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Permanent Ran Optimization Engineer Jobs in Kansas

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Permanent Ran Optimization Engineer information

What is a Permanent RAN Optimization Engineer?

A Permanent RAN Optimization Engineer is a telecommunications professional responsible for analyzing and improving the performance of Radio Access Networks (RAN) on a long-term, full-time basis. Their main duties include monitoring network performance, identifying issues, and implementing solutions to optimize signal quality, capacity, and coverage. They work with technologies such as 4G LTE and 5G, using specialized tools to ensure efficient data and voice transmission. These engineers collaborate with other technical teams to enhance user experience and support the rollout of new network features.

How does a Permanent RAN Optimization Engineer typically collaborate with network operations and planning teams?

As a Permanent RAN Optimization Engineer, you’ll regularly collaborate with network operations and planning teams to ensure optimal radio access network (RAN) performance. Your role often involves analyzing network KPIs, sharing insights on coverage or capacity issues, and coordinating technical solutions like parameter tuning or hardware upgrades. Effective communication and cross-functional teamwork are essential, as you'll work together to identify bottlenecks, implement enhancements, and monitor post-optimization results. This collaborative approach helps deliver a high-quality mobile experience for end users.

What are the key skills and qualifications needed to thrive as a Permanent RAN Optimization Engineer, and why are they important?

To thrive as a Permanent RAN Optimization Engineer, you need a solid background in telecommunications, RF engineering, and cellular network concepts, often supported by a degree in electrical engineering or a related field. Familiarity with network optimization tools (such as TEMS, Atoll, or Actix), drive test software, and relevant industry certifications (like CCNA or 5G certifications) is typically required. Strong analytical thinking, problem-solving abilities, and effective communication skills set top performers apart in this role. These skills and qualifications are crucial for ensuring optimal network performance, efficient troubleshooting, and collaboration across technical teams.

What is the difference between Permanent Ran Optimization Engineer vs Radio Network Optimization Engineer?

AspectPermanent Ran Optimization EngineerRadio Network Optimization Engineer
CredentialsBachelor's in Telecommunications, Engineering, or related field; certifications like Nokia, Ericsson, or HuaweiBachelor's in Telecommunications, Electrical Engineering, or related; similar certifications
Work EnvironmentTelecom companies, network providers, field and office settingsTelecom companies, network providers, field and office settings
Industry UsageCommonly employed in telecom industry for permanent network optimization rolesUsed interchangeably in telecom for network performance improvement roles

The Permanent Ran Optimization Engineer and Radio Network Optimization Engineer roles are highly similar, often overlapping in credentials, work environment, and industry usage. The main difference lies in terminology preference, with both focusing on optimizing radio access networks to improve coverage and performance. Both roles are essential in telecom network management and require comparable skills and certifications.

What are popular job titles related to Permanent Ran Optimization Engineer jobs in Kansas?

For Permanent Ran Optimization Engineer jobs in Kansas, the most frequently searched job titles are:

What cities in Kansas are hiring for Permanent Ran Optimization Engineer jobs?

Cities in Kansas with the most Permanent Ran Optimization Engineer job openings:

Continuous Improvement Manager - Cobalt Boats

MBI - Malibu Boats, Inc

Neodesha, KS • On-site

$78K - $105K/yr

Full-time

Re-posted 16 days ago


Job description

Summary

The Continuous Improvement (CI) Site/Brand Lead is responsible for driving operational excellence across assigned MBI manufacturing operations, supporting the end-to-end operations, including production of premium boats and marine components. This role partners closely with plant and MBI leadership to enhance performance in hull fabrication, assembly, upholstery, rigging, and finishing—while preserving the craftsmanship and brand quality MBI is known for.

A core accountability of this role is the reduction of Cost of Poor Quality (COPQ) through disciplined problem-solving, defect elimination, and process control. The CI Lead acts as a hands-on change agent, deploying feasible methodologies (that include Lean principles) in a high-customization environment while strengthening a culture of accountability and continuous improvement.

Key Responsibilities

Cost of Poor Quality (COPQ) Reduction & Problem Solving (PRIMARY DELIVERABLE)

  • Own plant-wide COPQ reduction strategy, including:
    • Baseline accuracy
    • Internal failures (scrap, rework, repair hours)
    • External failures (warranty, dealer claims, field issues)
    • Extended appraisal costs (inspection inefficiencies)
  • Align with MBI Quality initiatives by co-establishing brand/site baseline COPQ metrics and drive year-over-year reduction targets.
  • Lead structured problem-solving activities by using:
    • A3 thinking
    • Root Cause Analysis (RCA)
    • 8D / DMAIC methodologies
  • Facilitate cross-functional problem-solving activities (workshops, coaching, training, etc.) on top external (warranty) and internal (plant losses), including:
    • Inspection
    • Rework
    • Gelcoat and cosmetic defects
    • Upholstery rework
    • Electrical and functional system failures
  • Ensure permanent corrective actions with validation, standardization, and follow-up audits.
  • Build capability across teams to solve problems at the root cause—not symptoms.
  • Create transparency through COPQ dashboards and integrate into daily management.

Operational Excellence in Premium Boat Manufacturing

  • Lead continuous improvement initiatives across key brand/site production processes:
    • Parts and component assembly
    • Fiberglass hull/deck layup
    • Upholstery and interior finishing
    • Rigging (electrical, ballast, surf systems)
    • Final assembly, detailing, and water testing
  • Improve flow and reduce bottlenecks in large-product, station-based assembly.
  • Optimize takt alignment and line balancing in high-mix production.

