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Graphic Engineering Jobs in Minnesota (NOW HIRING)

... and 3D graphics algorithms, and to incorporate new algorithm ideas into research versions of ... S. in Computer Science, Electrical Engineering, Computer Engineering, Software Engineering, or ...

Strong graphic, verbal, and written communication skills * Excellent time management and ... Professional Engineer (PE), Registered Architect, or PPM * Proficiency with Deltek VantagePoint ...

Operate lab equipment including the Kongsberg cutting table, compression tester, and large-format graphic printer. Sales & Customer Support * Support Sales Engineers and Sales Managers with quotes ...

... photo and graphic editing Qualifications : Required : • Solid understanding of website ... and developer tasks • Implement, test and provide feedback for responsive web development • ...

Work closely with scientists, engineers, and clinical professionals to prototype, refine, and implement innovative signal processing and 3D graphics algorithms. * Participate in benchtop and ...

Packaging Engineer

Saint Paul, MN · On-site

$70K - $90K/yr

... Engineering, and Materials teams. This role is central to enabling new business opportunities by ... Collaborate with Marketing to design packaging with integrated graphics. * Participate in trade ...

Controls Engineer

Winona, MN · On-site

$81K - $104K/yr

... graphics Drive continuous improvement of process control systems using Advanced Process Control ... engineering drawings, manuals, and blueprints Comfortable working with ambiguity in a fast-paced ...

Showing results 41-60

Graphic Engineering information

How do graphic engineers typically collaborate with designers and developers on a project?

Graphic Engineers often serve as a bridge between creative designers and software developers, ensuring that visual concepts are effectively translated into interactive and performant digital products. They work closely with designers to understand visual requirements and with developers to implement these designs using appropriate programming languages and frameworks. Regular communication and iterative feedback are key, as Graphic Engineers must balance aesthetic goals with technical constraints to achieve optimal results. It's common to participate in team meetings, design reviews, and code walkthroughs to facilitate smooth collaboration.

Is graphic engineering a good career?

Graphic engineering involves designing and developing visual content and systems, often requiring skills in graphic design, engineering principles, and software tools. It can be a good career for those interested in combining creativity with technical knowledge, with opportunities in industries such as advertising, product design, and digital media. Job prospects depend on industry demand, skill level, and experience, and continuous learning of relevant software and technologies is important.

What does a graphic engineer do?

A graphic engineer designs and develops visual content, often combining engineering principles with graphic design skills. They work on creating technical illustrations, visualizations, or interfaces using tools like CAD software and may collaborate with engineers and designers to ensure functionality and clarity.

What is the difference between Graphic Engineering vs Graphic Design?

AspectGraphic EngineeringGraphic Design
CredentialsTechnical certifications, engineering backgroundDesign degrees, art certifications
Work EnvironmentTechnical labs, manufacturing settingsAdvertising agencies, studios
Industry UsageProduct development, technical illustrationsBranding, marketing visuals

Graphic Engineering focuses on technical aspects, combining engineering principles with visual communication, often working on product visuals and technical illustrations. Graphic Design emphasizes creative visual solutions for branding and marketing. While both involve visuals, Graphic Engineering leans toward technical accuracy, whereas Graphic Design centers on aesthetic appeal.

What is graphic engineering?

Graphic Engineering is a multidisciplinary field that combines principles of engineering, design, and visual communication to create and optimize graphical systems and products. Professionals in this field work on the development of computer graphics, user interfaces, visualization tools, and graphical elements for various applications. They use technical skills in programming, design software, and mathematics to ensure that graphics are both functional and visually appealing. Graphic Engineers often collaborate with designers, software developers, and other engineers to bring digital visuals to life in industries such as gaming, advertising, and software development.

What are the key skills and qualifications needed to thrive as a graphic engineer?

