Mechanical Engineering Intern at LASHBROOK

Draper, Utah, United States -

Full Time

Start Date

Immediate

Expiry Date

25 Sep, 26

Salary

0.0

Posted On

27 Jun, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

CAD Modeling, Mechanical Tool Design, Fixture Design, Machine Optimization, Manufacturing Automation, Prototype Development, SolidWorks, CNC Machining, 3D Printing, Lean Manufacturing, Robotics, Fabrication

Industry

Retail Luxury Goods and Jewelry

Description

Description About Lashbrook Lashbrook is a leader in the design and manufacturing of premium custom wedding rings. Every ring we produce is built to order using advanced manufacturing technologies, precision machining, automation, and proprietary manufacturing processes. Our products are sold through hundreds of independent jewelry retailers across North America and internationally. Our engineering team continually develops new manufacturing methods, improves production efficiency, designs specialized tooling, and integrates automation to maintain our position as an innovation leader. Position Overview Lashbrook is seeking a highly motivated Mechanical Engineering Intern to join our engineering team. This is not a typical internship focused on observation—you will contribute to meaningful engineering projects that directly impact our manufacturing operations. You'll work alongside experienced engineers while taking ownership of projects that require creativity, initiative, and problem-solving. The ideal candidate enjoys learning independently, takes pride in finding practical solutions, and thrives in a fast-paced manufacturing environment. What You'll Work On: Mechanical tool and fixture design CAD modeling and engineering drawings Machine optimization and process improvement Manufacturing automation projects Design and testing of production equipment Documentation of engineering processes and procedures Continuous improvement initiatives Prototype development and testing Other engineering projects as business needs evolve Because we're a relatively small engineering team, every day is different. You'll gain exposure to a broad range of engineering disciplines rarely available in larger organizations. Qualifications: We're looking for candidates who: Are pursuing a Bachelor's degree in Mechanical Engineering or have graduated within the past year Have completed at least one college-level CAD (Computer-Aided Design) course Possess strong mechanical aptitude and problem-solving skills Are comfortable learning new software and manufacturing technologies Can work independently with minimal supervision Are organized, detail-oriented, and capable of managing multiple projects simultaneously Have excellent written and verbal communication skills Preferred Qualifications: SolidWorks or similar CAD software CNC machining or manufacturing processes 3D printing Lean Manufacturing or Continuous Improvement Automation or robotics Basic machining or fabrication experience What Makes This Internship Different Unlike many internships where students spend most of their time observing, you'll be trusted with projects that matter. You'll have the opportunity to design solutions that are actually implemented, work directly with production personnel and engineers, learn advanced manufacturing techniques, gain experience with automation and precision machining, build a portfolio of real engineering accomplishments, and see your ideas improve manufacturing efficiency. Compensation & Benefits: Competitive hourly pay Flexible scheduling around school commitments (if applicable) Hands-on engineering experience Mentorship from experienced engineers Opportunity for future full-time employment based on performance At Lashbrook we adhere to the following Core Values: We are Passionate about Leading We are Purpose Driven We are Teachable and Knowledgeable We are Kind and Considerate

Responsibilities

The intern will design mechanical tools and fixtures, create CAD models, and contribute to manufacturing automation projects. They will also focus on machine optimization, process improvement, and the documentation of engineering procedures.