Graphic Designer / CAD Designer - Custom Metal & Signage

📍 Job Overview

Job Title: Graphic Designer / CAD Designer - Custom Metal & Signage

Company: L&L Metal Fabrication

Location: Tontitown, Arkansas, United States

Job Type: Full-Time

Category: Operations & Manufacturing Design

Date Posted: 2026-08-25

Experience Level: Entry-Level to Mid-Level (0-2 years inferred)

Remote Status: On-site

🚀 Role Summary

• Combines creative graphic design with technical CAD (Computer-Aided Design) skills to produce production-ready artwork for custom metal fabrication and signage.

• Develops and refines designs for waterjet, plasma cutting, and laser engraving processes, ensuring manufacturability and visual appeal.

• Involves hands-on operation and setup of CNC (Computer Numerical Control) machinery to bring digital designs to life in a manufacturing environment.

• Requires a strong understanding of typography, layout, and visual composition, coupled with mechanical aptitude and a willingness to learn manufacturing processes.

📝 Enhancement Note: This role is unique in its hybrid nature, blending digital design with direct involvement in physical production. The description emphasizes that it's not a typical marketing design role, nor is it a purely desk-bound CAD position. The "0-2 years" inferred experience level suggests that while prior experience is valued, a strong portfolio and willingness to learn are paramount. The integration of CNC operation is a key differentiator.

📈 Primary Responsibilities

• Create and modify vector artwork and CAD drawings for custom metal signs, logos, decorative pieces, and fabricated products, ensuring accuracy and suitability for production.

• Translate customer concepts, sketches, logos, and images into polished, production-ready designs and precise vector files for CNC manufacturing.

• Prepare design files specifically for waterjet, plasma cutting, and laser engraving processes, considering material properties and cutting parameters.

• Develop compelling layouts and renderings for customer approval, clearly communicating design intent and manufacturability.

• Collaborate closely with project managers and fabrication personnel to ensure designs are not only visually impactful but also practical and cost-effective to produce.

• Thoroughly review design specifications, including dimensions, material tolerances, and mounting requirements, before releasing artwork for production.

• Implement revisions based on customer feedback and production team input, maintaining design integrity and manufacturability.

• Receive comprehensive training on the setup and operation of L&L's CNC equipment, including waterjet, plasma, and laser machines.

• Operate CNC machinery as required to support production schedules and ensure timely project completion.

• Perform basic machine setup, material loading/unloading, and routine operator maintenance tasks under guidance.

• Adhere strictly to all established safety protocols, quality control procedures, and equipment operating guidelines within the fabrication facility.

• Manage a diverse project workload, prioritizing tasks effectively to meet deadlines while maintaining a high standard of accuracy.

• Contribute to the continuous improvement of design standards, file management systems, and overall production workflows.

📝 Enhancement Note: The responsibilities clearly delineate the dual nature of the role: digital design and physical production. The emphasis on "production-ready artwork," "vector files," and "CAD drawings" highlights the technical output expected from the design aspect. The inclusion of "operate CNC equipment," "machine setup," and "operator maintenance" underscores the hands-on manufacturing component, which is a significant aspect of this position and differentiates it from a standard graphic designer role.

🎓 Skills & Qualifications

Education:

• A degree in Graphic Design, Industrial Design, CAD/Drafting, or a closely related technical field is preferred.

• Equivalent professional experience and a robust portfolio demonstrating relevant design skills may substitute for formal educational qualifications. Experience:

• Entry-level to mid-level experience (0-2 years) is anticipated, with a strong emphasis on portfolio quality and technical aptitude.

• Proven ability to manage multiple projects simultaneously, maintaining accuracy and meeting delivery timelines within a production-oriented environment. Required Skills:

• Graphic Design Proficiency: Demonstrated skill in creating visually appealing and effective designs, particularly for signage, logos, and custom artwork.

• Vector Design Software: High proficiency with industry-standard vector graphics software such as Adobe Illustrator or CorelDRAW.

• CAD Software Aptitude: Experience or strong aptitude for CAD software is highly desirable, with SolidWorks specifically mentioned as a plus.

