Effectively design using mathematical calculations, engineering theory and principles, and/or related analyses. * Create and deliver drawings, documents, and presentations to record and communicate ...
Effectively design using mathematical calculations, engineering theory and principles, and/or related analyses. * Create and deliver drawings, documents, and presentations to record and communicate ...
Digital I&C Engineer
Hancocks Bridge, NJ · On-site
$136K/yr
The Design Engineers job responsibilities include: configuration changes, setpoint calculations, engineering evaluations, Corrective Action Program, Environmental Qualification, support shift ...
Digital I&C Engineer
Hancocks Bridge, NJ · On-site
$136K/yr
The Design Engineers job responsibilities include: configuration changes, setpoint calculations, engineering evaluations, Corrective Action Program, Environmental Qualification, support shift ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Performs in lead technical role through the entire lifecycle of a project including development of design documents including calculations, engineering plans, and specifications * Works independently ...
Quick apply
Performs in lead technical role through the entire lifecycle of a project including development of design documents including calculations, engineering plans, and specifications * Works independently ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Quick apply
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Observe, understand, apply and retain Burns technical policies, procedures, design analyses, calculations, engineering methodology and codes, and equipment selection criteria of low to moderate ...
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Structural Civil Engineer I/II/Senior - Monticello, MN
Monticello, MN · On-site
$77K - $164K/yr
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Structural Civil Engineer I/II/Senior - Monticello, MN
Monticello, MN · On-site
$77K - $164K/yr
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Senior Mechanical Engineer 1 - Energy & Industrial
Aurora, CO · Hybrid
$106K - $140K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Senior Mechanical Engineer 1 - Energy & Industrial
Aurora, CO · Hybrid
$106K - $140K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Primary responsibilities include leading the development of plant modifications, calculations, engineering evaluations, operability determinations, maintenance of design basis documents and ...
Senior Mechanical Engineer 1 - Energy & Industrial
Houston, TX · On-site
$84K - $129K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Senior Mechanical Engineer 1 - Energy & Industrial
Houston, TX · On-site
$84K - $129K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Senior Mechanical Engineer 1 - Energy & Industrial
Aurora, CO · On-site
$84K - $129K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Senior Mechanical Engineer 1 - Energy & Industrial
Aurora, CO · On-site
$84K - $129K/yr
Preparing and reviewing calculations to support equipment sizing, optimization evaluations, and selection * Preparing and reviewing technical specifications for mechanical engineering equipment
Calculation Engineer information
What is a Calculation Engineer?
A Calculation Engineer is a professional who specializes in performing technical calculations and analyses to ensure that engineering designs meet required standards, safety regulations, and functional specifications. They typically use advanced mathematics, simulation software, and engineering principles to analyze structures, mechanical systems, or processes. Calculation Engineers often work in industries such as construction, automotive, aerospace, or energy, and collaborate with design and project teams to verify the integrity and efficiency of engineering solutions.
What is the difference between Calculation Engineer vs Mechanical Engineer?
| Aspect | Calculation Engineer | Mechanical Engineer |
|---|---|---|
| Required Credentials | Bachelor's or Master's in Engineering, specialized in calculations or simulations | Bachelor's or Master's in Mechanical Engineering |
| Work Environment | Design, analysis, and simulation-focused tasks often in R&D or product development | Design, manufacturing, and testing in various industries like automotive, aerospace, or HVAC |
| Employer & Industry Usage | Used in industries requiring detailed calculations, such as aerospace, automotive, and energy | Common across manufacturing, automotive, aerospace, and industrial sectors |
Calculation Engineers primarily focus on performing detailed calculations, simulations, and analysis to ensure product integrity and performance. Mechanical Engineers have a broader role involving design, development, and testing of mechanical systems. While both roles require engineering credentials, Calculation Engineers specialize in analytical tasks, whereas Mechanical Engineers handle a wider range of engineering functions.
How does a Calculation Engineer typically collaborate with other departments during project development?
Calculation Engineers often work closely with design, manufacturing, and quality assurance teams throughout the project lifecycle. They provide essential calculations and simulations to validate designs, ensure compliance with safety standards, and optimize materials or processes. Regular meetings and clear communication are key, as Calculation Engineers interpret technical requirements and relay analytical findings to support decision-making. This collaborative approach helps identify potential issues early and ensures that projects progress smoothly from concept to completion.
What are the key skills and qualifications needed to thrive as a Calculation Engineer, and why are they important?
To thrive as a Calculation Engineer, you need strong analytical skills, a solid background in mathematics or engineering, and a relevant degree such as mechanical, civil, or structural engineering. Familiarity with software like ANSYS, AutoCAD, and finite element analysis (FEA) tools, as well as knowledge of industry-specific codes and certifications, is essential. Attention to detail, problem-solving ability, and effective communication help Calculation Engineers collaborate with teams and ensure accurate project outcomes. These skills are crucial for delivering precise calculations, maintaining safety standards, and supporting successful engineering projects.
More about Calculation Engineer jobs
What job categories do people searching Calculation Engineer jobs look for? The top searched job categories for Calculation Engineer jobs are:
- Civil Engineer Structural Engineer
- From Home Graduate Structural Engineer
- Structural Engineer Iv
- Offshore Structural Design Engineer
- Senior International Structural Engineer
- Remote Etabs
- Structural Field Engineer
- Assistant Sp3D Civil Structural Designer
- Next Structural Integrity
- Flex Nasa Structural Engineer
Full-time
Posted 27 days ago
Job description
The Junior Mechanical Engineer is responsible for the design, development, building, and testing of mechanical systems. This role will report to the Program Manager and support the execution of projects to include documentation development and risk mitigation. The Mechanical Engineer II supports both internal project teams as well as external customer relations and vendor management.
The Junior Mechanical Engineer is committed to act as a brand representative of Defense Engineering Services and portray our values of technical excellence, integrity, teamwork (rugby team mentality), efficiency, service, and community. They recognize and use our mission and higher purpose as a guide in every decision made on behalf of the organization.
Responsibilities:
- Research, estimate, design, develop, analyze, and test a variety of mechanical equipment and systems.
- Effectively design using mathematical calculations, engineering theory and principles, and/or related analyses.
- Create and deliver drawings, documents, and presentations to record and communicate designs, layouts, manufacturing information, analysis, and performance of engineered items.
- Double check data and provide complete work products while meeting the constraints of customer requirements, cost, material availability and manufacturability.
- Develop coherent technical documentation to inform stakeholder presentations.
- Proactively take measures to reduce error and improve designs through systems analysis and architecture, integration, testing, and troubleshooting.
- Support the identification and management of technical risks.
- Participate in presentations with clients and vendors as necessary.
- Support other engineering disciplines and other functional areas.
- Prioritize safe workplace practices.
- Contribute to team effort by performing other assigned duties as needed.
Desired Skills:
- Experience working in CAD software systems including SolidWorks, Creo, Catia, AutoCAD, and similar programming.
- Experience in military ground vehicles and vehicle systems and/or aviation and aerospace systems is preferred.
- Familiarity with manufacturing methods including casting, forging, bending, welding, and additive manufacturing is preferred.
- Knowledge of military standards and specifications, Federal Acquisition Regulation (FAR), and Department of Defense (DoD) procurement policies and procedures is preferred.
- Ability to obtain security clearance.
Qualifications and Requirements:
- Bachelor of Science in Mechanical Engineering or related field with relevant work experience.
- Two to five (2-5) years of experience in relevant technical field including systems and equipment support, and testing and evaluation support of C5ISR requirements and one (1) year of technical experience in support of task specific projects.