Nicole Johnston

Cambridge

Summary

Chemical Engineering student at MIT with hands-on experience in design, prototyping, and testing of engineering systems. Skilled in process optimization, experimental analysis, and pilot-scale implementation, with experience translating lab-scale concepts into manufacturable solutions. Familiar with engineering design workflows and manufacturing processes through coursework and hands-on lab experience. Strong background in data analysis, parameter optimization, and technical documentation, with interest in advanced manufacturing and equipment development.

Overview

year of professional experience

Work History

Engineering Intern

APS Grupa, LLC

Chicago

05.2024 - 09.2025

Designed and prototyped a novel sustainable product, progressing from lab-scale experimentation to pilot-scale implementation, supporting manufacturing feasibility.
Performed process optimization and parameter analysis to improve production efficiency and reduce acid waste in wastewater streams.
Conducted experimental testing and data analysis to evaluate material performance and process reliability.
Developed and implemented pilot-scale processes, bridging R&D concepts with real-world manufacturing conditions.
Generated technical reports and engineering documentation to support process development and scale-up.
Collaborated with cross-functional teams to communicate results and support implementation of process improvements.

Teacher

MIT Global Teaching Labs

Milan

01.2025 - 02.2025

Developed and delivered technical lesson plans for over 100 students, enhancing understanding of complex scientific concepts for diverse audiences.
Clarified technical material for varying levels of expertise, improving student comprehension and engagement.
Collaborated with educators to align curriculum with global teaching standards.

Education

Bachelor of Science - Chemical Engineering

Massachusetts Institute of Technology

Cambridge, MA

05-2027

Skills

Programming & Data Analysis:
MATLAB, Excel (data analysis, regression, data visualization)
Engineering & Manufacturing:
Process optimization, prototyping, experimental design, pilot plant operations, parameter analysis, process modeling

Testing & Characterization:
SDS-PAGE, viscometry (Brookfield, Anton-Paar), materials characterization, experimental validation
Technical Tools:
Technical documentation, statistical analysis, engineering reporting

Affiliations

Modeled engineering systems using mass and energy balances to optimize performance and conversion.

Timeline