Staff Technical Product Designer

IPT Global
Full-time•Houston, United States

šŸ“ Job Overview

Job Title: Staff Technical Product Designer

Company: IPT Global

Location: Houston, Texas, United States

Job Type: Full-time

Category: Product Design / UX/UI

Date Posted: 2026-05-08

Experience Level: Mid-Senior Level (4+ years)

Remote Status: Hybrid

šŸš€ Role Summary

  • Lead the end-to-end product design of a complex, web-based B2B SaaS engineering platform, focusing on creating intuitive user experiences for operational and engineering data.

  • Develop sophisticated dashboards and visualizations to present drilling, completions, intervention, and P&A performance data, transforming complex datasets into actionable insights.

  • Establish and maintain a structured product design system, defining scalable, modular UI components and best practices for usability and accessibility.

  • Collaborate closely with Product Management, Engineering, and Data Science teams to shape feature concepts, ensure design feasibility, and contribute to roadmap discussions with a strong user-centered perspective.

  • Provide design support for high-value marketing initiatives, including technical collateral, print materials, and executive presentations, ensuring visual consistency between product interface and external brand materials.

šŸ“ Enhancement Note: This role is unique in its dual focus on product design leadership and marketing support, requiring a candidate who can operate effectively as the sole designer, balancing system-level thinking with hands-on execution and cross-functional collaboration. The emphasis on data visualization for complex engineering workflows in the energy sector is a critical differentiator.

šŸ“ˆ Primary Responsibilities

  • Own and drive the complete product design lifecycle for IPT Global's B2B SaaS engineering platform, from ideation and user research to high-fidelity mockups and developer handoff.

  • Translate intricate engineering workflows, field operations data, and analytical outputs into user-friendly and scalable interfaces, enhancing user comprehension and operational efficiency.

  • Design and optimize sophisticated dashboards, reporting modules, workflow tools, and performance analytics interfaces tailored for the energy industry's specific data needs.

  • Develop and maintain a comprehensive product design system, including a library of reusable UI components, design patterns, and style guides to ensure consistency and efficiency across the platform.

  • Conduct user research, usability testing, and analyze user feedback, field insights, and product analytics to identify areas for improvement and drive iterative design enhancements.

  • Partner effectively with Product Managers, Engineers, and Data Scientists to understand technical constraints, business objectives, and user needs, ensuring design solutions are both innovative and feasible.

  • Act as the primary UX authority within the product development process, advocating for user-centered design principles and contributing to strategic roadmap planning.

  • Create high-impact PowerPoint presentations and design technical print collateral to support marketing efforts, executive reviews, and client engagements, ensuring brand consistency.

  • Define and enforce product design language, UI standards, and best practices for usability and accessibility throughout the product development process.

  • Support developer handoff with structured documentation, clear specifications, and ongoing collaboration to ensure accurate implementation of design solutions.

šŸ“ Enhancement Note: The responsibilities highlight a significant need for a designer proficient in handling complex data and technical domains. The "sole designer" aspect implies a need for a candidate who is not only skilled but also highly autonomous, capable of defining processes and standards from the ground up.

šŸŽ“ Skills & Qualifications

Education: Bachelor's degree in Design, Human-Computer Interaction, Computer Science, or a related field, or equivalent practical experience.

Experience: 4+ years of professional experience in product design for complex, web-based B2B SaaS platforms, with a strong emphasis on UX strategy and UI execution.

Required Skills:

  • Advanced proficiency in Figma for wireframing, prototyping, and high-fidelity design.

  • Deep understanding of information hierarchy, interaction design principles, and the creation/maintenance of scalable design systems.

  • Proven ability to design enterprise or B2B applications with sophisticated, multi-step workflows.

  • Strong portfolio showcasing expertise in data visualization, dashboard design, complex UX problem-solving, systems-level design thinking, and high-fidelity UI execution.

  • Demonstrated experience collaborating closely with software engineers within agile development environments.

  • Capability to interpret technical or engineering concepts and translate them into intuitive and effective user interfaces.

Preferred Skills:

  • Prior experience in the oil & gas, energy, industrial technology, or other heavy engineering sectors.

  • Familiarity with drilling, completions, intervention, or performance analytics environments specific to the energy industry.

  • Strong understanding of data visualization principles, best practices, and common charting libraries.

