Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Test Engineer - Comm Systems
Groton, CT · On-site
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Test Engineer - Comm Systems
Groton, CT · On-site
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Senior Systems Engineer
Bethel, CT · On-site
$107K - $147K/yr
The engineer will identify and implement strategies to mitigate key development risks, verify ... tools for simulation of electrical systems down to a component level. * Model-based design ...
Senior Systems Engineer
Bethel, CT · On-site
$107K - $147K/yr
The engineer will identify and implement strategies to mitigate key development risks, verify ... tools for simulation of electrical systems down to a component level. * Model-based design ...
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Systems Engineer II
Bethel, CT · Hybrid
Job Summary The Systems Engineer II is responsible for supporting the design and development of ... Experience using Matlab simulation tool for simulation of electrical systems. * Model-based design ...
Systems Engineer II
Bethel, CT · Hybrid
Job Summary The Systems Engineer II is responsible for supporting the design and development of ... Experience using Matlab simulation tool for simulation of electrical systems. * Model-based design ...
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Quick apply
Engine Performance Engineer
Suffield, CT · On-site
Senior Engineer - Performance & Calibration This role is fully onsite in Bloomfield, CT, five days ... CFD, or other simulation tools to support holistic, model-based development approaches. * Work ...
Senior Engineer, Distribution System Planning (Hybrid Schedule)
Berlin, CT · Hybrid
$103K - $141K/yr
Working knowledge of electric simulation software models and power distribution systems analysis ... Bachelor's degree in Engineering required, Electric Power Systems preferred * Advanced degree ...
Senior Engineer, Distribution System Planning (Hybrid Schedule)
Berlin, CT · Hybrid
$103K - $141K/yr
Working knowledge of electric simulation software models and power distribution systems analysis ... Bachelor's degree in Engineering required, Electric Power Systems preferred * Advanced degree ...
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Systems Engineer II
Bethel, CT · On-site
Job Summary The Systems Engineer II is responsible for supporting the design and development of ... Experience using Matlab simulation tool for simulation of electrical systems. * Model-based design ...
Systems Engineer II
Bethel, CT · On-site
Job Summary The Systems Engineer II is responsible for supporting the design and development of ... Experience using Matlab simulation tool for simulation of electrical systems. * Model-based design ...
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Development of custom simulators, which model the behavior of ship systems * Development of custom ... Systems engineering best practices are employed to develop requirements and test procedures to ...
Microwave Engineer
Cheshire, CT · On-site
... simulator soft-wares. Mechanical designs are done on "AutoCad," "AutoDesk Inventor 3-D," and ... modeling softwares, and/or similar mechanical design softwares. You would also assist the Sales ...
Microwave Engineer
Cheshire, CT · On-site
... simulator soft-wares. Mechanical designs are done on "AutoCad," "AutoDesk Inventor 3-D," and ... modeling softwares, and/or similar mechanical design softwares. You would also assist the Sales ...
Senior Software Engineer [604]
New Haven, CT · On-site
$123K - $162K/yr
... simulators and gate-model quantum computers. You will have the opportunity to help shape our ... You are thoughtful about engineering tradeoffs, passionate about delivering high-quality software ...
Senior Software Engineer [604]
New Haven, CT · On-site
$123K - $162K/yr
... simulators and gate-model quantum computers. You will have the opportunity to help shape our ... You are thoughtful about engineering tradeoffs, passionate about delivering high-quality software ...
Mechanical Engineer
Suffield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Quick apply
Mechanical Engineer
Suffield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Mechanical Engineer
Bloomfield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Mechanical Engineer
Bloomfield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Mechanical Engineer
Suffield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Mechanical Engineer
Suffield, CT · On-site
Use SolidWorks for 3D CAD modeling and drafting of engine parts and assemblies * Conduct engineering analysis using a combination of hand calculations, Matlab, custom code, and commercial simulation ...
Develop expertise in fluid-flow system modeling and simulation using Dymola, Easy5, MATLAB, and ... D. in Mechanical Engineering, Aerospace Engineering, Systems Engineering, or a related field.
Develop expertise in fluid-flow system modeling and simulation using Dymola, Easy5, MATLAB, and ... D. in Mechanical Engineering, Aerospace Engineering, Systems Engineering, or a related field.
Develop expertise in fluid-flow system modeling and simulation using Dymola, Easy5, MATLAB, and ... D. in Mechanical Engineering, Aerospace Engineering, Systems Engineering, or a related field.
Develop expertise in fluid-flow system modeling and simulation using Dymola, Easy5, MATLAB, and ... D. in Mechanical Engineering, Aerospace Engineering, Systems Engineering, or a related field.
Python Software Engineer - Financial Engineering
Guilford, CT · On-site
$100K - $205K/yr
The ideal candidate has experience building analytical tools, pricing models, trading systems, or ... Knowledge of stochastic calculus, Monte Carlo simulation, and numerical optimization. * Familiarity ...
