Mechanical Systems Intern (Summer 2024)

Who we are:   

Electra is electrifying ironmaking to decarbonize steelmaking and eliminate 3.7 gigatons or 10% of global CO2 emissions. Leveraging proven industrial-scale electrochemical and hydrometallurgical processes, and backed by leading sustainability-focused venture capitalists, our team is developing lower cost, scalable solutions utilizing intermittent renewable energy to forge a cleaner, greener future for the trillion-dollar steel industry.     

With a uniquely collaborative culture, endless passion for developing disruptive technologies, and the opportunity to revolutionize carbon-intensive manufacturing industries, careers at Electra offer challenge, reward, and the chance to bring to market solutions that dramatically improve the health of the planet.   

Internship Program Summary:  

The 2024 Summer Internship Program is open to current undergraduate and graduate students pursuing majors in related fields.  

The goal of the Program is to provide students with hands-on, industry experience while offering the opportunity to make valuable contributions at Team Electra.   

In this you will:  

• Design and build mechanical systems to be used in our large-scale test facility. 
• Perform design calculations and analysis (fluid dynamics/heat transfer/statics/etc.) to ensure specified system will perform per design criteria. 
• Work with automated valving, pneumatics, pumps, sensors, and control systems to operate system locally or remotely. 
• Perform commissioning, troubleshooting, and maintenance tasks of systems. 
• Ensure safe operation of all systems and assist with the development of safe testing procedures.  

Qualifications:   

• Must be actively enrolled in an accredited college or university and pursuing an undergraduate or graduate degree in mechanical engineering or directly related degree. 
• Ability to interpret existing designs.  
• Ability to safely use hand tools, power tools, and other shop equipment (wrenches, saws, drills, etc.)  

Preferred Qualifications:   

• 3D modeling software experience (SolidWorks preferred)  
• Familiarity with coding languages (Python, MATLAB, C++, SQL, etc.)   
• Knowledge of electrochemical cell components and fundamentals  

What’s in it for you:   

• Hands-on experience in an industry environment  
• Opportunity to work on novel technologies.  
• Opportunity to collaborate with other teams. 

Compensation:  

The pay rate for this position is $28.00 per hour for undergraduate students and $31.00 per hour for graduate students.