Computational Designer

Entuitive; Calgary; Hybrid; CAD 73,000 - 100,000; Full time

Job summary

A leading engineering firm is seeking a Computational Designer to join their team in Alberta, Calgary. You will focus on developing parametric models and collaborating with engineers to enhance design solutions using tools like Revit and Grasshopper. The role emphasizes solving complex engineering challenges and contributing to innovative projects. With a hybrid work model, this position promotes work-life balance while providing opportunities for professional growth and participation in high-impact initiatives that shape communities across Canada.

Benefits

Competitive base salary

RRSP matching up to 5%

Employer-paid health insurance

Generous vacation plan

Team-building activities and social events

Qualifications

• Minimum 5-10 years of professional experience in design or engineering.
• Demonstrated experience with parametric modeling and computational design techniques.
• Strong proficiency in engineering design and analysis tools.

Responsibilities

• Develop parametric models and scripts for engineering workflows.
• Collaborate with project teams to create computational solutions.
• Participate in design meetings to present computational approaches.

Skills

Parametric modeling

Computational design techniques

Engineering design and analysis

Excellent communication skills

Education

BSc in Architectural Engineering, Structural Engineering, Civil Engineering, or Building Science

Tools

Revit

Grasshopper

Python

C#

Job description

What is the opportunity?

We are a firm that does things a little differently. This is your opportunity to join our high‑calibre, experienced group of professionals on yau mission to re‑imagine the future by changing the way that buildings are conceived canciones and constructed.

The Ennovation team at Entuitive is looking for a Computational Designer based out of our Toronto, Calgary, or Vancouver office. This role represents a strategic expansion of our existing capabilities to support project delivery across our service offerings. As a Computational Designer, you will be an integral member of our project teams, applying advanced computational design techniques and automation to solve complex engineering challenges on live projects. This is a project‑focused role where your primary responsibility is delivering real engineering solutions that enhance design quality, accelerate workflows, and optimize building performance for our clients.

What will you do?

Your day‑to‑day work will center on applying computational design expertise as an integral part of project teams.

• Develop parametric models and scripts to automate engineering & design workflows, geometry generation, and analysis integration for project teams
• Collaborate with engineers and designers to translate complex design requirements into computational solutions using tools like Grasshopper, Revit, Python, and C#
• Create & customize tools and plugins that enhance the design‑to‑analysis pipeline, leveraging interoperability between platforms such as: Revit and engineering analysis software (SAP2000, ETABS, RAM, RFEM, Sofistik)
• Participate in design meetings with project teams and clients to understand challenges, identify opportunities for computational approaches, and present solutions
• Perform design and analysis work using industry‑standard tools (Revit, Rhino, Grasshopper, SAP2000, ETABS, Dynamo, RFEM, Sofistik)
• Develop and maintain technical documentation, design calculations, aps and drawing packages for design deliverables
• Build reusable workflows, templates, and component libraries to enable knowledge sharing across the firm and accelerate future project delivery
• Support quality assurance by reviewing That computational outputs, validation checks, and design accuracy
• Contribute to project planning, scheduling, and resource discussions with Project Managers
• Identify and implement emerging computational design techniques that advance the firm’s capabilities and project performance

Requirements

What do you need to succeed?

• BSc in Architectural Engineering, Structural Engineering, Civil Engineering, or Building Science (MSc preferred)
• Minimum 5-10 years of professional experience in design or engineering with in one of the following disciplines gaten : Structural Engineering, Building Science, Bridge or Construction Engineering; including hands‑on design and analysis work
• Demonstrated experience with parametric modeling and computational design techniques on building structures (Grasshopper, Dynamo, or equivalent)
• Strong proficiency in engineering design and analysis tools: Revit, SAP2000, ETABS, RAM, Sofistik or similar
• Working knowledge of Python and/or C# programming languages with the ability to write scripts and automate workflows
• Excellent communication skills—both verbal and written—with the ability to translate between engineering and design teams
• Portfolio or examples demonstrating computational design work applied to structural or architectural projects

Nice to Have

• Experience with Dynamo for Revit automation
• Familiarity with building envelope analysis software (THERM, HEAT, FLIXO)
• Energy modeling or thermal analysis experience (IES‑VE, EnergyPlus)
• Exposure to digital fabrication workflows or BIM coordination
• Experience leading or mentoring junior engineers or technicians
• Published work, speaking experience, or contributions to computational design tools or methodologies

Benefits

Why Entuitive?

At Entuitive, we are driven by a shared passion for creativity, collaboration, and technical excellence. We see what others can’t—connecting the big picture withullugu details to deliver solutions that push the boundaries of building design, construction, and operations.

We operate as one company, fostering a supportive culture built on teamwork, respect, and shared success. Our flexible hybrid work model (37.5‑hour workweek, with three in‑office days empowers balance while keeping us connected and collaborative.)

You will have the opportunity to work on meaningful, high‑impact, and truly cool projects that shape skylines and communities across Canada and beyond. We’re deeply committed to professional growth— from hands‑on mentoring and technical training to continued education and defined pathways toward leadership— ensuring every team member can grow their career with purpose.

Compensation, Benefits, & Total Rewards

We believe in rewarding the expertise and dedication that drives our success.

• Competitive base salary: $73,000 - $100,000 (aligned with experience, qualifications, and education)
• Retirement: RRSP matching up to 5%
• Health & wellness: Employer‑paid health insurance, comprehensive wellness program, and generous parental leave
• Time off: Generous vacation plan based on experience
• Culture & community: Optimization tasks: Team‑building activities, social events and a supportive environment where we celebrate success together

About the Ennovation Team

The Ennovation team is our dedicated group focused on advancing the firm’s technology capabilities and modernizingelj workflows. They are the key enablers of our Digital Strategy. As part of this team, you will work on high‑impact projects while contributing to the development of reusable tools and processes that elevate the entire firm. Your work will support our strategic initiative to integrate Canadian design into standard project delivery, enabling faster iteration, better optimization, and improved collaboration between design and engineering disciplines.

About Entuitive

We are deeply committed to fostering an inclusive, equitable, and accessible environment where all employees and clients feel valued, respected, and supported. Entuitive will ensure that reasonable accommodations are made to persons with disabilities during the recruitment and assessment processes.

If you are excited about this opportunity and are interested in learning more about Entuitive, please check out our About Us page.

At Entuitive, we prioritize human‑centric evaluation methods and do not utilize AI for screening or recruitment processes.