Quick apply
Python Software Engineer - Financial Engineering
Guilford, CT · On-site
$100K - $205K/yr
The ideal candidate has experience building analytical tools, pricing models, trading systems, or ... Knowledge of stochastic calculus, Monte Carlo simulation, and numerical optimization. * Familiarity ...
Metal Additive Manufacturing Designer/Modeler This role is fully onsite in Bloomfield, CT, five ... Knowledge of GT‑Suite, MATLAB, Python, or other engineering simulation/scripting tools
Metal Additive Manufacturing Designer/Modeler This role is fully onsite in Bloomfield, CT, five ... Knowledge of GT‑Suite, MATLAB, Python, or other engineering simulation/scripting tools
Modeling Simulation Engineer information
See Connecticut salary details
$37.1K - $50.2K
0% of jobs
$50.2K - $63.3K
0% of jobs
$63.3K - $76.4K
11% of jobs
$88K is the 25th percentile. Wages below this are outliers.
$76.4K - $89.5K
16% of jobs
$89.5K - $102.6K
16% of jobs
The median wage is $111.1K / yr.
$102.6K - $115.7K
11% of jobs
$115.7K - $128.8K
14% of jobs
$136.2K is the 75th percentile. Wages above this are outliers.
$128.8K - $141.9K
13% of jobs
$141.9K - $155K
4% of jobs
$155K - $168.1K
13% of jobs
$168.1K - $181.2K
2% of jobs
$37.1K
$117.4K
$181.2K
How much do modeling simulation engineer jobs pay per year?
As of Sep 14, 2026, the average yearly pay for modeling simulation engineer in Connecticut is $117,388.00, according to ZipRecruiter salary data. Most workers in this role earn between $87,500.00 and $139,400.00 per year, depending on experience, location, and employer.
What does a modeling simulation engineer do?
A Modeling Simulation Engineer develops virtual models and simulations to analyze complex systems and processes. They use mathematical models, computer simulations, and data analysis to predict system performance and optimize designs before physical implementation. These engineers typically work in industries like aerospace, defense, automotive, and healthcare to improve efficiency, safety, and decision-making. Their role often involves coding, algorithm development, and working with simulation software to test real-world scenarios in a virtual environment.
What are the typical responsibilities and project stages for a modeling simulation engineer?
Modeling Simulation Engineers are responsible for developing mathematical models, running simulations, analyzing results, and providing recommendations to improve system performance or design. Projects often begin with understanding client or stakeholder requirements, followed by designing models based on those needs and iteratively refining them as data is collected. Engineers work closely with design, hardware, and software teams to validate models and ensure alignment with real-world performance. Collaborating with colleagues and presenting findings to both technical and non-technical audiences are routine aspects of the job, making cross-functional communication vital for project success.
What are the key skills and qualifications needed to thrive in the modeling simulation engineer position, and why are they important?
To thrive as a Modeling Simulation Engineer, you need a strong background in mathematics, physics, and computer science, typically supported by a relevant engineering or science degree. Proficiency with simulation software such as MATLAB, Simulink, ANSYS, or similar tools, and sometimes certifications in systems engineering or modeling methodologies, are commonly required. Strong analytical thinking, problem-solving abilities, and effective communication skills set top candidates apart. These qualifications are crucial for accurately representing complex systems, translating requirements into effective models, and collaborating with multidisciplinary teams to achieve project goals.
What are the most commonly searched types of Modeling Simulation Engineer jobs in Connecticut?
The most popular types of Modeling Simulation Engineer jobs in Connecticut are:
What are popular job titles related to Modeling Simulation Engineer jobs in Connecticut?
For Modeling Simulation Engineer jobs in Connecticut, the most frequently searched job titles are:
What job categories do people searching Modeling Simulation Engineer jobs in Connecticut look for?
The top searched job categories for Modeling Simulation Engineer jobs in Connecticut are:
Test Engineer - Comm Systems
New London, CT • On-site
General Dynamics Electric Boat
• Guided Missile and Space Vehicle Manufacturing • 10K+ employees10,000+ employees
Full-time
Re-posted 3 days ago
General Dynamics Electric Boat rating
8.0
Based on 166 frontline employees who took The Breakroom Quiz
Job description
Overview
D430 Strategic Weapons Systems Engineering
Strategic Weapons Systems (SWS) Engineering, Department 430, develops in-house embedded systems and integrates government furnished equipment to support the Strategic Weapons Systems of the Columbia Class and other submarine classes.
Department 430 offers a flexible work arrangement that allows some work to be performed remotely and at home. This varies from position to position based on a few variables. Please ask for more details on how it applies to this opening during discussions with the department.