To thrive as a Graphic Engineer, you need strong proficiency in computer graphics, mathematics, and programming languages such as C++ or Python, often supported by a degree in computer science or a related field. Familiarity with graphics APIs like OpenGL or DirectX, shader programming, and tools such as Unity or Unreal Engine is typically required. Creative problem-solving, teamwork, and effective communication distinguish top performers in this role. These skills ensure the development of efficient, visually appealing graphics solutions and successful collaboration within multidisciplinary teams.
What are popular job titles related to Graphic Engineering jobs in Minnesota? For Graphic Engineering jobs in Minnesota, the most frequently searched job titles are:
What job categories do people searching Graphic Engineering jobs in Minnesota look for? The top searched job categories for Graphic Engineering jobs in Minnesota are:
What cities in Minnesota are hiring for Graphic Engineering jobs? Cities in Minnesota with the most Graphic Engineering job openings:
Infographic showing various Graphic Engineering job openings in Minnesota as of August 2026, with employment types broken down into 90% Full Time, 5% Part Time, 4% Contract, and 1% Nights. Highlights an 86% Physical, 4% Hybrid, and 10% Remote job distribution.

Associate Field Engineer - Controls

Wunderlich-Malec Engineering, Inc

Hopkins, MN

Full-time

Re-posted 23 days ago


Job description

Wunderlich-Malec Engineering (WM) is a 100% employee-owned ESOP and one of the largest and most well-established engineering companies in the United States. When you join WM you become part of a company that is:

  • 100% employee-owned with 40+ years of industry history
  • ENR (Engineering News Record) Top 500 firm
  • Rated as a top System Integrator Giant

Our Eden Prairie, MN Wunderlich Malec Engineering team is seeking a travel-ready, entry-level Field Engineer or Technician who is eager to build hands-on technical experience and grow quickly. Field-based commissioning work provides direct exposure to systems, customers, schedules, and real-time decision-making, accelerating the development of technical expertise and project execution skills. Compared with a traditional office-based engineering role, this position provides direct ownership of installation verification, control system testing, commissioning support, and start-up activities. This role supports projects across industries including Data Center, Semiconductor, Life Science, Food & Beverage, and other industrial facilities. Responsibilities include electrical and controls engineering support, electrical and instrumentation verification, coordination with clients and electrical subcontractors, PLC/SCADA/HMI support, commissioning execution, and start-up assistance.

Please Note: This position is not eligible for employer-sponsored work authorization, including H-1B sponsorship. The Company does not participate in the STEM OPT training program for this position.

Major Responsibilities

  • Installation & Wiring QA/QC Verification (Level 2 Commissioning). Verify that control panels, field devices, instruments, and related control system equipment have been installed and wired in accordance with manufacturer requirements, approved shop drawings, project documentation, and applicable quality standards and specifications
  • Point-to-Point Testing (Level 3 Commissioning). Confirm that field devices associated with the control system are installed, wired, addressed, and configured in accordance with approved system drawings and documentation. This includes verification of data to and from field devices, including signals received through network integration
  • Functional Performance Testing (FPT) (Level 4 Commissioning). Verify that the control system and field devices operate as defined by the project design documentation. This includes testing control sequences, alarm and alert configuration, alarm activation, trend displays, trend configuration, system graphics, and control system response during failure scenarios
  • System-Level Testing Support (Level 5 Commissioning). Support system-level testing to confirm that the control system and field devices operate together as an integrated system. This includes verifying control sequences across related systems, using the facility’s Supervisory Control and Data Acquisition (SCADA) system to view equipment status and navigate system screens, activating alarms, monitoring trends, and supporting failure-mode testing

Minimum Requirements

Education BS Electrical, Computer, Chemical, or Mechanical Engineering preferred. An AA in Engineering Technology or equivalent field technician experience may be substituted.

Experience New Graduate or 0-2 years of field experience

  • Understanding of or exposure to field instrumentation, hardware panels and low voltage controls design
  • Understanding of control systems, components, PLC programming, SCADA programming and their applications

Physical Demands of Position

Requirements Above all else, attention to all applicable safety specifications and standards is a requirement. Strong attention to detail and a consistent focus on quality control are required, especially during repetitive commissioning activities. The role may include writing, computer work, field work in construction trailers or industrial environments, color perception, hearing, verbal and written communication, teamwork, manual dexterity, driving, lifting, climbing, mounting and dismounting equipment, pushing, and pulling. Regular interaction and coordination with customers, subcontractors, vendors, and internal project teams is expected. Daily use of a computer, standard office applications, and a mobile phone is required.

