A Design Technologist is not a role that one comes across usually in a general practice. In today’s rapidly evolving AEC industry, the role of a Design Technologist goes beyond traditional boundaries. It’s not just about mastering tools and workflows; it’s about pioneering innovation and strategically integrating technology into design and business processes.
Drawing inspiration from leading firms like BIG, a successful Design Technologist embodies a Forward Thinking, Problem Solving mindset that propels the entire organization into a tech-first future.
The Essence of the Role
A Design Technologist is expected to:
- Stay on the cutting edge of new-age technologies, consistently exploring advancements that can be leveraged in the design and construction process.
- Be the organization’s go-to expert for all technology-related challenges and solutions.
- Prioritize productivity, efficiency, and business development as key drivers of innovation.
- Champion workflows that streamline operations and enhance overall project outcomes.
Strategic Vision
The ultimate goal for a Design Technologist is to transition into a Chief Technology Officer (CTO) role. By leading the adoption of next-gen technologies and aligning tech strategies with Business Goals, this role is central to transforming an organization’s technological landscape.
The CTO leads the entire effort of integrating technological measures within the practice, keeping in mind the Return on Investment - ROI, business use, and their efficiency. Its common to view a Technologist with some scepticism, especially because much of the time their effort goes into Systems Designs - Development & Testing.
Core Focus Areas
To thrive, a Design Technologist must specialize in:
- Computational Design: Crafting algorithmic solutions that aid in quick prototyping of workflows and designs. May sometimes be interchangeably be used with Grasshopper / Dynamo
- AI and Automation: Leveraging artificial intelligence and automation for smarter, faster workflows.
- Programming: Coding custom solutions and tools that address unique challenges in the AEC domain.
- Digital Twin: Developing virtual replicas that provide real-time insights for better decision-making.
- Performance-Driven Tools: Integrating data-driven design strategies.
- Game Engine: Utilizing real-time 3D environments for visualization and simulation.
- Computer Vision: Implementing machine learning for automated analysis and detection in design and construction.
Note
The list of Technologies may seem pretty daunting at first. It may take time to be familiar with them, but remember, you’ve got a long way to go!
Essential AEC Technologies
A deep understanding of the following technologies is critical:
- Revit API: Building custom solutions for BIM workflows.
- Navisworks API: Enhancing coordination and clash detection.
- Tekla API: Streamlining structural design and detailing.
- Dynamo: Automating Revit tasks and creating parametric designs.
- Web Development for APS: Enabling cloud-based applications and integrations.
Note
Can you really master all of them? - probably yes. Do you need to? - not really
You won’t probably need to master all technologies at once. A sound Problem Solving mindset it almost enough for one to Be a Dangerous Developer because Learning Never Happens Linearly.
Begin when there’s need. Not when it feels convenient. New technologies need active involvement to be mastered. So keep finding yourself in difficult situations often!
Advanced Technical Proficiencies
For comprehensive expertise, a Design Technologist should also master:
- Engineering Automation: Automating repetitive engineering tasks.
- Data Science: Analysing and leveraging data for informed decision-making.
- Full Stack Development: Creating end-to-end applications for project management and workflow optimization.
- Robotic Process Automation - RPA: Implementing automation for routine office tasks.
- Parametric Modelling: Driving innovation in design and construction through adaptable, rule-based models.
- Model Validation: Ensuring design accuracy and consistency across projects.
- CDE Integration: Integrating Common Data Environments for better collaboration.
- Automated CDE Deliverable Management: Streamlining document management and submissions.
- SharePoint Development: Creating robust, integrated solutions for enterprise document management.
- Power BI: Turning data into actionable insights through custom dashboards.