Opportunities exist within the following department teams:
STRATEGIC WEAPONS SYSTEMS ENGINEERING
This diverse group, comprised of engineers of varied backgrounds and years of Navy experience, performs system and component engineering for the Strategic Weapons Systems (SWS) and Strategic Weapons Support Systems (SWSS) for COLUMBIA/Dreadnought submarine classes. We are responsible for integrating government furnished equipment (GFE) and systems into the boat, as well as developing systems to support the strategic weapon. This highly effective team is also responsible for ensuring that the government furnished information and Coordinated requirements are successfully integrated into the submarine design. The team moves products from the concept phase, through requirement definition, design, build, test, integration and the full life cycle.
STRATEGIC WEAPONS SYSTEMS ENGINEERING ELECTRONIC SYSTEMS
SWS Engineering Electronic Systems team is responsible for the design, development, qualification, integration, and in fleet support of the electrical control system elements required to control the environment of the ballistic missile tubes on the COLUMBIA, DREADNOUGHT, and OHIO Class submarines. These elements include sensors, human machine interfaces, embedded systems (PLC architecture), controllers, and application software.
STRATEGIC WEAPONS SYSTEMS ENGINEERING SIMULATION & TEST
The Simulation and Test group has three primary focuses
Our simulators are developed to support requirements testing of both tactical and test equipment. A variety of languages are used including Simulink, LabVIEW, and Java to develop software which may be deployed on a range of hardware, from PLCs to embedded systems running Linux, Windows and real-time operating systems. The team also develops custom test equipment used for ship system qualification, and for the Strategic Weapons System Ashore (SWSA) facility monitoring and testing. Finally, the team focuses on requirements verification, which follows formal requirement-based test methods. Systems engineering best practices are employed to develop requirements and test procedures to support design certification of simulators and tactical systems.
Qualifications
Required:
Preferred:
Skills
Environmental Attributes
Inside
D430 Strategic Weapons Systems Engineering
Strategic Weapons Systems (SWS) Engineering, Department 430, develops in-house embedded systems and integrates government furnished equipment to support the Strategic Weapons Systems of the Columbia Class and other submarine classes.
Department 430 offers a flexible work arrangement that allows some work to be performed remotely and at home. This varies from position to position based on a few variables. Please ask for more details on how it applies to this opening during discussions with the department.
Opportunities exist within the following department teams:
STRATEGIC WEAPONS SYSTEMS ENGINEERING
This diverse group, comprised of engineers of varied backgrounds and years of Navy experience, performs system and component engineering for the Strategic Weapons Systems (SWS) and Strategic Weapons Support Systems (SWSS) for COLUMBIA/Dreadnought submarine classes. We are responsible for integrating government furnished equipment (GFE) and systems into the boat, as well as developing systems to support the strategic weapon. This highly effective team is also responsible for ensuring that the government furnished information and Coordinated requirements are successfully integrated into the submarine design. The team moves products from the concept phase, through requirement definition, design, build, test, integration and the full life cycle.
STRATEGIC WEAPONS SYSTEMS ENGINEERING ELECTRONIC SYSTEMS
SWS Engineering Electronic Systems team is responsible for the design, development, qualification, integration, and in fleet support of the electrical control system elements required to control the environment of the ballistic missile tubes on the COLUMBIA, DREADNOUGHT, and OHIO Class submarines. These elements include sensors, human machine interfaces, embedded systems (PLC architecture), controllers, and application software.
STRATEGIC WEAPONS SYSTEMS ENGINEERING SIMULATION & TEST
The Simulation and Test group has three primary focuses
- Development of custom simulators, which model the behavior of ship systems
- Development of custom test equipment, used in construction grooming
- Requirements verification of SWS components for both US and UK Submarine components
Our simulators are developed to support requirements testing of both tactical and test equipment. A variety of languages are used including Simulink, LabVIEW, and Java to develop software which may be deployed on a range of hardware, from PLCs to embedded systems running Linux, Windows and real-time operating systems. The team also develops custom test equipment used for ship system qualification, and for the Strategic Weapons System Ashore (SWSA) facility monitoring and testing. Finally, the team focuses on requirements verification, which follows formal requirement-based test methods. Systems engineering best practices are employed to develop requirements and test procedures to support design certification of simulators and tactical systems.
Qualifications
Required:
- High School Diploma or equivalent
- 2+ years experience managing contractor or vendor interfaces
- Prior U.S. Navy experience is required
- Ability to obtain and maintain a Secret security clearance through the Department of Defense
Preferred:
- Experience in military (submarine) system development, operations, installation and/or test and evaluation
- Understanding and experience with applying the principles of System Engineering
- SWS/SWSS experience
- Secret Clearance
- Experience presenting technical/programmatic content to stakeholders
Skills
- Strong organizational/interpersonal verbal and written skills
- Self motivated with the ability to think objectively and drive technical solutions to successful conclusion
Environmental Attributes
Inside
What General Dynamics Electric Boat employees say
Pay
Benefits
Hours and flexibility
Workplace
Get the full story on Breakroom
About General Dynamics Electric Boat
Sourced by ZipRecruiter
Industry
Guided missile and space vehicle manufacturing
Company size
10,000+ Employees
Headquarters location
Groton, CT, US
Year founded
1899