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Parametric Design Jobs in Colorado (NOW HIRING)

PARAMETRIC DESIGN * MODEL-BASED DEFINITION * MATERIAL HARDWARE SELECTION * MANUFACTURING PROCESSES * PRODUCTION PROCESSES * AUTHORING SUBSTANTIATION REPORTS * AEROSPACE INDUSTRY KNOWLEDGE * DEFENSE ...

PARAMETRIC DESIGN * MODEL-BASED DEFINITION * MATERIAL HARDWARE SELECTION * MANUFACTURING PROCESSES * PRODUCTION PROCESSES * AUTHORING SUBSTANTIATION REPORTS * AEROSPACE AND DEFENSE INDUSTRY By ...

... parametric design, model-based definition, material hardware selection, manufacturing and production processes, Ability to author substantiation reports Background in the Aerospace and Defense ...

Experience with conceptual level design support and parametric modeling *Experience building mass properties estimates from CAD data *Author for weight and balance reports *Experience working in ...

Knowledge of industry-standard mechanical design principles, to include, but not limited to parametric design, model-based definition, material hardware selection, manufacturing and production ...

Knowledge of industry-standard mechanical design principles, to include, but not limited to parametric design, model-based definition, material hardware selection, manufacturing and production ...

Knowledge of industry-standard mechanical design principles, to include, but not limited to parametric design, model-based definition, material hardware selection, manufacturing and production ...

Familiarity in the capability and benefits of architectural and performance analytical software such as Revit, AutoCAD, 3D modeling, parametric design and performance analysis software preferred

3D CAD Footwear Designer (Altra)

Denver, CO

$27.75 - $38.25/hr

Explore and pilot new workflows and tools in computational design, parametric modeling, and digital creation to improve team capabilities. Contribute to establishing and evolving Altra's 3D digital ...

3D CAD Footwear Designer (Altra)

Denver, CO · On-site

$27.75 - $38.25/hr

As part of the Footwear Design team, you will help bring Altra's inline footwear product to life ... Experience with computational or parametric workflows such as Grasshopper or Houdini. * Experience ...

3D CAD Footwear Designer (Altra)

Denver, CO · On-site

$27.75 - $38.25/hr

As part of the Footwear Design team, you will help bring Altra's inline footwear product to life ... Experience with computational or parametric workflows such as Grasshopper or Houdini. * Experience ...

3D CAD Footwear Designer (Altra)

Denver, CO

$27.75 - $38.25/hr

Explore and pilot new workflows and tools in computational design, parametric modeling, and digital creation to improve team capabilities. Contribute to establishing and evolving Altra's 3D digital ...

Senior CAD Lofstman

Boulder, CO

$28 - $38.75/hr

Expertise inmodern parametric CAD modeling techniquesthat allow for robust geometric definitions. * Experience with3D ExperiencePLM (Product Lifecycle Management) software. * Able to work on-site in ...

Familiarity with computational design and parametric modeling preferred * Familiarity with energy modeling preferred * Knowledge of sustainability and integrated design guidelines * Strong knowledge ...

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Showing results 1-20

Parametric Design information

See Colorado salary details

$14

$29

$46

How much do parametric design jobs pay per hour?

As of Jun 17, 2026, the average hourly pay for parametric design in Colorado is $29.43, according to ZipRecruiter salary data. Most workers in this role earn between $22.98 and $33.37 per hour, depending on experience, location, and employer.

What is a parametric design?

Parametric design is a process used in architecture and design where parameters and algorithms define the shape and features of a structure or object. It involves using software tools like Rhino, Grasshopper, or Dynamo to create adaptable models that can be easily modified by changing input variables. This approach allows for complex, optimized, and customizable designs based on specific criteria.

What are the typical projects and daily responsibilities for someone working in Parametric Design?

Professionals in Parametric Design often work on projects such as innovative building façades, complex structural systems, or optimizing architectural layouts with data-driven approaches. Typical daily tasks include developing parametric models, collaborating with architects and engineers to refine design concepts, and iterating solutions based on performance analysis. You may also participate in project meetings, document your design logic, and adjust parameters to meet functional or aesthetic goals. This role offers a dynamic blend of computational problem-solving and creative design, often within multidisciplinary teams.

What is the future of parametric design?

The future of parametric design involves increased integration with automation, artificial intelligence, and advanced software tools like Grasshopper and Dynamo. As technology evolves, parametric design is expected to become more efficient and widely adopted across architecture, engineering, and product development, requiring professionals to develop skills in computational modeling and digital fabrication.

What jobs can DT get you?

Parametric Design skills can lead to roles such as computational designer, design technologist, or architectural programmer, often in architecture, engineering, or product design firms. These jobs involve using parametric modeling tools like Rhino, Grasshopper, or Dynamo to develop complex, adaptable designs and require proficiency in CAD software and programming. Opportunities may also include research, visualization, and automation tasks within design teams.