• Typography & Layout: Excellent understanding of typography, visual composition, proportion, and layout principles.

• Precision Vector Creation: Ability to produce clean, accurate, and precise vector artwork suitable for manufacturing.

• Technical Detail Orientation: Meticulous attention to dimensions, tolerances, and other technical specifications crucial for fabrication.

• Concept to Production Translation: Skill in transforming rough ideas, sketches, or customer-provided materials into polished, manufacturable designs.

• Mechanical Aptitude: A natural inclination for understanding how mechanical systems work and a willingness to learn manufacturing processes.

• Hands-on Manufacturing Willingness: Readiness to engage in physical work within a shop environment, including operating machinery.

• Adaptability & Receptiveness: Openness to feedback and a proactive approach to making necessary design revisions.

• Organizational Skills: Strong ability to manage multiple projects, prioritize tasks, and maintain organized project files.

• Communication & Problem-Solving: Effective verbal and written communication skills, coupled with strong analytical and problem-solving capabilities.

Preferred Skills:

• Direct experience with CNC cutting machinery (waterjet, plasma, laser).

• Familiarity with metal fabrication processes and materials.

• Experience in the signage industry.

• Basic understanding of machine maintenance procedures.

📝 Enhancement Note: The "Required Skills" section is heavily weighted towards design software proficiency and the ability to translate creative concepts into technical specifications. The "Mechanical Aptitude" and "Hands-on Manufacturing Willingness" are critical differentiators for this role, signaling that it's not a purely remote or desk-bound design position. The "Preferred Skills" indicate areas where prior experience would be beneficial but not essential, as training will be provided.

📊 Process & Systems Portfolio Requirements

Portfolio Essentials:

• Demonstration of Design Process: Showcase projects that clearly illustrate the progression from initial concept or customer brief to the final, production-ready design. This should include sketches, iterations, and final artwork.

• Vector Artistry: Include a strong selection of clean, precise vector artwork, demonstrating mastery of tools like Adobe Illustrator or CorelDRAW, suitable for cutting and engraving.

• Technical Drawing Examples: If available, provide examples of CAD drawings or technical illustrations that highlight attention to detail, dimensions, and manufacturability.

• Signage & Fabrication Focus: Prioritize examples related to signage, custom lettering, logos, decorative metal pieces, or other fabricated products that align with L&L Metal Fabrication's offerings.

• Problem-Solving Showcase: Highlight projects where you encountered design challenges (e.g., material constraints, complex shapes, customer revisions) and effectively solved them.

Process Documentation:

• Workflow Design & Optimization: Candidates should be prepared to discuss their personal design workflow, including how they organize files, manage revisions, and ensure accuracy throughout the design cycle.

• System Integration Understanding: While not explicitly required to document, candidates should be ready to discuss how their designs interface with manufacturing systems, particularly CNC machinery.

• Measurement & Analysis (Implied): While not a direct metric-tracking role, the ability to understand and work within production tolerances and material specifications implies an awareness of how design choices impact manufacturing outcomes.

📝 Enhancement Note: The portfolio requirements are tailored to showcase the dual nature of the role. Emphasis is placed on demonstrating the ability to create technically sound, production-ready vector files and CAD drawings, not just aesthetically pleasing graphics. The request for examples showing the "progression from initial concept to final design" is crucial for assessing the candidate's understanding of the end-to-end design-to-manufacturing process.

💵 Compensation & Benefits

Salary Range:

• Given the location in Tontitown, Arkansas, the entry-level to mid-level experience, and the hybrid nature of the role (design + hands-on CNC operation), an estimated annual salary range would be $40,000 - $55,000.

• This estimate is based on industry benchmarks for Graphic Designers and CAD Technicians in similar regions, factoring in the additional responsibilities of CNC operation. Regional cost of living and the specialized skill set are considered. Benefits:

• Health Insurance: Comprehensive health coverage is available after 60 days of employment.

• Dental Insurance: Dental coverage is provided.

• Vision Insurance: Vision insurance is included.