  • Working knowledge of frontend technologies such as HTML, CSS, and React to facilitate more effective collaboration with developers.

  • Experience operating as a sole designer or instrumental in building design functions from the ground up.

  • Familiarity with accessibility standards (e.g., WCAG).

šŸ“ Enhancement Note: The emphasis on a strong portfolio that explicitly demonstrates experience with data visualization and complex UX problem-solving is crucial. The preferred qualifications point towards a niche industry, making experience in energy sectors a significant advantage.

šŸ“Š Process & Systems Portfolio Requirements

Portfolio Essentials:

  • A comprehensive portfolio that clearly articulates your design process and impact.

  • Specific case studies demonstrating expertise in data visualization and designing dashboards for complex datasets.

  • Examples of how you have solved intricate UX problems within enterprise or B2B SaaS applications.

  • Demonstrations of systems-level design thinking, including the creation or contribution to design systems.

  • High-fidelity UI execution showcasing attention to detail and aesthetic quality.

Process Documentation:

  • Detailed walkthroughs of your design process, from initial problem definition and user research to final implementation.

  • Examples of how you have translated complex technical or engineering concepts into intuitive user interfaces.

  • Documentation of your approach to creating and maintaining scalable design systems and UI standards.

  • Case studies that highlight the impact of your design decisions on user experience, efficiency, and business objectives.

  • Evidence of collaboration with product and engineering teams, illustrating your role in agile development cycles.

šŸ“ Enhancement Note: The portfolio is paramount for this role, especially given the "sole designer" context. It must not only showcase visual design skills but also the strategic thinking, process, and problem-solving capabilities required to tackle complex data and engineering workflows.

šŸ’µ Compensation & Benefits

Salary Range: Based on market research for a Staff Technical Product Designer role in Houston, Texas, with 4+ years of experience in SaaS and specialized industries, the estimated annual salary range is between $120,000 - $160,000. This estimate considers the demand for specialized technical design skills, the hybrid work model, and the company's focus on innovative technology solutions in the energy sector.

Benefits:

  • Comprehensive medical, dental, and vision insurance plans.

  • 401(k) retirement savings plan with potential company match.

  • Generous paid time off (PTO) package, including vacation, sick leave, and holidays.

  • Opportunities for professional development and continuous learning.

  • Collaborative work environment fostering innovation and teamwork.

  • Potential for involvement in high-impact projects shaping the future of energy technology.

Working Hours: Standard full-time work week, typically 40 hours. While the role is hybrid, specific in-office days may be structured to facilitate collaboration, with flexibility often accommodated based on project needs and team coordination.

šŸ“ Enhancement Note: The salary range is an estimate based on industry benchmarks for a Staff-level designer in a major tech hub like Houston, factoring in the specialized nature of the role (SaaS, B2B, energy sector). Benefits are typical for full-time positions and align with industry standards.

šŸŽÆ Team & Company Context

šŸ¢ Company Culture

Industry: Energy Technology / Digital Solutions for Well Integrity Assurance. IPT Global operates at the intersection of the energy sector and innovative software development, providing digital solutions that enhance safety, reliability, and efficiency in well integrity operations. This context means the company values deep domain expertise combined with technical innovation.

Company Size: While not explicitly stated, the description of a "sole designer" and the focus on specific innovative solutions suggest a growing, potentially mid-sized company or a specialized division within a larger entity that values agility and direct impact. This often translates to a culture where individual contributions are highly visible and valued.

Founded: Founded with a mission to empower operators with data and tools for safer operations, IPT Global's history is rooted in addressing critical needs within the energy lifecycle through technological advancement. This implies a culture that respects expertise and is driven by problem-solving.

Team Structure:

  • The design function is currently led by a single individual (the Staff Technical Product Designer), indicating a lean, agile structure.

  • Collaboration is expected to be tight with Product Management, Engineering, and Data Science teams, suggesting a cross-functional, project-oriented team dynamic.

Methodology:

  • Data-Driven Design: Emphasizes using data (user feedback, analytics, field insights) to inform design decisions and drive improvements.

  • User-Centered Approach: Focuses on understanding and meeting the needs of engineers, decision-makers, and field operators within the energy sector.

  • Agile Development: Collaboration with engineers in agile environments suggests iterative development cycles and continuous feedback loops.

