001/ THE PROBLEM

Endless applications.
The same result.

See how it works
Before and after résumé comparison showing a computational aerodynamics project with an aerodynamic teardrop and airflow streamlines Register for a cohort
“I’ve applied to over 90 jobs.”
Gillian Frost Graduating student · The Guardian, 2026
“Graduates are being asked to enter the workforce with experience…”
Michael Hansen Cengage CEO · 2026
“…they’re not going to have mid-level career people in a few years.”
Tracy Camp Computing Research Association · AP, 2026
“It’s a tough time for new graduates.”
Jaison Abel Federal Reserve Bank of New York · 2026
“…automatically at a disadvantage.”
Amanda Augustine Careers expert · TechRadar, 2026

Demo video coming soon

002/ THE SOLUTION

Pick your dream career.

A clear route from your goal to work you can show.

01 START HERE

Set your direction

Career goalModeling & simulation
Starting pointPython · engineering
Build nextModeling evidence
YOUR QUESTIONNAIRE → PROJECT BRIEF

Your interests and experience shape the project direction.

02 3–6 MONTHS · GUIDED RESEARCH

Plan, model, refine

AIResearch advisorScope · methods · milestones
M1–2M3–4M5–6
Scope the questionBuild the modelReview findings

Get a structured plan, then make progress with research guidance.

03 WHAT YOU MAKE

Publish work you can show

GitHub repositoryPublic
jordanlee / teardrop-airfoil-cfd
PythonREADME.md
▤README.mdProject overview & methods
{ }airfoil_flow_model.pyModel & simulation
▥flow_visualizations/Streamlines & results
PDF
Technical reportReviewed findings · methods · results
RESUME EVIDENCEModeled airflow around a teardrop airfoil in Python and validated the simulation.

INSIDE THE WORKSPACE

UNIT 2 · AERODYNAMIC FORCES

Lift and the pressure field

L = ½ ρ v² S CL

Textbook-depth lessons, built around your project.

Register interest in a future cohort

003/ RESUME EXAMPLE

See the effect that one computational research project can have for you.

BEFORENo modeling project yet

Jordan Lee

Mechanical Engineering · Modeling & Simulation

Denver, CO
jordan.lee@example.edu
github.com/jordanlee

Education

Western Plains UniversityMay 2027

B.S. Mechanical Engineering · GPA 3.62/4.00

Coursework: Numerical Methods, Dynamics, Thermodynamics, Linear Algebra

Research experience

Undergraduate Lab Assistant2025 to Present

Energy Systems Lab

  • Prepare sensor assemblies and organize experimental readings for weekly lab review.
  • Maintain lab notes and create plots from collected datasets in Python and MATLAB.

Selected projects

Microcontroller Temperature LoggerFall 2025
  • Built an Arduino temperature logger and summarized readings from a short lab study.
Mechanism Design StudySpring 2025
  • Modeled a linkage assembly in SolidWorks and documented design constraints.

Technical skills

Programming: Python, MATLAB, C++

Tools: Git, Jupyter, SolidWorks

Methods: Data cleaning, visualization, lab documentation

Campus involvement

Peer Tutor, Engineering Learning Center2025 to Present

Support first-year students in statics and introductory programming.

ILLUSTRATIVE SAMPLE · BEFORE SCALESTEM

A research project moves the resume from before to after

AFTERWith ScaleSTEM research

Jordan Lee

Mechanical Engineering · Modeling & Simulation

Denver, CO
jordan.lee@example.edu
github.com/jordanlee

Education

Western Plains UniversityMay 2027

B.S. Mechanical Engineering · GPA 3.62/4.00

Coursework: Numerical Methods, Dynamics, Thermodynamics, Linear Algebra

Research experience

Undergraduate Lab Assistant2025 to Present

Energy Systems Lab

  • Prepare sensor assemblies and organize experimental readings for weekly lab review.
  • Maintain lab notes and create plots from collected datasets in Python and MATLAB.

Selected projects

Computational Aerodynamics: Teardrop Airfoil3 months

ScaleSTEM Guided Research

  • Built and validated a Python airfoil model, simulating airflow around an aerodynamic teardrop.
  • Documented methods, validation, and streamline results in a technical report reviewed with mentor feedback.
Microcontroller Temperature LoggerFall 2025
  • Built an Arduino temperature logger and summarized readings from a short lab study.
Mechanism Design StudySpring 2025
  • Modeled a linkage assembly in SolidWorks and documented design constraints.

Technical skills

Programming: Python, MATLAB, C++

Tools: Git, Jupyter, SolidWorks

Methods: Data cleaning, visualization, lab documentation

Modeling: Computational aerodynamics, airflow simulation

Campus involvement

Peer Tutor, Engineering Learning Center2025 to Present

Support first-year students in statics and introductory programming.

ILLUSTRATIVE SAMPLE · AFTER SCALESTEM

Your project starts with one questionnaire.

Register for a cohort