• Supplemental Insurance: Additional supplemental insurance options are available.

• Retirement Plan: A retirement savings plan is offered.

• Company Match: The company provides a match for contributions to the retirement plan.

• Paid Holidays: A set of paid holidays is provided to employees.

• Paid Time Off (PTO): Accrued paid time off is offered for vacation, personal days, or sick leave.

• Annual Performance Reviews: Regular performance evaluations to discuss progress and potential adjustments.

• Skill Expansion: Opportunities to develop advanced skills in CAD, CNC production, signage, and custom metal fabrication.

Working Hours:

• This is a full-time position, typically requiring 40 hours per week.

• The role involves a blend of computer-based design work and hands-on shop floor activities, requiring flexibility to transition between tasks as production demands.

📝 Enhancement Note: As no specific salary was provided, an estimated range has been generated. The methodology involved researching average salaries for Graphic Designers and CAD Technicians in Arkansas and similar roles that involve technical operation. The range accounts for the entry-level to mid-level experience and the added value of CNC operational skills. The benefits listed are directly from the provided text and are presented clearly.

🎯 Team & Company Context

🏢 Company Culture

Industry: Manufacturing, specializing in high-quality custom metal fabrication for commercial, architectural, industrial, and specialty applications. This sector demands precision, craftsmanship, and innovative problem-solving.

Company Size: L&L Metal Fabrication is likely a small to medium-sized enterprise (SME), given the description of a close-knit team and direct collaboration. This size often fosters a culture of direct impact and cross-functional teamwork.

Founded: The founding date is not provided, but the company's specialization suggests a history rooted in craftsmanship and evolving with technological advancements like CNC machining.

Team Structure:

• Operations Team: The core team likely includes fabricators, machinists, project managers, and administrative staff. This role sits at the intersection of design and fabrication.

• Reporting Structure: The Graphic Designer/CAD Designer will likely report to a Production Manager, Shop Supervisor, or potentially a Design Lead if one exists. Direct collaboration with fabrication personnel is expected.

• Cross-functional Collaboration: This role is inherently cross-functional, requiring constant interaction with project managers (for client requirements), fabrication staff (for manufacturability and production), and potentially sales or customer service (for design approvals).

Methodology:

• Data-Driven Design: Designs are grounded in technical specifications, dimensions, and material properties, ensuring they are manufacturable.

• Workflow Optimization: There's an emphasis on improving design standards and production workflows, indicating a commitment to efficiency.

• Hands-on Production: The company values a blend of digital creation and tangible output, with an expectation that team members understand and can contribute to the physical manufacturing process.

Company Website: llmetalfab.com

📝 Enhancement Note: The company culture is inferred to be hands-on, technically focused, and collaborative. The industry context of custom metal fabrication implies a need for precision, problem-solving, and adaptability. The SME size suggests a more personal work environment where individual contributions are highly visible.

📈 Career & Growth Analysis

Operations Career Level: This role represents an entry-to-mid-level position within the broader operations and manufacturing design field. It's a foundational role for individuals looking to specialize in the design-to-production pipeline for fabricated goods. The combination of design and machine operation offers a unique career trajectory.

Reporting Structure: The role likely reports to a Production Manager or Shop Supervisor. This structure provides direct oversight and mentorship from individuals experienced in the fabrication process, allowing for practical learning and feedback integration.

Operations Impact: The designer's work directly impacts the efficiency and quality of the final fabricated products. Accurate designs reduce material waste, minimize rework, and ensure customer satisfaction. Operating CNC machines contributes directly to production output and meeting deadlines.

Growth Opportunities:

• Advanced CNC Specialization: Develop deep expertise in operating and programming various CNC machines (waterjet, plasma, laser), potentially leading to a CNC Lead or Master Operator role.

• Design Specialization: Become a subject matter expert in specific types of custom metal fabrication design, architectural elements, or signage, potentially moving into a Senior Designer or Design Lead position.

• Process Improvement: Contribute to and lead initiatives for improving design-to-production workflows, integrating new technologies, or enhancing quality control processes.

