PURDUE UNIVERSITY · MECHANICAL ENGINEERING + ECONOMICS · DECEMBER 2028

Conal Doyle

Manufacturing engineering, automation, test systems, and mechanical design.

I build tools, test systems, and manufacturing solutions that make engineering work faster, more consistent, and easier to understand.

Available June through mid-August 2027 for engineering internships in the United States or abroad U.S. & Irish citizen · No employer-sponsored work permit required for EU roles · Open to relocation
GPA 3.67GEAREGlobal Engineering StudiesPharmaceutical Manufacturing Certificate

RESULTS AT A GLANCE

Engineering work with practical outcomes.

80–90%reduction in work-instruction creation time
4robot validation protocols developed
2engineering internships across manufacturing and robotics validation
DEC 2028expected graduation with Mechanical Engineering and Economics degrees

01 / SELECTED ENGINEERING WORK

Designed, built, tested.

Projects spanning manufacturing automation, production testing, mechanical design, validation, and applied research.

Sanitized concept section of the manual torque stand showing the shaft, opposed tapered roller bearings, preload retention, and support frame
Mechanical designIn development

P3 Manual Torque Stand

Internship project · E.H. Wachs, an ITW company

A SolidWorks mechanical system targeting approximately 30 ft-lb of resistive torque through tapered roller bearing preload, a serviceable center shaft, and a stable 80/20 frame.

SolidWorksMechanical DesignBearings & ShaftsManufacturability
Explore the design
Sanitized production-test flow from operator setup through ADC measurement, PASS or FAIL evaluation, label printing, and CSV traceability
Production testingTraceable results

P3 Throttle Test Station

Internship project · E.H. Wachs, an ITW company

A Raspberry Pi and Python test workflow that guides operators, captures electrical measurements, records PASS/FAIL results, and supports failure investigation.

PythonRaspberry PiADCTest Engineering
Read case study
Sanitized validation overview showing four autonomous monitoring robot protocols, with the first three executed and analyzed
Robotics validation4 protocols

Environmental Monitoring Robot

Internship project · Eli Lilly

Proof-of-concept validation work for autonomous environmental monitoring and air sampling in cleanroom environments, including protocol development, execution, analysis, and technical communication.

RoboticsProtocol DevelopmentExperimental TestingSterility Assurance
Read case study
Sanitized research progress diagram showing Archivist in Spring 2025, Team Lead in Fall 2025, team growth from about three to six, and testing increasing to four or five trials per week
Applied research3→6 members · 4–5 tests/wk

GAQT Nanofiber Research

University research · Purdue EPICS

Purdue EPICS research spanning Spring 2025 archival work and Fall 2025 team leadership, combining electrospinning, documentation, member training, and increased weekly testing.

ElectrospinningExperimental TestingResearch PlanningTeam Leadership
Read case study

02 / EXPERIENCE

Manufacturing problems, different environments.

Experience across production engineering, pharmaceutical robotics, and university research.

APR–AUG 2026

E.H. Wachs / ITW

Manufacturing Engineering Intern · Lincolnshire, Illinois

  • Built a Python application that cut work-instruction creation time by about 80–90% (roughly six hours to one hour on tested assemblies).
  • Standardized production documentation with revision history, validation, customizable PPE, and multiple step-layout options.
  • Developed a Raspberry Pi throttle test station with PASS/FAIL labels and CSV traceability to support assembly testing and failure investigation.
  • Designed assembly tools and fixtures, corrected engineering drawings, and connected shop-floor needs with engineering.
JAN–APR 2026

Eli Lilly

Sterility Assurance & Microbiology Intern · Central TSMS Microbiology Innovation Lab · Indianapolis, Indiana

  • Planned and authored four proof-of-concept validation protocols for an autonomous environmental-monitoring robot.
  • Executed and analyzed the first three protocols, covering particulate generation, disinfection capability, and system robustness.
  • Coordinated experiments with a co-intern, laboratory scientists, and external vendors while learning cleanroom monitoring practices.
  • Communicated technical work through presentations and live demonstrations.
SPR / FALL 2025

Global Air Quality Trekkers

Nanofiber Team Archivist → Team Lead · Purdue EPICS

  • Progressed from team archivist in Spring 2025 to team lead in Fall 2025, with no summer participation.
  • Served as the only trained undergraduate able to independently operate the electrospinning equipment.
  • Expanded the team from about three to six members and increased testing from 1–2 to 4–5 trials per week while preserving results and next-step recommendations.

03 / TECHNICAL SKILLS

Engineering first. Automation as leverage.

Engineering & manufacturing

  • SolidWorks & mechanical design
  • Manufacturing engineering
  • CNC machining
  • Test engineering
  • Assembly tools & fixtures
  • Work instructions

Programming & automation

  • Python
  • Excel
  • Raspberry Pi
  • Engineering automation
  • Data analysis
  • Technical interfaces

Research & testing

  • Protocol development
  • Experimental testing
  • Sterility assurance
  • Electrospinning
  • Validation documentation
  • Technical presentations

Operations & communication

  • Process improvement
  • Cross-functional projects
  • Engineering economics
  • Technical documentation
  • Team leadership
  • Spanish — B1

04 / ENGINEERING + ECONOMICS

Build the system.
Understand the impact.

I’m interested not only in how products and manufacturing systems are engineered, but in how engineering decisions affect productivity, cost, operations, and the business around them.

Economics is a second lens on engineering work—not a separate professional identity. It helps me connect technical decisions to the way organizations actually operate.

05 / INTERNATIONAL ENGINEERING

Prepared to engineer across borders.

SPRING 2027

UC3M · Madrid, Spain

Planned Purdue GEARE study-abroad term combining engineering coursework with language and cultural immersion.

SUMMER 2027

June through mid-August

Open to roles across the United States and to relocation internationally, including the EU, Singapore and Japan.

WORK AUTHORIZATION

United States + European Union

U.S. and Irish citizen. No employer-sponsored work permit is required for roles throughout the EU.

LANGUAGE & EXPERIENCE

Spanish B1 · Trento, Italy

Building professional Spanish and previously helped deliver an English-immersion camp in Trento for approximately 40 engineering students from Bari.

LET’S WORK TOGETHER

Seeking Summer 2027 engineering internships — United States or abroad.

Mechanical engineering, manufacturing, testing, automation, process improvement, and engineering operations.

ConalDoyle05@outlook.com