Professional experience

From the engineering office and control room to running a rendering plant, then into graduate research and teaching.

Bascom Hall on the University of Wisconsin–Madison campus

University of Wisconsin–Madison2026Madison, WI

Grader, ISyE 315 Production Planning & Control

Grade and coach students in a required production planning course.

Key responsibilities

  • Grade homework, quizzes, and projects for a required production planning course.
  • Coach students one-on-one on Lean, lead time, cycle time, and process capability.
  • Explain each method and its assumptions so students can apply it on their own.
  • Review regrade requests with written feedback on calculations and interpretation.
  • Assess DMAIC, SPC control charts, Cpk, EOQ, S&OP, and job sequencing.

Skills applied

  • Production planning
  • Lean
  • SPC
  • Cpk
  • EOQ
  • S&OP
  • Technical communication
Ceramic 3D printing lab with a thermal camera and printed lattice parts

University of Wisconsin–Madison2026 – PresentMadison, WI

Graduate Researcher

Developing 3D printing and sintering processes for ceramic heat shields used on aerospace parts.

  • ~80%less manual data-processing time
  • 10,000+data points analyzed per prototype

Key responsibilities

  • Develop 3D printing and sintering processes for ceramic heat shields for aerospace applications.
  • Run designed experiments (DOE) on temperature, speed, and sintering settings.
  • Analyze 10,000+ thermal images and process data points per prototype to trace process deviation and improve print consistency.
  • Built Python tools that cut manual data-processing time by about 80%.
  • Work to improve dimensional accuracy for advanced high-temperature applications.

Skills applied

  • Additive manufacturing
  • Sintering
  • DOE
  • Thermal imaging
  • Python
  • Microscopy
  • SolidWorks
  • G-code
Rendering plant with stainless steel cookers and conveyors

Caribbean Broilers Group2023 – 2025Jamaica

Production Supervisor

Led the rendering plant team, converting poultry by-products into meal and fat while improving throughput, waste, quality, and safety.

  • +20%throughput
  • −10%process waste
  • 30+operators across three shifts

Key responsibilities

  • Oversaw a rendering plant processing ~45 t/day of by-products.
  • Coordinated daily with the 100,000+ bird/day chicken processing plant on raw material volume and timing.
  • Led a 30+ person team across three shifts: scheduling, hiring, training, and performance reviews.
  • Led Lean, capacity, and layout improvement projects.
  • Partnered with management, maintenance, and quality on root-cause analysis, containment, KPIs, SOPs, and production targets.
  • Upheld HACCP, GMP, and audits; enforced LOTO, confined space, and hot work permits.

Skills applied

  • Team leadership
  • Lean
  • Capacity planning
  • Layout
  • Root-cause analysis
  • KPIs
  • HACCP / GMP
  • LOTO
  • Haarslev rendering equipment
Operator at a process-control dashboard overlooking the production floor

Newport Mills2022 – 2023Jamaica

Control Room Operator

Ran automated feed production from the control room, from raw material intake to bagging and loadout.

  • ~30%less downtime from cross-functional root-cause investigations

Key responsibilities

  • Operated the automated feed mill through SCADA/HMI, from raw material intake to finished-product bagging and loadout.
  • Verified batch weights, ran scale calibration, and pulled quality-control samples.
  • Held suspect batches pending lab results and followed medicated-feed flushing to prevent cross-contamination.
  • Tracked silo, bin, and ingredient inventory in SAP to support production planning.
  • Led cross-functional root-cause investigations and maintenance follow-up.

Skills applied

  • SCADA / HMI
  • Batch control
  • Scale calibration
  • QC sampling
  • SAP inventory
  • Root-cause analysis
  • Feed safety
Feed mill tower with batching and pelleting equipment beside stacked feed bags

Newport Mills2021Jamaica

Engineer Intern

Supported the engineering team at a feed mill with layout, capacity, maintenance, and safety studies.

  • ~20%less downtime, supported by preventive maintenance and reliability work

Key responsibilities

  • Performed facility layout analysis and process flow mapping to cut manual handling.
  • Ran time studies and production capacity analysis on production lines.
  • Built preventive maintenance plans and reliability analysis.
  • Conducted safety inspections and risk assessments.
  • Drafted SOPs for new equipment and presented findings to management.

Skills applied

  • Facility layout
  • Process flow mapping
  • Time studies
  • Capacity analysis
  • Preventive maintenance
  • Reliability analysis
  • Risk assessment
  • SOPs