• Cross-functional Skill Development: Gain comprehensive knowledge of the entire fabrication lifecycle, from client consultation and design to production, finishing, and installation.

• Management Potential: With demonstrated leadership and technical proficiency, opportunities may arise to manage a design team or oversee production operations.

📝 Enhancement Note: The growth analysis focuses on how this hybrid role can evolve. It highlights specialization in either design or machinery operation, as well as pathways into process improvement and potential leadership roles within a manufacturing context. The emphasis is on practical, hands-on skill development within the fabrication industry.

🌐 Work Environment

Office Type: This is an on-site position within an active metal fabrication facility. It combines a computer-based design workspace with a manufacturing shop floor environment.

Office Location(s): The role is based at the L&L Metal Fabrication facility in Tontitown, Arkansas.

Workspace Context:

• Collaborative Environment: The workspace is designed for close collaboration between designers, project managers, and fabrication teams. Expect direct communication and teamwork.

• Tools & Technology: Access to industry-standard design software (Adobe Illustrator, CorelDRAW, CAD) on computer workstations, alongside CNC machinery (waterjet, plasma, laser) and associated fabrication tools in the shop.

• Team Interaction: Frequent interaction with shop floor personnel is expected as the designer transitions between computer work and machine operation, fostering a shared understanding of production challenges and successes.

Work Schedule:

• The standard work schedule is full-time, 40 hours per week.

• Flexibility is implied, as the role requires transitioning between design tasks and production support, which may involve adjusting focus based on immediate shop floor needs. The environment is dynamic and production-driven.

📝 Enhancement Note: The work environment section emphasizes the practical, hands-on nature of the job. It clearly states the need to be comfortable in a manufacturing setting and to transition between computer-based design and physical production tasks. The physical demands are also noted, indicating a role that requires physical capability alongside technical skill.

📄 Application & Portfolio Review Process

Interview Process:

• Initial Screening: Review of resume and portfolio to assess design skills, technical aptitude, and alignment with the role's requirements.

• Technical Assessment/Design Challenge: Candidates may be asked to complete a design exercise or a take-home challenge that simulates creating production-ready artwork for a metal fabrication piece. This assesses practical design skills and understanding of manufacturability.

• Shop Floor Walkthrough & Machine Introduction: A tour of the fabrication facility to understand the production environment, followed by an introduction to the CNC equipment they would be operating. This allows candidates to gauge their comfort level and assess the physical demands.

• Behavioral & Situational Interviews: Questions focused on problem-solving, collaboration, handling feedback, time management, and willingness to learn and perform hands-on tasks. Candidates will discuss how they approach design challenges and integrate with a production team.

• Final Interview: Discussion with hiring manager or company leadership to finalize fit, discuss compensation, and outline expectations.

Portfolio Review Tips:

• Highlight Process: Showcase projects that clearly demonstrate your design journey from concept to final artwork. Include sketches, iterations, and explanations of your design decisions.

• Emphasize Technical Accuracy: For vector and CAD work, ensure the files presented are clean, precise, and adhere to technical specifications. Annotate examples to point out critical dimensions or design features.

• Showcase Versatility: Include a range of work, especially if it relates to signage, logos, custom lettering, or metal products. If you have CAD experience, include examples that highlight your technical drawing abilities.

• Demonstrate Manufacturability Awareness: If possible, include examples where you considered material properties, cutting methods, or assembly requirements in your design.

• Prepare to Discuss: Be ready to articulate your design choices, problem-solving strategies, and how your work aligns with the needs of a fabrication company like L&L Metal Fabrication.

Challenge Preparation:

• Understand the Medium: Familiarize yourself with common metal fabrication techniques like waterjet, plasma cutting, and laser engraving. Research their capabilities and limitations.

• Focus on Vector & CAD: Practice creating clean vector paths and ensure you can accurately dimension drawings. If you have CAD experience, review its functionalities.

• Simulate Production Constraints: When working on a challenge, consider factors like material thickness, cut kerf, lead times, and ease of assembly.

• Communicate Your Process: Be prepared to explain your approach, the software you used, and any assumptions you made during the design process.

