineer jobs near you
Senior Digital Verification Engineer 4 - 23335 (FS Poly Required)

Senior Digital Verification Engineer 4 - 23335 (FS Poly Required)

Huntington Ingalls Industries

Fort George G Meade, MD • On-site

$116.25K - $190.90K/yr

Full-time

Posted 26 days ago

Job description

Requisition Number: 23335
Required Travel: 0 - 10%
Employment Type: Full Time/Salaried/Exempt
Anticipated Salary Range: $116,245.00 - $190,900.00
Security Clearance: TS/SCI with Poly
Level of Experience: Senior
This opportunity resides with Warfare Systems (WS), a business group within HII's Mission Technologies division. Warfare Systems comprises cyber and mission IT; electronic warfare; and C5ISR systems.
HII works within our nation's intelligence and cyber operations communities to defend our interests in cyberspace and anticipate emerging threats. Our capabilities in cybersecurity, network architecture, reverse engineering, software and hardware development uniquely enable us to support sensitive missions for the U.S. military and federal agency partners.
Meet HII's Mission Technologies Division
Our team of more than 7,000 professionals worldwide delivers all-domain expertise and advanced technologies in service of mission partners across the globe. Mission Technologies is leading the next evolution of national defense - the data evolution - by accelerating a breadth of national security solutions for government and commercial customers. Our capabilities range from C5ISR, AI and Big Data, cyber operations and synthetic training environments to fleet sustainment, environmental remediation and the largest family of unmanned underwater vehicles in every class. Find the role that's right for you. Apply today. We look forward to meeting you.
To learn more about Mission Technologies, click here for a short video: https://vimeo.com/732533072
Job Description
Do you enjoy challenging digital design verification problems? HII Mission Technologies is seeking out-of-the-box thinkers who can uncover difficult-to-activate corner-case bugs and vulnerabilities in the gate-level netlists of FPGA and ASIC designs.
Candidates for this position will help lead teams of digital designers to utilize industry-standard functional verification tools (e.g., Questa, VCS, Verdi), logical equivalence tools (e.g., OneSpin 360EC), and proprietary software tools to verify design function and integrity. Common verification targets include embedded processors, DSPs, filters, transceivers, data links, systems-on-chip, and decoders. Candidates will be expected to utilize experience in the cybersecurity, electronic warfare, encryption, radar, and/or satellite communications domains to provide perspective on design verification approaches.
Full-Scope Poly required at the time of application
*This position is contingent upon contract award.
Essential Job Responsibilities
  • Candidates will develop models, transactors, stimuli, monitors, and test benches for simulating and uncovering hidden behaviors in gate-level digital netlists.
  • Candidates will be expected to produce clear documentation and test cases demonstrating identified bugs or deviations from the specification.
  • Effective collaboration with teammates to produce cohesive results and create improved processes is required.
  • Candidates must be U.S. citizens and be willing and able to maintain DoD Security Clearance

Minimum Qualifications
9 years relevant experience with Bachelors in related field; 7 years relevant experience with Masters in related field; or High School Diploma or equivalent and 13 years relevant experience.
• US Citizenship
• Must possess an active TS/SCI with Full Scope Poly at the time of consideration
• Degree in Electrical Engineering, Computer Engineering, Computer Science, or a related field
• Experience with modern digital verification and modeling languages: SystemVerilog, SystemC, C/C++, Matlab, etc.
• UVM concepts
• Directed, constrained-random, and assertion-based verification (ABV) techniques at the gate, interface, and transaction levels, including SVA
• Experience with modern, commercial-grade, functional simulators (e.g., Xcelium, Incisive, Questa, VCS, Riviera-Pro, etc.)
• Writing scripts for batched verification tasks: Python, Bash, Tcl, make files.
• Revision control systems for maintaining, sharing, and deploying code: Perforce, git, SVN, etc.
• Familiarity with debugging and isolating issues with gate-level netlists
Preferred Requirements
• Familiarity with object-oriented, embedded, assembly, or machine code programming
• Software or hardware reverse-engineering (e.g., IDA Pro, Ghidra)
• FPGA design or verification
• Familiarity with testing and verification techniques for IC trust, assurance, or security
• Experience with logical equivalence checkers (e.g., OneSpin 360-EC, ESP, Conformal EC)
• Experience with formal ABV
• Embedded Software Design for Wireless Radio
• Design of Digital Wireless Communications Systems
• Experience with DSPs for RF Communications
• Experience with Wifi, Cellular, Satellite, or Handheld communications
Physical Requirements
May require working in an office, industrial, shipboard, or laboratory environment. Capable of climbing ladders and tolerating confined spaces and extreme temperature variances.
The listed salary range for this role is intended as a good faith estimate based on the role's location, expectations, and responsibilities. When extending an offer, HII's Mission Technologies division takes a variety of factors into consideration which include, but are not limited to, the role's function and a candidate's education or training, work experience, and key skills.
Do You Need Assistance?
If you need a reasonable accommodation for any part of the employment process, please send an e-mail to buildyourcareer@hii-co.com and let us know the nature of your request and your contact information. Reasonable accommodations are considered on a case-by-case basis. Please note that only those inquiries concerning a request for reasonable accommodation will be responded to from this email address. Additionally, you may also call 1-844-849-8463 for assistance. Press #3 for HII Mission Technologies.

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