Online robot programming (e.g., paint robots, sealing, UBC, dampening, material handling) * Offline robot simulation, reach studies, and cycle time analysis * Evaluate and adjust robot paths ...
Quick apply
Online robot programming (e.g., paint robots, sealing, UBC, dampening, material handling) * Offline robot simulation, reach studies, and cycle time analysis * Evaluate and adjust robot paths ...
Online robot programming (e.g., paint robots, sealing, UBC, dampening, material handling) * Offline robot simulation, reach studies, and cycle time analysis * Evaluate and adjust robot paths ...
Online robot programming (e.g., paint robots, sealing, UBC, dampening, material handling) * Offline robot simulation, reach studies, and cycle time analysis * Evaluate and adjust robot paths ...
Paint Engineer - Automotive Manufacturing
Blue Springs, MS · On-site
$67K - $87K/yr
Paint Engineer - Automotive Manufacturing Location: Multiple U.S. Automotive Manufacturing ... Engineers will work closely with production leaders, maintenance teams, suppliers, robotics ...
Quick apply
Paint Engineer - Automotive Manufacturing
Blue Springs, MS · On-site
$67K - $87K/yr
Paint Engineer - Automotive Manufacturing Location: Multiple U.S. Automotive Manufacturing ... Engineers will work closely with production leaders, maintenance teams, suppliers, robotics ...
Paint Engineer - Automotive Manufacturing Location: Multiple U.S. Automotive Manufacturing ... Engineers will work closely with production leaders, maintenance teams, suppliers, robotics ...
Paint Engineer - Automotive Manufacturing Location: Multiple U.S. Automotive Manufacturing ... Engineers will work closely with production leaders, maintenance teams, suppliers, robotics ...
Paint Robotics Engineer information
What is a paint robotics engineer?
A Paint Robotics Engineer is a professional who designs, programs, and maintains robotic systems used for painting applications in manufacturing and industrial settings. They work with advanced robotics and automation technologies to ensure consistent, high-quality paint finishes on products such as automobiles, appliances, or machinery. Their responsibilities often include integrating robotic arms, troubleshooting technical issues, optimizing paint application processes, and ensuring safety standards are met. Paint Robotics Engineers play a crucial role in increasing production efficiency and reducing waste in automated painting operations.
What are the key skills and qualifications needed to thrive as a paint robotics engineer, and why are they important?
To thrive as a Paint Robotics Engineer, you need a strong background in robotics, automation, mechanical or electrical engineering, and typically a relevant bachelor's degree. Proficiency with robotics programming languages (such as RAPID, KRL, or FANUC), PLCs, CAD software, and experience with paint application systems are commonly required. Analytical thinking, problem-solving, and effective teamwork are vital soft skills that set top candidates apart. These skills ensure precise and efficient robotic paint application, minimize downtime, and support high-quality production in manufacturing environments.
What are some common challenges paint robotics engineers face when integrating robotic painting systems into existing manufacturing lines?
Paint Robotics Engineers often encounter challenges such as ensuring compatibility with existing production equipment, minimizing downtime during installation, and calibrating robots for various paint types and finishes. Coordinating with cross-functional teams—including maintenance, production, and quality assurance—is essential to address workflow disruptions and ensure optimal paint coverage. Additionally, engineers must continuously optimize robotic paths and spray parameters to maintain high-quality standards and reduce paint waste, all while adhering to strict safety and environmental regulations.
What is the difference between Paint Robotics Engineer vs Robotic Automation Technician?
| Aspect | Paint Robotics Engineer | Robotic Automation Technician |
|---|---|---|
| Credentials | Bachelor's in Engineering or related field, certifications in robotics or automation | Technical diploma or associate degree, certifications in robotics or automation |
| Work Environment | Manufacturing plants, automotive, aerospace industries | Manufacturing facilities, maintenance departments |
| Job Focus | Design, programming, and optimizing paint robot systems | Maintaining, troubleshooting, and repairing robotic systems |
Paint Robotics Engineers focus on designing and programming paint robot systems, ensuring optimal performance. Robotic Automation Technicians handle the maintenance and repair of these systems. Both roles require knowledge of robotics and automation, but their responsibilities differ in scope and focus.
Do paint robotics engineers get paid well?
Paint robotics engineers typically earn competitive salaries due to their specialized skills in automation, programming, and robotics integration. Compensation varies based on experience, location, and industry, but generally reflects the technical expertise required for designing and maintaining robotic painting systems.
Is there a high demand for paint robotics engineers?
Paint robotics engineers are in growing demand due to increased automation in manufacturing and automotive industries. Skills in robotics, programming, and automation systems are highly valued, and job opportunities are expanding as companies seek to improve efficiency and quality control in painting processes.