📝 Enhancement Note: The interview process and preparation advice are tailored to the hybrid nature of the role. Emphasis is placed on assessing both design proficiency and the candidate's comfort and aptitude for hands-on manufacturing tasks. The portfolio review tips specifically guide candidates on how to best present work relevant to a custom fabrication environment.

🛠 Tools & Technology Stack

Primary Tools:

• Vector Design Software: Adobe Illustrator, CorelDRAW, or comparable professional vector graphics applications are essential for creating scalable artwork for signage and fabrication.

• CAD Software: Proficiency with CAD software is highly desirable. SolidWorks is specifically mentioned as a preferred tool, indicating a need for 2D drawing and potentially 3D modeling capabilities for design and technical representation.

• CNC Machine Control Software: While not explicitly listed, familiarity with the software interfaces used to control waterjet, plasma, and laser cutting machines will be developed through training.

Analytics & Reporting:

• This role is less focused on traditional business analytics and more on design validation. The "reporting" would primarily involve design documentation, project status updates, and potentially basic production feedback on design effectiveness. CRM & Automation:

• While the designer may not directly use a CRM, they will likely interact with project management systems or order entry software to receive design briefs and customer information. Automation might be encountered through CNC machine programming and workflow efficiencies.

• File Management Systems: Robust systems for organizing and versioning design files are crucial for efficient production workflows.

📝 Enhancement Note: The technology stack is clearly defined by the design software required. The emphasis on CAD and vector tools highlights the technical nature of the design work. The mention of CNC equipment points to the practical application of these digital skills in a physical manufacturing setting.

👥 Team Culture & Values

Operations Values:

• Craftsmanship & Quality: A strong emphasis on producing high-quality, durable, and visually appealing custom metal products.

• Innovation & Creativity: Encouraging creative solutions to design challenges and embracing new fabrication techniques.

• Efficiency & Precision: Valuing accurate designs and streamlined production processes to meet deadlines and minimize waste.

• Collaboration & Teamwork: Fostering an environment where designers, fabricators, and management work together towards common production goals.

• Hands-on Approach: A culture that appreciates individuals willing to learn and engage in the physical aspects of manufacturing.

Collaboration Style:

• Direct Communication: Expect frequent, direct communication with fabrication team members to clarify designs, discuss manufacturability, and resolve issues quickly.

• Cross-functional Integration: Designers are integral to the production cycle, working closely with project managers and shop floor personnel to ensure successful project outcomes.

• Feedback Loop: An open culture for providing and receiving constructive feedback on designs and production processes to drive continuous improvement.

• Shared Responsibility: A sense of shared ownership for project success, from the initial design concept to the final fabricated product.

📝 Enhancement Note: The team culture and values are inferred from the nature of the business (custom fabrication) and the hybrid role. The emphasis is on quality, practicality, and teamwork, bridging the gap between digital design and physical output.

⚡ Challenges & Growth Opportunities

Challenges:

• Balancing Creativity with Manufacturability: The primary challenge is translating artistic vision into designs that are technically feasible, cost-effective, and safe to produce with available machinery and materials.

• Managing Diverse Project Demands: Juggling multiple projects simultaneously, each with unique client requirements, design complexities, and production timelines.

• Transitioning Between Design and Production: Adapting workflow to move seamlessly between computer-based design tasks and hands-on operation of potentially noisy and physically demanding CNC machinery.

• Customer Expectation Management: Effectively interpreting customer ideas, managing their feedback, and ensuring final designs meet their vision while adhering to production constraints.

• Keeping Pace with Technology: Staying updated with advancements in design software, CNC technology, and fabrication techniques.

Learning & Development Opportunities:

• CNC Operation Mastery: Gaining in-depth expertise in operating and potentially programming waterjet, plasma, and laser cutting machines.

• Metal Fabrication Techniques: Developing a comprehensive understanding of welding, bending, finishing, and assembly processes used in custom metal fabrication.

• Advanced CAD/3D Modeling: Enhancing CAD skills for more complex designs, assemblies, and potentially CAM (Computer-Aided Manufacturing) integration.

