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Smt Machine Programming Jobs in Connecticut (NOW HIRING)

ACDi

SMT Operator

Branford, CT · On-site

$19 - $24/hr

... machines * Work collaboratively with the Manufacturing Engineering department to provide real time ... SMT group

All JobsSmt Machine Programming JobsSmt Machine Programming Jobs in Connecticut

Smt Machine Programming information

What is SMT machine programming?

SMT machine programming involves creating and optimizing the software instructions that control Surface Mount Technology (SMT) machines, which are used to place electronic components onto printed circuit boards (PCBs) during manufacturing. This process includes generating pick-and-place programs, setting up component libraries, and configuring machine parameters to ensure accurate, high-speed assembly. SMT programmers work closely with engineers and production teams to reduce errors, increase efficiency, and adapt to design changes. Mastery of SMT programming is essential for efficient electronics manufacturing and maintaining high product quality.

What is the difference between Smt Machine Programming vs Smt Operator?

AspectSmt Machine ProgrammingSmt Operator
CredentialsTechnical certifications, training in SMT programmingBasic technical knowledge, on-the-job training
Work EnvironmentDesigning, coding, and testing SMT programs in manufacturing settingsOperating SMT machines on the production line
Employer & IndustryElectronics manufacturing, PCB assemblyElectronics manufacturing, PCB assembly

Smt Machine Programming involves creating and optimizing programs for SMT machines, requiring technical skills and certifications. In contrast, Smt Operators focus on running and maintaining the machines during production. Both roles are essential in electronics manufacturing, but they differ in responsibilities and skill requirements.

What are some common challenges faced by SMT machine programmers, and how can they be addressed?

SMT Machine Programmers often encounter challenges such as optimizing machine setups for new PCB designs, minimizing downtime due to changeovers, and troubleshooting placement or soldering issues. These challenges can be addressed by staying up-to-date with the latest software updates, collaborating closely with process engineers and production teams, and continuously analyzing production data to identify areas for improvement. Effective communication and a proactive approach to problem-solving are essential for ensuring smooth production and high-quality output.

What are the key skills and qualifications needed to thrive as an SMT machine programmer, and why are they important?

To thrive as an SMT Machine Programmer, you need a solid understanding of electronics manufacturing processes, PCB assembly, and experience with surface mount technology, often backed by technical diplomas or certifications. Familiarity with SMT programming software (such as Fuji, Yamaha, or Panasonic systems), CAD tools, and knowledge of IPC standards is typically required. Attention to detail, problem-solving ability, and effective teamwork are crucial soft skills for optimizing production and resolving issues. Mastering these skills ensures efficient, high-quality circuit board assembly and minimizes costly production errors.
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Smt Machine Programming jobs near you
Infographic showing various Smt Machine Programming job openings in Connecticut as of August 2026, with employment types broken down into 81% Full Time, 11% Part Time, 3% Temporary, 3% Contract, and 2% Nights. Highlights an 92% Physical, 1% Hybrid, and 7% Remote job distribution.

SMT Programming Engineer

MICROBOARD PROCESSING INC

Seymour, CT

Full-time

Re-posted 5 days ago

Job description

Position Overview

Microboard is seeking a highly skilled SMT Programming Engineer to lead the programming, optimization, and performance of our surface mount technology (SMT) assembly lines. This role plays a critical part in bridging engineering design and production execution, with a strong focus on maximizing throughput, efficiency, and quality.

The ideal candidate will bring deep technical expertise in high-speed PCBA assembly, with a strong emphasis on the Fuji platform, and will serve as the subject matter expert for SMT programming and process optimization.

Key Responsibilities

  • Program Development: Develop and maintain high-accuracy SMT placement programs for complex, high-density PCB assemblies.
  • Fuji Platform Management: Utilize Fuji NEXIM software for part library management, feeder setup, and line balancing across SMT lines.
  • Process Optimization: Analyze machine cycle times and implement improvements to drive higher efficiency and overall equipment effectiveness (OEE).
  • Library Maintenance: Create, validate, and maintain component libraries, including new part shapes and packages within NEXIM.
  • Troubleshooting & Support: Provide advanced technical support for placement errors, vision system issues, and machine calibration challenges.
  • Documentation: Develop and maintain detailed setup sheets, feeder maps, and work instructions to support production teams.
  • Cross-Functional Collaboration: Work closely with Engineering, Production, and Quality teams to ensure seamless new product introductions (NPI) and ongoing process improvements.

Qualifications

Required:

  • 5+ years of hands-on SMT programming experience in a high-mix or high-volume manufacturing environment
  • Minimum 3+ years of experience programming Fuji SMT platforms (NXT, AIMEX, etc.)
  • Advanced proficiency with Fuji NEXIM software
  • Strong ability to read and interpret blueprints, BOMs, and CAD/Gerber files
  • In-depth knowledge of SMT processes, IPC standards, and manufacturing best practices

Preferred:

  • Experience with AOI (Automated Optical Inspection) and SPI (Solder Paste Inspection) integration
  • Background supporting New Product Introduction (NPI) environments
  • Experience mentoring junior programmers or operators

Leadership & Impact

  • Serve as the technical lead for SMT programming and process optimization
  • Provide guidance and support to SMT programmers and production teams
  • Drive improvements in throughput, quality, and overall manufacturing efficiency

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