Working/Residence Plan

Up to 100% travel to project sites may be required, excluding approved vacation or paid time off.

Work is typically performed Monday through Friday, with occasional weekend work required based on project needs.

Assignments may last multiple months at various U.S.-based project sites. Weekend travel may be available up to two times per month, subject to project schedule requirements and approval. Project housing, airfare, meals, and incidentals are covered by the company in accordance with company policy.

This position includes full company benefits, structured training, mentorship, and three weeks of paid time off.

Work Conditions This is primarily a field-based, hands-on role performing automation work at client sites, with occasional office or trailer-based work as needed.

Field/Client Site Environment (Primary)

  • Ability to stand, move, and work on job sites for up to 8-12 hour shifts
  • Ability to climb stairs/ladders, work at heights, and occasionally lift up to 40 lbs
  • Frequent bending, reaching, and working in and around industrial equipment
  • Exposure to construction, industrial, and processing environments, including noise, temperature changes, and moving machinery
  • Ability to safely wear required PPE (safety glasses, steel-toed boots, hearing protection, and electrical safety gear as applicable)
  • Comfortable performing electrical/instrumentation checkout and troubleshooting (e.g., voltage testing, control panel wiring)

Office/Trailer Work (Occasional)

  • Periods of sitting/standing at a computer, including in on-site construction trailers
  • Standard office/PC and cell phone use for documentation, communication, and project support

Ability to work safely and effectively in both indoor and outdoor environments, including exposure to extreme temperatures, weather conditions, humidity, dust, and other environmental conditions typical of construction, industrial, and processing facilities.

Reasonable accommodation can be provided for individuals with disabilities to perform essential job functions.

Career Growth & Advancement This role is designed for ambitious, goal-oriented self-starters who want to accelerate their technical and leadership development through hands-on field experience. Field Engineers and Technicians who demonstrate strong technical capability, sound judgment, ownership, and leadership on-site can advance faster than peers following a traditional office-based engineering path. High performers may move into lead field roles ahead of the typical timeline.

Training & Mentorship You'll build capability through hands-on training across progressively challenging commissioning assignments, Level 2 through Level 5, with mentorship from senior field engineers on every project.

Merit-Based Advancement Advancement is based on demonstrated proficiency, ownership, technical judgment, and field performance - not time in role alone. Commissioning Levels 2 through 5 represent scopes of commissioning activity, not job titles. As capability grows across these scopes, high performers can earn responsibility for larger and more complex commissioning activities.

Own It in the Field As you demonstrate competency, you're given real ownership on-site. This includes:

  • Leading point-to-point testing campaigns for entire system areas independently.
  • Owning functional performance testing for major systems end-to-end.
  • Serving as the primary technical point of contact with subcontractors and customers during system-level testing.
  • Directing and overseeing commissioning activities for a major project area — taking full accountability for safety, quality, schedule, and sign-off.

Where Can This Take You Field engineers and technicians who build a strong track record are positioned for rapid advancement, including paths such as:

    • Associate Field Engineer → Staff Field Engineer → Senior Field Engineer
    • QA/QC Manager
    • Controls Project Engineer
    • Commissioning Lead
    • Project Manager
    • Mentor or Technical Evaluator for future field hires

*Job Descriptions are not exhaustive lists of all skills, responsibilities, or efforts associated with a job. They reflect principal job elements essential for performing the job and evaluating performance.

Wunderlich-Malec is proud to offer a comprehensive employee-owner benefit package. Full-time employees may be eligible for the following benefits: Medical • Dental • Vision • Basic and Supplemental Life and AD&D • Long Term Disability • Voluntary Short Term Disability • Healthcare & Dependent Care Flexible Spending Accounts • Health Savings Account • Paid Time Off (PTO) • Paid Holidays • Tuition Reimbursement • Referral Bonus Program • 401(k)/Profit Sharing • 100% ESOP (Employee Stock Ownership Plan) • Employee Assistance Program • Will Preparation Resources • Worldwide Travel Assistance

Salary Range The expected salary range is up to $80,000 annually depending on qualifications plus a discretionary bonus and employee stock program.

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