Constraints and design challenges

The project began with a steep learning curve. I did not know what ablation meant when I started and had never heard of lasers being used in this way.

The primary constraints included:

• Learning a specialized technical subject well enough to explain it accurately to a general audience.
• Translating industrial and scientific concepts into understandable website content.
• Securing useful images from stakeholders.
• Securing videos that could demonstrate the equipment and process.
• Balancing technical credibility with approachable communication.
• Designing around a broad set of industries and use cases without overwhelming visitors.
• Working with a business owner who was frequently out of town and had limited time for review.

These constraints made domain understanding, content strategy, and efficient stakeholder decision-making as important as the visual design itself.

Research and discovery

The discovery process combined independent learning, qualitative research, and collaborative design methods to understand both the technology and the needs of prospective customers.

Research and discovery methods included:

• Literature reviews
• Generative user interviews
• Design thinking
• Participatory design sessions
• Stakeholder conversations and content reviews

The research focused on understanding:

• How laser ablation removes contaminants while protecting the substrate.
• How the process compares with media blasting, chemicals, abrasives, and water-based cleaning.
• Which applications and industries could benefit from the technology.
• What technical questions a prospective customer would need answered before making contact.
• Which benefits mattered most to customers, including precision, reduced setup and cleanup, limited downtime, and material protection.
• What information a visitor would need to provide for the business to recommend a customized solution.

The research process also required me to become sufficiently fluent in the subject to explain the business to people with little or no knowledge of laser ablation.

Experience strategy and customer journey

The strategy was to organize the website around an educational decision journey: understand the technology, learn how it works, evaluate the benefits, explore applications, and contact the business.

The experience supports a progression from a high-level introduction, to process education, to benefits comparison, and then to a customized inquiry.

The strategy was guided by five principles:

• Education first: Explain the technology in accessible language before asking visitors to take action.
• Benefits-led communication: Connect technical capabilities to practical outcomes such as precision, reduced cleanup, and lower downtime.
• Trust through clarity: Explain how the process works, what materials it can support, and how the substrate is protected.
• Broad applicability: Show how the technology can support different industries, materials, and surface-preparation needs.
• Direct inquiry: Make it easy for visitors to describe their situation and begin a conversation with the service team.

The customer journey served as the decision-making anchor throughout the project. Design choices could change the visual presentation, but they could not change the underlying journey from education to informed inquiry.

Information architecture and content structure

A significant part of the UX work was translating a complex technical subject into a website structure that visitors could scan and understand.

The primary experience areas included:

• Homepage: Introduced Southeast Laser Ablation Services and the core value of laser cleaning.
• How It Works: Explained laser ablation, the removal process, supported surfaces, and technical applications.
• Benefits: Communicated the practical advantages of laser cleaning compared with traditional approaches.
• Services: Organized the cleaning and ablation services available to customers.
• Applications and industries: Connected the technology to relevant use cases and sectors.
• Contact: Provided location, phone, email, and a direct path to request assistance.
• Customized solution request: Allowed visitors to describe their needs and provide supporting information for follow-up.

The information architecture was designed to help visitors enter through a technology question, a benefits comparison, an industry need, or a contact task and still reach a clear next step.

Key design decisions

The design translated the strategy into a focused, technical, and service-oriented experience.

Key decisions included:

• Establishing navigation around How It Works, Benefits, Services, and Contact.
• Structuring educational content so technical explanations could be scanned in manageable sections.
• Using comparisons to distinguish laser ablation from media blasting and other cleaning methods.
• Presenting benefits in concise, outcome-focused sections.
• Connecting applications and industries to the broader value of the technology.
• Supporting technical credibility with imagery and video demonstrating laser cleaning in action.
• Making phone, email, location, and inquiry pathways visible throughout the experience.
• Balancing industrial subject matter with readable content, clear hierarchy, and approachable calls to action.

Because the business owner was frequently out of town and had limited time to review, I made two or three design decisions at a time and allowed the client to choose the option that felt like the best fit.

This approach reduced decision fatigue while preserving the customer journey. The visual direction could evolve through iteration without changing the intended path from understanding the technology to requesting a solution.

Artifacts, implementation, and ongoing ownership

The project artifacts included the website information architecture, customer journey, page layouts, technical content structure, service and application sections, calls to action, and the live website experience.

I translated the strategy and content model into a working public website while also taking responsibility for the surrounding infrastructure and ongoing management.

The implementation and ownership work included:

• Building the website structure and page layouts.
• Implementing the How It Works, Benefits, Services, and Contact experiences.
• Organizing technical explanations and industry/application content.
• Supporting imagery and video as evidence of the process.
• Maintaining navigation, contact details, and calls to action.
• Hosting the website.
• Managing email.
• Performing maintenance and content updates.
• Considering video optimization to protect page performance.
• Researching SEO strategies to improve site exposure.

Owning these responsibilities provided continuity between the research, content strategy, live implementation, and ongoing evolution of the site.

Lessons learned

The project reinforced several principles that now shape how I approach complex, technical, and stakeholder-driven work:

• Do not begin design, structure, or strategy until you understand the business well enough to explain it to someone with little or no knowledge of the industry.
• Create the project schedule around the client’s availability and review process.
• Establish a shared repository for mockups, designs, copy, and other project materials.
• Use a limited set of design options to support efficient stakeholder decisions.
• Protect the customer journey so visual changes do not create strategic drift.
• Use video-optimization software when the site depends heavily on video.
• Research SEO strategies early enough to influence content structure and site exposure.

The central lesson was that domain fluency is a prerequisite for good UX. When the subject matter is technical, the designer must first become capable of explaining the business clearly before deciding how to structure or visualize it.