Lean Deployment (Craftsmanship + Efficiency)

  • Implement Lean tools while protecting Malibu’s premium quality standards:
    • Standard Work with built-in quality controls
    • Visual Management for production and quality performance
    • 5S in high-visibility, finish-critical areas
    • Layered Process Audits (LPA)
    • Optimal setup and controls leading to defect and COPQ reduction
  • Target waste reduction in:
    • Resin and composite material usage
    • Rework loops and repair stations
    • Labor inefficiencies driven by variation

Quality & Brand Protection

  • Partner with MBI Quality to protect the premium brand reputation.
  • Improve first-pass yield (FPY), reduce defects per unit (DPU), and reduce defect escape rates.
  • Drive mistake-proofing (poka-yoke) in critical systems affecting:
    • Safety
    • Performance
    • Customer-visible quality
  • Connect plant metrics directly to dealer and customer satisfaction.

Customer & Dealer Experience Integration

  • Translate dealer feedback and warranty trends into actionable improvement plans.
  • Close the loop between field issues and plant corrective actions.
  • Prioritize improvements that enhance the on-the-water customer experience.

Performance Management & Visual Systems

  • Establish plant-wide SQDC and COPQ visual management systems.
  • Track and drive key KPIs:
    • COPQ as % of sales
    • Rework hours per boat
    • FPY and/or DPU
    • Warranty cost per unit
    • Throughput and on-time delivery
  • Lead daily Gemba and tiered accountability meetings.

Production Scaling

  • Support ramp-up/down aligned to demand cycles.
  • Improve workforce flexibility via cross-training and standard work.
  • Maintain quality discipline during high-volume peak periods.

Culture & Capability Building

  • Support growth of problem-solving capability at all levels of the organization.
  • Coach supervisors and team leaders on structured CI and defect elimination.
  • Drive accountability for “build it right the first time” mindset.
  • Increase employee engagement in kaizen and continuous improvement.

Project Leadership & Execution

  • Lead a pipeline of CI projects with measurable impact on COPQ and operational performance.
  • Partner with Engineering, Production, Quality, and Supply Chain.
  • Ensure sustainability through standard work, audits, and leader standard work.

#CobaltBoats

Qualifications

Education & Experience

  • Bachelor’s degree in engineering, Manufacturing, Operations, or related field.
  • 8–10+ years of experience in manufacturing, continuous improvement, and/or operational excellence activities
  • Strong experience driving quality improvement and cost of poor-quality reduction required.
  • Demonstrated performance and experience in marine, automotive, RV, or other high-mix assembly environments preferred.
  • Strong project management, organizational, and analytical skills.
  • Excellent communication, training, and facilitation abilities.
  • Experience with data analysis, modern QMS tools, and advanced manufacturing concepts

Skills & Knowledge

  • Deep expertise in:
    • Root cause problem solving (A3, 8D, DMAIC)
    • COPQ analysis and budgetary impact modeling
    • Lean manufacturing principles
  • Experience with industry materials and finishing processes strongly preferred.
  • Lean Six Sigma certification (Green/Black Belt) preferred.
  • Strong leadership, team building, group facilitation, and change management skills.

Key Competencies

  • Accountability, dependability, adaptability, and flexibility
  • Coaching, mentoring
  • Creative, innovative thinker
  • Good decision making and judgment
  • Ethics, integrity, honesty
  • Willingness to learn
  • Relentless focus on defect elimination and root cause resolution
  • Passion for craftsmanship and premium product quality
  • Data-driven decision-making with strong shop-floor instincts
  • Ability to lead in high-variation, custom manufacturing
  • Strong cross-functional leadership and influence
  • Systems thinking and standardization
  • Project management and execution
  • Training and capability development
  • Attention to detail and documentation rigor
  • Change management

Success Metrics

  • Activity based transformational results
  • Year-over-year reduction in COPQ (% of revenue)
  • Reduction in rework hours and defect rates
  • Improved first-pass yield and DPU across all production stages
  • Decrease in warranty claims and field failures
  • Increased throughput without quality degradation
  • Support improvement of on-time delivery performance
  • Sustained cost savings tied to defect elimination

Physical Demands

The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

Continuous/C = 67-100%, Frequent/F = 33-66%, Occasional/O = 33%, None/N

Sits                       hours

Stands  hours

Walks    hours

Drives   hours

Employee Lifts and/or Carries: type amount of weight in each area

Maximum: 50 (lbs.) Frequently: 20 (lbs.) Occasionally: 35 (lbs.)

Employee uses Hands for repetitive activities:

Simple Grasping:             Right,                                 Left,

Pushing/Pulling:              Right,                                 Left,

Fine Manipulation:         Right,                                 Left,

Employee uses Feet for repetitive activities:

Right:                                 Left:

Employee is required to perform these activities:

Bending At Waist:

Squatting:

Climbing Ladders, Stairs:

Kneeling On Ground:

Reaching Above Shoulder:

Work Environment

The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job (i.e., heat/cold, dust/dampness, height; chemical; noise) PPE requirements are included. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

  • Hands-on role with significant presence on the manufacturing floor.
  • Exposure to various settings - fiberglass, finishing, and assembly operations.
  • Fast-paced, focused production environment.
  • Typical 10-hour workdays based upon facility.
  • Typical 4- or 5-day work week schedule based upon facility and schedule loading.
  • Overtime is occasional to frequent based on a number of factors.
  • Required to work indoors and outdoors, year-round and in all weather conditions.
  • May be required to work during production shutdowns or other “off schedule” periods to conduct special activities.
  • Safety glasses required while in production areas

Other PPE may be required based on specific