What are popular job titles related to Paint Robotics Engineer jobs in Mississippi?
For Paint Robotics Engineer jobs in Mississippi, the most frequently searched job titles are:
What job categories do people searching Paint Robotics Engineer jobs in Mississippi look for?
The top searched job categories for Paint Robotics Engineer jobs in Mississippi are:
What cities in Mississippi are hiring for Paint Robotics Engineer jobs?
Cities in Mississippi with the most Paint Robotics Engineer job openings:
Full-time
Re-posted 25 days ago
Job description
SEIBI Technician – Automotive Manufacturing
Job Type: Full-Time Contract
Travel: Up to 50% domestic & international (depending on assignment)
Overtime: 20–25% typical based on project needs
CrossSafety provides engineering and technical professionals to support large-scale automotive manufacturing, battery production, and new model launch programs across North America. We partner with industry‑leading OEMs to deliver safe, efficient, and high‑quality project execution.
Our clients seeking support are often looking to fill positions quickly and in multiple locations across the United States. As such we intend on developing a pool of interested and eligible candidates who can be utilized when our clients make their requests.
About the SEIBI RoleSEIBI Technicians play a critical role in equipment verification, installation readiness, production trial support, and equipment confirmation across both new model programs and ongoing production operations.
Assignments may include:
- Paint shop automation & robotics
- Battery pack assembly systems
- Vehicle manufacturing equipment
- Conveyors, torque tools, logistics automation, and safety interlocks
This is a hands-on, technical field role that works closely with engineers, vendors, suppliers, and plant teams to ensure safety, quality, and productivity targets are achieved.
Key ResponsibilitiesEquipment & Process Support- Support equipment installation, commissioning, and trial-based confirmations
- Perform Seibi checks for Safety, Electrical, and Mechanical design compliance
- Verify equipment against Toyota standards and production requirements
- Review mechanical and electrical drawings, schematics, and safety interlock logic
- Support adjustments to meet targets for Safety, Quality, Delivery, and Productivity
- Online robot programming (e.g., paint robots, sealing, UBC, dampening, material handling)
- Offline robot simulation, reach studies, and cycle time analysis
- Evaluate and adjust robot paths, parameters, and quality outcomes
- Support PLC programming and troubleshooting (Toyopuc, Allen Bradley, Omron, Siemens)
- Assist with vision systems (Keyence or similar), sensors, I/O, safety relays, and device tests
- Confirm conveyor, AGV/AMR, and material handling hardware operation
- Perform Seibi confirmations during vendor buyoff trials
- Support equipment evaluations in the U.S., Canada, Mexico, and Japan
- Validate safety, cycle times, operation availability, and equipment quality
- Create handover documents, snapshots, and process confirmation records
- Maintain detailed reports, checklists, KPIs, and punchlist items
- Communicate effectively with engineering, vendors, and global teams
- 2-year technical degree, trade school certification, or 3+ years equivalent technical experience
- Hands-on experience with industrial equipment installation, troubleshooting, or commissioning
- Ability to read mechanical/electrical drawings
- Experience with PLC programming or troubleshooting (Toyopuc, AB, Omron, Siemens)
- Proficiency with Microsoft Office (Excel, PowerPoint, Word, Outlook, Teams)
- Ability to work overtime (up to ~25%) and support weekend/holiday work when required
- Ability to travel domestically & internationally (up to 50% during peak project phases)
- Strong communication, teamwork, and problem-solving skills
- Experience with robotics (Kawasaki, Fanuc, Yaskawa) — paint or assembly applications
- Digital engineering tools: CATIA, Delmia, SolidWorks, Inventor
- Experience with manufacturing equipment procurement, layouts, or commissioning
- Experience with vision systems (Keyence, Cognex, etc.)
- Exposure to AGVs/AMRs and traffic control systems
- Automotive or high-volume manufacturing background
- Additional technical certifications
- Automotive manufacturing plant environment
- Follow all PPE requirements: steel-toe footwear, safety glasses, protective headwear (and additional PPE as required)
- Grow your technical and leadership skills alongside an established and expanding professional consulting firm
- Join a team of over 150 supportive and safety-focused professionals including Industrial Hygienists, Ergonomists, Safety Engineers, Construction Safety Specialists, and industry-leading engineering teams
- Advance your career by working Fortune 500 companies and in dynamic environments where your leadership truly matters
- Contribute to high-impact industrial and construction projects across the United States
CrossSafety fosters an inclusive and respectful workplace. Accommodations are available upon request.
We thank all applicants for their interest; however, only candidates selected for interview will be contacted.