01. Professional Summary

I am a Chemical Engineer with a fixation on reliability and efficiency. My work bridges the gap between theoretical process design and operational reality, from laser welding assembly lines to complex utility distribution systems.

With a Bachelor of Science in Chemical Engineering from Purdue University and a background as a Korean American Dual Citizen, I bring a diverse perspective to problem-solving. My approach integrates data-driven analysis with hands-on continuous improvement methodologies like 5S and Six Sigma.

  • → Drive continuous improvement.
  • → Minimize defects and downtime.
  • → Safety is a design input.

02. Technical Skills

Industry & Ops

  • Lean Six Sigma Green Belt
  • Process Control (APC, FDC)
  • PLC & Servos
  • Change Management

Utilities & Systems

  • HVAC & Clean Steam
  • WFI Storage/Distribution
  • Nitrogen Distribution
  • Vapor Compression Stills

Software & Data

  • Python / Matlab
  • Ansys Fluent / Solidworks
  • JMP / Simulink
  • Maximo / MES

03. Projects

Assembly Process Optimization

Lowered defect rate & increased efficiency

Objective

Improve efficiency, quality, and throughput on the Assembly Line (Laser Welding).

Approach

Utilized GEMBA, 5S, and Six Sigma Methodologies. Conducted root cause analysis and implemented corrective/preventative actions.

Result

Acted as Subject Matter Expert (SME) for Laser Plate Welding technology. Minimized defects and downtime through cross-functional collaboration.

Role:

Assembly Process Engineer

Utilities System Management

Led qualification for Apollo Nitrogen System

Objective

Monitor and report critical trends for all building utilities as System Owner.

The Trade-off Simulation

Adjust to visualize impact of recovery metrics.

Efficiency High
Uptime 98%
Risk Low

Balanced operating point.

Approach

Developed automated daily trends list. Led continuous improvement projects including pressure relief valve and drain piping installation.

Scope:

Water, Steam, Nitrogen, & HVAC.

Industrial Mixer Modeling

Deliverables submitted to Experimental Team

Objective

Model and analyze industrial mixers for Academic/Industrial Joint Research.

Approach

Used Computational Fluid Dynamics (CFD) and Computer-Aided Design (CAD). Collaborated with Purdue PMP Masters students.

Partners:

Purdue & Catalent Pharma

04. Work History

Oct 2023 — Present Starplus Energy

Assembly Process Engineer (Laser Welding)

  • Monitored and optimized the Assembly Process to improve efficiency, quality, and throughput.
  • Department PIC for FDC, APC, and UPEH; utilized MES and Spotfire for SPC analysis.
  • Developed and delivered LPW process training for assembly operators.
  • Coordinated quotes and procurement; oversaw temporary warehouse operations.
July 2022 — Aug 2023 Catalent Pharmaceuticals

Associate Process Engineer (Facilities/Utilities)

  • System owner for heating hot water, chilled water, WFI, nitrogen, and clean steam generation.
  • Prepared knowledgeable SISPQ impact statements for excursions.
  • Demonstrated expertise in ALCOA+, Kaizen, GMP, and GDP principles.
Aug 2018 — May 2022 Purdue University

Bachelor of Science in Chemical Engineering

  • GPA: 3.53 | Presidential Scholarship Recipient
  • Small Group Leader at Purdue Cornerstone Christian Fellowship.
  • Undergraduate Researcher at Yuan Research Lab and Nanosystems Lab.

05. Research & Notes

Theory Zero Risk vs. ALARP

We often conflate 'safe' with 'zero risk'. In thermodynamics and in operations, zero is a theoretical limit. The goal is ALARP (As Low As Reasonably Practicable).

Bio Epigenetics & Protein Probes

Experience conducting PCR, miniprep, imaging, and heat shock transformation at Yuan Research Lab. Researched and conducted experiments on protein probes.

06. Contact

Available for roles in Process Engineering and Optimization.

765-430-9810