  • Systems Thinking: Designing scalable, modular components and a structured design system points to a methodical approach to product development.

Company Website: https://www.iptglobal.com/

šŸ“ Enhancement Note: The company culture appears to be one that values innovation, domain expertise in energy technology, and a collaborative, problem-solving approach. The "sole designer" aspect suggests a startup-like environment within a company focused on impactful solutions.

šŸ“ˆ Career & Growth Analysis

Operations Career Level: Staff Technical Product Designer. This level signifies a senior individual contributor role. It implies a high degree of autonomy, expertise, and the ability to influence product strategy and technical direction. The "Staff" title often means being a go-to expert, mentoring others (even informally), and tackling the most complex challenges.

Reporting Structure: While not explicitly stated, as the sole designer, this role likely reports into a Head of Product, Director of Engineering, or potentially a VP of Technology. The reporting structure will likely be flat, emphasizing direct collaboration rather than rigid hierarchy.

Operations Impact: The designer's work will have a direct and significant impact on the usability, efficiency, and adoption of IPT Global's core B2B SaaS platform. By translating complex engineering data into intuitive interfaces, this role will directly contribute to safer, more reliable operations for their energy sector clients, thereby impacting revenue and client satisfaction. The dual role also means influencing marketing collateral and executive presentations, impacting brand perception and sales effectiveness.

Growth Opportunities:

  • Leadership in Design: Opportunity to build and lead the design function as the company grows, defining its future structure and processes.

  • Specialized Expertise: Deepen expertise in designing for complex data visualization and technical workflows within the energy sector, becoming a recognized specialist.

  • Product Strategy Influence: Directly contribute to and influence the product roadmap and strategic direction of IPT Global's software offerings.

  • Cross-Functional Skill Development: Gain exposure to product management, engineering, data science, and marketing functions, broadening overall business acumen.

  • Mentorship: Potential to mentor future design hires and establish design best practices within the organization.

šŸ“ Enhancement Note: This role offers significant growth potential for a designer looking to make a substantial impact and potentially build out a design team. The "Staff" level suggests a path towards principal-level contributions or management.

🌐 Work Environment

Office Type: Hybrid work environment. This typically involves a combination of remote work and in-office days to foster collaboration and team cohesion.

Office Location(s): 16200 Park Row Boulevard, Houston, TX 77084, United States. This location is in the Energy Corridor of Houston, a hub for energy companies, providing proximity to industry partners and talent.

Workspace Context:

  • Collaborative Environment: The hybrid model is designed to balance individual focus time with team collaboration, likely involving dedicated spaces for team meetings, design reviews, and brainstorming sessions.

  • Tools & Technology: Expect access to modern design software (Figma is required), potentially collaboration tools (Slack, Teams), and project management software. The company's focus on digital solutions implies a tech-forward environment.

  • Team Interaction: Opportunities for regular interaction with product, engineering, and data science teams through stand-ups, sprint reviews, and ad-hoc discussions, both in-person and virtually.

Work Schedule: Standard full-time schedule, with flexibility inherent in a hybrid model. In-office days are likely scheduled for key collaborative activities, while remote days allow for focused design work. The specific schedule will be discussed and agreed upon with the hiring manager.

šŸ“ Enhancement Note: The hybrid nature and location in Houston's Energy Corridor suggest a professional, industry-focused environment that values both independent work and team synergy.

šŸ“„ Application & Portfolio Review Process

Interview Process:

  • Initial Screening: A brief call with a recruiter or hiring manager to assess basic qualifications, experience, and cultural fit.

  • Portfolio Review & Deep Dive: A dedicated session where candidates present their portfolio, discussing specific case studies, design process, and problem-solving approaches. This is a critical stage to evaluate technical design skills and strategic thinking.

  • Technical/Product Design Challenge: Candidates may be given a design exercise or a take-home challenge to assess their ability to tackle typical problems faced at IPT Global, focusing on data visualization or complex workflow simplification.

  • Cross-Functional Interviews: Meetings with key stakeholders from Product, Engineering, and potentially Data Science to evaluate collaboration skills, communication, and alignment with team dynamics.

  • Final Interview: A discussion with senior leadership to confirm overall fit, vision, and alignment with company goals.

