Analyze soil reports for foundation selection * Specify and design pipe supports * Perform lifting ... Sound knowledge of Finite Element Method (FEM) and vibration theory is an asset * As a condition of ...
Analyze soil reports for foundation selection * Specify and design pipe supports * Perform lifting ... Sound knowledge of Finite Element Method (FEM) and vibration theory is an asset * As a condition of ...
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance). * Assist with ... Ability to identify, analyze, and solve technical and regulatory problems. * Ability to project a ...
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance). * Assist with ... Ability to identify, analyze, and solve technical and regulatory problems. * Ability to project a ...
Engineering - Structures II
Calgary, AB · On-site
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance).Assist with ... Ability to identify, analyze, and solve technical and regulatory problems.Ability to project a ...
Quick apply
Engineering - Structures II
Calgary, AB · On-site
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance).Assist with ... Ability to identify, analyze, and solve technical and regulatory problems.Ability to project a ...
Engineering - Structures I
Calgary, AB · On-site
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance).Assist with ... Ability to identify, analyze, and solve technical and regulatory problems.Ability to project a ...
Quick apply
Engineering - Structures I
Calgary, AB · On-site
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance).Assist with ... Ability to identify, analyze, and solve technical and regulatory problems.Ability to project a ...
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance). * Assist with ... Ability to identify, analyze, and solve technical and regulatory problems. * Ability to project a ...
Analyzes structures (hand calculations, finite element, fatigue & damage tolerance). * Assist with ... Ability to identify, analyze, and solve technical and regulatory problems. * Ability to project a ...
Entry Level Finite Element Analysis information
What are the key skills and qualifications needed to thrive as an entry level finite element analysis engineer, and why are they important?
To thrive as an Entry Level Finite Element Analysis Engineer, you need a solid background in mechanical engineering principles, mathematics, and a relevant engineering degree. Familiarity with FEA software such as ANSYS, Abaqus, or SolidWorks Simulation, and a basic understanding of CAD tools are typically required. Strong analytical thinking, attention to detail, and effective communication skills help set candidates apart in this role. These skills are crucial for accurately modeling simulations, interpreting results, and collaborating with teams to solve engineering problems efficiently.
What is an entry level finite element analysis job?
Entry level finite element analysis (FEA) jobs are positions designed for recent graduates or individuals with limited professional experience in engineering who focus on using FEA software to simulate and analyze how products or structures respond to various physical effects, such as stress, heat, or vibration. These roles typically involve assisting in setting up simulations, interpreting results, and supporting design teams in optimizing products. Entry level FEA positions are often found in industries such as automotive, aerospace, civil engineering, and manufacturing, and they usually require a background in mechanical engineering or a related field, as well as familiarity with FEA tools like ANSYS or Abaqus.
What typical projects and responsibilities can an entry level finite element analysis engineer expect in their first year?
Entry-level FEA engineers often start by assisting with simulation tasks such as meshing, running analyses, and interpreting results under the guidance of senior engineers. Typical projects may involve analyzing structural components, validating designs against specifications, and documenting findings. You’ll likely collaborate closely with design, testing, and manufacturing teams to help refine products and address engineering challenges. This hands-on experience with real-world data and iterative design processes is valuable for building foundational skills and understanding how FEA influences product development.
What is the difference between Entry Level Finite Element Analysis vs Mechanical Design Engineer?
| Aspect | Entry Level Finite Element Analysis | Mechanical Design Engineer |
|---|---|---|
| Required Credentials | Bachelor's in Engineering, basic FEA software knowledge | Bachelor's in Mechanical Engineering, design software skills |
| Work Environment | Engineering teams, simulation labs | Design offices, manufacturing settings |
| Industry Usage | Product testing, structural analysis | Product development, prototyping |
| Common Search Intent | Entry level FEA roles, FEA job requirements | Mechanical design jobs, CAD design roles |
Entry Level Finite Element Analysis focuses on performing simulations to analyze product stresses and behaviors, often supporting design teams. Mechanical Design Engineers develop and refine product designs using CAD tools, with some overlap in software skills. Both roles require engineering fundamentals, but FEA roles emphasize simulation expertise, while design roles focus on creating and optimizing physical models.
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What job categories do people searching Entry Level Finite Element Analysis jobs in Calgary, AB look for? The top searched job categories for Entry Level Finite Element Analysis jobs in Calgary, AB are:
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Job description
Key Responsibilities:
- Apply appropriate theoretical and practical engineering principles to contribute to the overall success of Propak's operations through interaction with cross-functional engineering teams
- Ensure designs and installations comply with codes, standards, and client specifications
- Perform structural design of modular steel packages, pipe racks, and pipe supports
- Design concrete and steel foundations for structures, compressor packages, and tanks
- Perform grading and drainage engineering, including ditch, culvert and pond sizing
- Analyze soil reports for foundation selection
- Specify and design pipe supports
- Perform lifting analysis
- Check and review designs by Civil / Structural Engineers
- Check and approve structural steel drawings and civil drawings
- Participate in 3D model reviews
- Liaise with other disciplines
- Coordinate with cross-functional engineering discipline teams including Process, Mechanical Drafting and Project Engineering
- Assist with resolving technical issues in the shop or in the field
- Prepare documents and reports
Qualifications:
- Bachelor’s degree in civil or Structural Engineering from an accredited university
- Professional Engineer registered and in good standing with Alberta Professional Engineers, Geologists, and Geophysicists of Alberta (APEGA) Experience in civil and structural design of oil and gas process facilities is an asset
- S-FRAME engineering software experience is an asset
- Experience with Canadian (NBCC, CSA, CISC) and US (UBC, ASCE, AISC) building, structural, and concrete codes is an asset
- Experience with design of concrete and steel pile foundations is an asset
- Experience in FEA, vibration analysis, and impact/shock related problems is an asset
- Experience within an EPC and EPCM work environment is an asset
- Fabrication shop designing experience is an asset
- Solid understanding of design and drafting practices for civil/structural components associated with gas compression
- Sound knowledge of Finite Element Method (FEM) and vibration theory is an asset
- As a condition of employment, employees are required upon hire to sign a Drug-Free Workplace Agreement, a Conflict of Interest Agreement, and Confidentiality and Invention Agreement
Required Skills and Abilities
- Ability to meet objectives while working in a fast-paced environment with changing priorities and strict deadlines
- Ability to work on multiple projects simultaneously
- Excellent organizational, time management, and planning skills
- Strong verbal and written communication and interpersonal skills
- Use of appropriate theoretical and practical engineering principles to solve technical problems
- Ability to interpret and utilize complex information
- Solid reading, research, and analytical skills
- Ability to understand complex, technical verbal and written instructions
- Ability to interpret and utilize complex information, computer-based designs, drawings, specialized technical manuals, and specifications
- Excellent visualization skills
- Strong detail orientation
- Ability to work independently and as part of a team
- Ability to take independent action to accomplish objectives
- Positive attitude
- Ability to create systems for checking accuracy and monitoring the quality of work
- Advanced mathematics and science skills
- Willingness to learn new skills, systems, and procedures
About Propak Systems
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