What is a Parametric Design job?

A Parametric Design job involves using algorithms and computational tools to create flexible, rule-based models that adapt to different inputs. Professionals in this role typically work in architecture, engineering, and product design, leveraging software like Grasshopper, Dynamo, or scripting languages to generate complex geometries. They collaborate with designers and engineers to optimize performance, automate repetitive tasks, and explore design variations efficiently.

What are the key skills and qualifications needed to thrive in the Parametric Design position, and why are they important?

To thrive in Parametric Design, you need a strong understanding of computational design principles, architecture or engineering fundamentals, and advanced mathematical modeling, typically supported by a degree in architecture, engineering, or a related field. Familiarity with software tools such as Grasshopper, Rhino, Revit, or Dynamo, and certifications in BIM or computational design are often required. Creative problem-solving, attention to detail, and effective collaboration skills make professionals excel in this role. These abilities are crucial for delivering innovative, efficient, and adaptable design solutions in multidisciplinary environments.

What is the highest paying job in design?

In design fields, roles such as Creative Director, User Experience (UX) Director, or Design Principal tend to have the highest salaries, often exceeding six figures, especially in large firms or tech companies. These positions typically require extensive experience, leadership skills, and proficiency with advanced design tools and strategic planning.
What are the most commonly searched types of Parametric Design jobs in Colorado? The most popular types of Parametric Design jobs in Colorado are:
Infographic showing various Parametric Design job openings in Colorado as of June 2026, with employment types broken down into 4% Internship, 87% Full Time, and 9% Contract. Highlights an 96% In-person, and 4% Remote job distribution, with an average salary of $61,219 per year, or $29.4 per hour.
Structural Engineer II

$50 - $57/hr

Other

Posted 18 days ago


Job description

Location: Englewood, CO Salary: $50.00 USD Hourly - $57.00 USD Hourly Description:
Title: Structural Engineer II
Duration: 7 Month+
Location: Englewood, CO
Duties:
As a Structural Engineer, you will be using your skills and expertise to design, evaluate, and certify our cutting edge products and services.
These cover a very wide range from advanced mission payloads and electronic systems through highly integrated ground and air vehicles to orbital and space exploration systems.
You'll examine complex metallic and composite structures and systems.
Your technical duties involve the design and development of new products and processes throughout the product lifecycle.
Physical/Mental/Emotional Requirements:
Frequently walk, sit, stand, climb stairs and steps.
Frequently repeat same hand, arm, and finger motion many times to include finger and hand dexterity.
Rarely lifting or carrying up to 25 lbs.
Working Conditions:
Rarely exposed to outdoor elements (high/low temperatures, sun, rain/snow, etc.)
Rarely exposed to fumes or hazardous chemicals/materials.
Rarely exposed to loud noises
Skills Must Haves:
Understanding of engineering principles and practices
Basic knowledge of Computer Aided Engineering tools
Experience working in multi-disciplinary design and development teams
Exposure to Static and/or Dynamic Analyses
Skills Preferred:
Experience in Engineering Simulation using Finite Element structural analysis (FEA) tools such as MSC Patran, Nastran, FEMAP, or ANSYS
Ability to perform classical analysis using industry standard hand calculation methods
Knowledge of industry-standard mechanical design principles, to include, but not limited to parametric design, model-based definition, material hardware selection, manufacturing and production processes
Ability to author substantiation reports
Background in the Aerospace and Defense Industry
Education Must Haves:
Bachelor's of Science degree in Mechanical Engineering, Aerospace Engineering, Civil Engineering or other related discipline and typically 2 or more years of relevant experience
Skills Required:
  • ENGINEERING PRINCIPLES
  1. COMPUTER AIDED ENGINEERING TOOLS
  1. MULTI-DISCIPLINARY DESIGN AND DEVELOPMENT
  1. STATIC ANALYSIS

Additional Skills:
  • HAND CALCULATION METHODS
  1. FINITE ELEMENT STRUCTURAL ANALYSIS
  1. DYNAMIC ANALYSIS
  1. ENGINEERING SIMULATION
  1. MSC PATRAN
  1. NASTRAN
  1. FEMAP
  1. ANSYS
  1. Weld Analysis
  1. CLASSICAL ANALYSIS
  1. MECHANICAL DESIGN PRINCIPLES
  1. PARAMETRIC DESIGN
  1. MODEL-BASED DEFINITION
  1. MATERIAL HARDWARE SELECTION
  1. MANUFACTURING PROCESSES
  1. PRODUCTION PROCESSES
  1. AUTHORING SUBSTANTIATION REPORTS
  1. AEROSPACE INDUSTRY KNOWLEDGE
  1. DEFENSE INDUSTRY KNOWLEDGE

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