Portfolio Review Tips:

  • Structure for Impact: Organize your portfolio with clear case studies, each outlining the problem, your role, your process, the solutions, and the measurable outcomes.

  • Highlight Data Visualization: Explicitly showcase projects involving complex data, dashboards, and analytical representations. Explain why you made certain design choices for clarity and impact.

  • Showcase Systems Thinking: Include examples of design systems, component libraries, or how you ensured consistency and scalability in your designs.

  • Demonstrate Process: Walk through your design methodology – research, ideation, prototyping, testing, and iteration. Emphasize your problem-solving approach.

  • Quantify Results: Where possible, use metrics to demonstrate the impact of your design work (e.g., improved user engagement, reduced task completion time, increased data comprehension).

  • Tailor to IPT Global: Emphasize projects relevant to B2B SaaS, complex workflows, and data-heavy applications. If you have energy sector experience, highlight it prominently.

Challenge Preparation:

  • Understand the Domain: Research IPT Global's business, their clients, and the challenges in the energy technology sector. Understand the types of data they work with (drilling, completions, P&A).

  • Focus on Clarity & Actionability: For any data visualization challenge, prioritize making complex data understandable and actionable for engineers and decision-makers.

  • Design System Thinking: Be prepared to discuss how you would approach building or extending a design system for a complex application.

  • Agile Collaboration: Consider how you would work with remote and in-office engineers and product managers in an agile setting.

šŸ“ Enhancement Note: The portfolio review is likely the most critical component. Candidates should be prepared to deeply articulate their design process and rationale, especially concerning data visualization and complex B2B SaaS challenges.

šŸ›  Tools & Technology Stack

Primary Tools:

  • Figma: Required for all aspects of design, from wireframing and prototyping to high-fidelity UI and design system management. Advanced proficiency is a must.

  • Prototyping Tools: Figma's built-in prototyping capabilities are likely sufficient, but experience with other tools like InVision or Adobe XD may be beneficial for broader understanding.

Analytics & Reporting:

  • Data Visualization Libraries/Tools: While not explicitly listed as a tool to use, understanding principles behind tools like D3.js, Chart.js, or specific BI platforms (e.g., Tableau, Power BI, Looker) would be highly advantageous for designing effective dashboards.

  • Analytics Platforms: Familiarity with product analytics tools (e.g., Google Analytics, Mixpanel, Amplitude) for understanding user behavior and informing design decisions.

CRM & Automation:

  • Project Management/Collaboration: Tools like Jira, Asana, Trello, Slack, or Microsoft Teams are standard for agile development and cross-functional communication.

šŸ“ Enhancement Note: Figma proficiency is non-negotiable. An understanding of data visualization principles and tools, even if not directly used, is critical for designing effective dashboards for complex engineering data. Familiarity with agile development tools is also expected.

šŸ‘„ Team Culture & Values

Operations Values:

  • Innovation: A commitment to pioneering digital solutions and driving technological progress in the energy sector.

  • Accountability: Taking ownership of tasks and delivering high-quality outcomes, especially in a "sole designer" role.

  • Continuous Learning: Embracing creativity and a drive to constantly improve skills and product offerings.

  • Teamwork: Collaborating across disciplines to achieve shared goals and deliver lasting value to customers.

  • Customer Focus: Empowering operators with the data, tools, and insights they need for safer and more reliable operations.

Collaboration Style:

  • Cross-Functional Integration: The role requires seamless collaboration with Product, Engineering, and Data Science teams, treating them as key partners in the design process.

  • Data-Informed Decision Making: A culture that values using data from user feedback, analytics, and field insights to guide strategy and design choices.

  • Agile & Iterative: Embracing an agile mindset means working in iterative cycles, with frequent communication and feedback loops between design, development, and product.

  • Proactive Communication: Given the hybrid nature and the "sole designer" aspect, proactive communication and clear articulation of design decisions and challenges are essential.

šŸ“ Enhancement Note: The culture emphasizes innovation, problem-solving, and a strong sense of ownership, which is typical for companies focused on cutting-edge technology in a critical industry.

⚔ Challenges & Growth Opportunities

Challenges:

  • Sole Designer Responsibility: Managing all design tasks, from strategic UX to UI execution and supporting marketing, without a dedicated design team. This requires strong time management, prioritization, and self-sufficiency.

