Design Engineer Intern, Wood Truss

Job Description

Designs truss components and truss repairs for MiTek customers and creatively solve engineering issues our customers have. Expand upon existing standard details by providing calculation-based improvements and verified by physical testing if required. Research and test innovative new ways of using metal plate connected wood floor and/or roof trusses. This position reports to the Engineering Manager located in the office where the engineer is assigned.

Our program is a paid, 12-week program that will run from Monday, May 18th through Friday, August 7th. At MiTek, we embrace a hybrid work model that encourages innovation, collaboration, and connection. For internships that outside your current geographic location, we offer a $6,000 Intern Stipend to help cover your temporary housing and travel for the duration of the program.

• Obtain professional development to grow your real-world skills.

• Collaborate and innovate in a supportive work environment.

• Gain industry insights from experienced mentors.

• Create positive change in the building industry and community.

• Build your professional network.

• Contribute to meaningful work alongside MiTek mentors to gain greater skills in your field.

• Learn to look at problems from different perspectives and create innovative solutions.

• Experience the importance of working in a diverse, equitable, and inclusive workplace.

• Provide calculation-based improvements to existing standard engineering details.

• Research and test new methods of using metal plate connected wood floor trusses.

• Creatively Design field repairs for truss components in accordance with acceptable engineering principles and judgment.

• Design truss components based on specified parameters from customers and use their knowledge of engineering and the building codes along with collaboration with other engineers in the office to ensure their designs protect the health safety and welfare of the public.

• Discusses design modifications and reviews appropriate design methodologies with customers.

• Assist, train and counsel customers in troubleshooting issues and design problems.

• Review results of the truss design software for accuracy and collaborate with other engineers and with the software development team to determine how the software should function.

• Collaborate with engineers, architects and building officials on customer component design projects.

• Strong proficiency in algebra, trigonometry, physics, statistics, material strength, structural analysis, and design.

• Accuracy:
  Demonstrated ability to complete work with precision and thoroughness.

• Active Listening:
  Skilled in attentively understanding and responding to others' questions and feedback.

• Technical
  
  Skills:
  
  Solid engineering and technical expertise with strong attention to detail.

• Safety:
  Outstanding safety record, consistently adhering to all safety policies and procedures.

• Quality:
  Commitment to delivering high-quality work, applying feedback, and continuously seeking ways to improve processes.

• Pursuing a bachelor’s degree at an accredited college degree program in Civil, Structural or Mechanical Engineering; expected to graduation date in Fall 2026 or Spring 2027 with potential to convert to full-time employment.

• Cumulative grade point average of 3.0 or higher.

• Ownership of one or more high priority projects that will assess your problem solving and leadership skills.

MiTek is a platform innovator and enabler that exists to transform the building industry with better building solutions. In 1955, MiTek transformed residential construction with the invention of the Gang‑Nail plate and a digital platform that provided an affordable and scalable way to manufacture wood trusses. Today, MiTek delivers software, services, engineered products, and automated solutions that enable the building industry to improve efficiencies by optimizing the balance between off‑site and on‑site.

With nearly 5,600 team members worldwide, MiTek collaborates across the building industry to enable and accelerate transformational breakthroughs in design and…