Meet the Team: Cooper Antikainen — Building Real-World Engineering from the Ground Up

In engineering, the gap between theory and execution is where most people stall. Cooper Antikainen has spent her early career closing that gap—deliberately, repeatedly, and with measurable momentum.

Some candidates bring potential. Others bring proof of work. Cooper brings both—and that’s exactly why we’re adding her to the team. Her experience, drive, and commitment to the field made this a straightforward decision.

From Concept to Construction

Cooper’s foundation comes from hands-on, project-based engineering work. She has contributed to the design and development of a hovercraft, a truss bridge, and an industry-sponsored sauna stove—each project requiring a different mix of structural reasoning, material selection, and budget discipline.

This kind of exposure matters. It forces early competence in:

• Structural analysis under real constraints

• Translating theory into manufacturable designs

• Budgeting and resource allocation

• Iterating within a team environment

  
  

Most graduates talk about design. Cooper has executed it.

Industry Experience at Entegris

As a Product Engineering Intern at Entegris, Cooper operated closer to real production environments than most early-stage engineers.

Her responsibilities included:

• Supporting product testing and validation

• Analyzing technical performance data

• Contributing to design improvements

  
  

This isn’t passive internship work. It’s exposure to how engineering decisions impact product performance, cost, and scalability.

Communication: The Underrated Engineering Skill

Technical ability without communication is a bottleneck.

Cooper’s background in customer-facing roles and community involvement gives her an edge here. She can:

• Translate technical concepts clearly

• Stay organized across multiple workstreams

• Function effectively inside team-based execution

  
  

That combination is rare—and valuable. At JDI, where projects move quickly and require tight coordination between design, engineering, and clients, this kind of clarity and organization directly impacts execution speed and project outcomes. Engineers who can communicate effectively don’t just contribute—they remove friction across the entire process.

Education: A Non-Traditional Engineering Path That Actually Works

Cooper is currently pursuing a Bachelor of Science in Engineering through the Iron Range Engineering program at Minnesota State University, Mankato.

This matters more than the credential itself.

The Iron Range Engineering model is built around:

• Industry-sponsored projects instead of lecture-heavy coursework

• Self-directed learning with accountability

• Continuous application of engineering fundamentals

  
  

In contrast to traditional programs, students are expected to perform—not just absorb information.

Before that, Cooper earned her Associate of Science in Engineering from Minnesota North College, graduating first in her class. That signals consistency, not just capability.

Women in Engineering: Closing the Gap Through Execution

The conversation around women in engineering often stays at the level of representation. That’s incomplete.

What actually moves the needle is demonstrated competence in high-stakes environments.

Cooper’s trajectory reflects exactly that:

• Hands-on project leadership

• Industry-relevant experience

• Technical certification

• Strong communication skills

SolidWorks CSWA Certification: What It Actually Requires

Cooper holds a CSWA certification in SolidWorks, which is often misunderstood as a basic credential. It’s not.

To earn a CSWA (Certified SolidWorks Associate), candidates must demonstrate:

1. Parametric Modeling CompetencyUnderstanding how to build adaptable, dimension-driven models—not static geometry.

2. Technical Drawing InterpretationReading and translating engineering drawings into accurate 3D parts.

3. Assembly DesignBuilding multi-component systems with proper mates, constraints, and motion logic.

4. Mass Properties & AnalysisCalculating weight, center of mass, and material impacts—critical for real-world applications.

5. Time-Constrained Problem SolvingThe exam is structured to test speed and accuracy under pressure.

This is not theoretical CAD usage. It’s applied design thinking inside a tool that industry actually uses.

We're excited to welcome Cooper to JDI Contracts.

We’re deliberate about who we bring onto the team, and Cooper Antikainen stood out quickly. She brings real experience in applied engineering environments, not just academic exposure, along with clear initiative and forward momentum in how she’s built her skill set so far. Just as important, she’s shown a consistent commitment to developing real-world engineering capability—not stopping at theory, but pushing into execution.

That combination is difficult to find this early, and it aligns directly with how work gets done at JDI.