  • Complexity of Data & Workflows: Translating highly technical and complex engineering data and operational workflows into intuitive, user-friendly interfaces for diverse user roles (engineers, decision-makers).

  • Balancing Priorities: Effectively balancing user needs, technical constraints, commercial objectives, and marketing support demands.

  • Remote/Hybrid Collaboration: Ensuring effective communication and collaboration with distributed team members in a hybrid work model.

  • Industry Niche: Adapting quickly to the specific terminology, processes, and user needs within the oil & gas/energy sector if not previously experienced.

Learning & Development Opportunities:

  • Deep Dive into Energy Tech: Gain specialized knowledge in well integrity assurance, drilling, completions, and performance analytics within the energy industry.

  • Design System Leadership: Opportunity to build and scale a design system from its foundational stages, impacting the long-term product architecture.

  • Product Strategy Influence: Contribute directly to the strategic direction and product roadmap, shaping the future of IPT Global's offerings.

  • Cross-Disciplinary Growth: Develop a broader understanding of software development, data science, and marketing strategies by working closely with these teams.

  • Potential to Build a Team: As the company grows, there's a clear opportunity to shape and lead a future design team.

šŸ“ Enhancement Note: The primary challenge is the breadth of responsibility, while the growth lies in specialized domain expertise and leadership potential.

šŸ’” Interview Preparation

Strategy Questions:

  • "Describe a time you had to simplify a highly complex technical process or dataset for a user interface. What was your approach, and what were the outcomes?" (Focus on your process, problem-solving, and use of data visualization.)

  • "How would you approach building a design system for a complex B2B SaaS application from scratch, considering scalability and developer adoption?" (Highlight your understanding of design systems, modularity, and collaboration with engineering.)

Company & Culture Questions:

  • "What interests you about IPT Global's mission and our role in the energy technology sector?" (Research the company's mission, values, and recent achievements.)

  • "How do you see yourself contributing as the sole designer within our product team?" (Emphasize your self-sufficiency, proactive nature, and ability to collaborate effectively.)

Portfolio Presentation Strategy:

  • Tell a Story: For each case study, frame it as a narrative: the challenge, your approach, your solution, and the impact.

  • Focus on Process: Don't just show pretty screens; explain why you made the design decisions you did. Walk through your research, ideation, and iteration.

  • Highlight Data Visualization Expertise: Dedicate specific slides or sections to showcase your most impactful data visualization projects. Explain the data, the user needs, and how your design made it comprehensible.

  • Quantify Impact: Whenever possible, use metrics to demonstrate the success of your designs. If direct metrics aren't available, discuss intended outcomes or hypotheses.

  • Be Ready for Technical Questions: Anticipate questions about your Figma workflow, interaction design choices, and how you approach developer handoff.

šŸ“ Enhancement Note: Interview preparation should focus on demonstrating strategic thinking, domain adaptability, and strong collaboration skills, backed by a compelling portfolio that highlights your ability to handle complex data and B2B SaaS challenges.

šŸ“Œ Application Steps

To apply for this Staff Technical Product Designer position:

  • Submit your application through the provided link on SmartRecruiters.

  • Portfolio Customization: Tailor your resume and portfolio to highlight your experience with complex B2B SaaS platforms, data visualization, and systems-level design thinking. Ensure your portfolio prominently features case studies relevant to technical workflows and data-heavy applications.

  • Resume Optimization: Clearly articulate your 4+ years of experience and advanced Figma proficiency. Use keywords from the job description such as "UX Strategy," "Design Systems," "Data Visualization," and "SaaS Design." Quantify achievements where possible.

  • Interview Preparation: Practice presenting your portfolio, focusing on your design process, problem-solving skills, and the impact of your work. Be prepared to discuss challenges related to complex data and B2B workflows. Research IPT Global's mission and the energy technology industry.

  • Company Research: Understand IPT Global's offerings, their target market, and their position in the energy technology sector. Familiarize yourself with their company culture and values to articulate your fit.

āš ļø Important Notice: This enhanced job description includes AI-generated insights and operations industry-standard assumptions. All details should be verified directly with the hiring organization before making application decisions.


Application Requirements

Requires 4+ years of experience in product design for complex SaaS platforms with advanced proficiency in Figma. Candidates should have a strong portfolio demonstrating data visualization and the ability to simplify sophisticated engineering workflows.