• Material Science: Learning about the properties and applications of various metals used in fabrication.

• Project Management Fundamentals: Understanding project lifecycles, client communication, and production planning within a manufacturing context.

📝 Enhancement Note: The challenges identified are specific to the dual nature of the role and the custom fabrication industry. Growth opportunities are framed around deepening expertise in both the design and operational aspects of metal fabrication.

💡 Interview Preparation

Strategy Questions:

• "Describe a time you had to balance artistic vision with technical constraints in a design project. How did you resolve it?" - Preparation: Prepare a specific example from your portfolio or experience that demonstrates problem-solving in a design-to-production context. Highlight your process for evaluating feasibility and making necessary adjustments.

• "How do you ensure your designs are accurate and manufacturable for processes like CNC cutting?" - Preparation: Discuss your approach to dimensioning, tolerances, vector cleanliness, and your understanding of CNC limitations. Mention any experience with CAM software or direct collaboration with fabricators.

• "Walk us through your process for taking a customer's rough idea or sketch and turning it into a final design." - Preparation: Be ready to present a portfolio piece that exemplifies this process. Detail your steps, communication with the "client" (or your interpretation of their needs), and how you ensured accuracy and manufacturability. Company & Culture Questions:

• "What interests you about working in metal fabrication, specifically with custom signage and products?" - Preparation: Research L&L Metal Fabrication's work. Express enthusiasm for tangible product creation, craftsmanship, and the blend of design and hands-on manufacturing.

• "How do you feel about working in a shop environment and operating machinery alongside design tasks?" - Preparation: Emphasize your willingness to be hands-on, your comfort with industrial settings, and your eagerness to learn new technical skills beyond traditional graphic design.

• "Describe your experience working collaboratively with production teams or engineers." - Preparation: Provide examples of how you've communicated technical designs, received feedback from manufacturing personnel, and worked together to achieve project goals. Portfolio Presentation Strategy:

• Structure by Process: Organize your portfolio to show the "concept to completion" journey for key projects, especially those involving technical output.

• Highlight Technical Skills: Clearly label and explain examples of vector artwork, CAD drawings, and any projects related to signage or fabrication. Use annotations to point out critical details.

• Tell the Story: For each project, explain the objective, your role, the challenges faced, your design solutions, and the final outcome (especially if it involved physical production).

• Be Prepared for Deep Dives: Anticipate questions about specific design choices, software techniques, and how you'd adapt your skills to L&L's specific needs.

• Showcase Willingness to Learn: If you have limited direct fabrication experience, emphasize your aptitude, mechanical inclination, and eagerness to learn CNC operation and fabrication processes.

📝 Enhancement Note: The interview preparation focuses on demonstrating the candidate's understanding of the role's dual nature. Questions are designed to probe their technical design skills, their aptitude for hands-on work, and their cultural fit within a manufacturing environment.

📌 Application Steps

To apply for this Graphic Designer / CAD Designer position at L&L Metal Fabrication:

• Submit your resume and a comprehensive portfolio through the provided application link.

• Portfolio Customization: Ensure your portfolio prominently features examples of vector artwork, logo design, signage, and any CAD drawings or projects demonstrating technical precision suitable for fabrication. Tailor your presentation to highlight your ability to translate concepts into production-ready files.

• Resume Optimization: Clearly articulate your proficiency in design software (Adobe Illustrator, CorelDRAW) and any CAD experience (SolidWorks). Highlight transferable skills such as attention to detail, problem-solving, mechanical aptitude, and any experience in production or hands-on roles.

• Interview Preparation: Practice discussing your design process, your approach to manufacturability, and your enthusiasm for learning CNC operation and metal fabrication. Be ready to present specific portfolio pieces that showcase your technical design capabilities and creative problem-solving.

• Company Research: Familiarize yourself with L&L Metal Fabrication's specialties, past projects, and the custom metal fabrication industry. Understand how your design skills can contribute to their mission of creating high-quality, tangible products.

⚠️ 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.