Mechanical Engineering Intern

As a Mechanical Engineering Intern at FHP Manufacturing, your responsibilities will include assisting engineers in developing test plans for HVAC unit rating, supporting various testing procedures to ensure reliability and qualification, and contributing to product design and development tasks. You'll also help identify design issues that could affect product performance, ensuring that our high standards are met.

To be eligible for the Mechanical Engineering Intern position at FHP Manufacturing, you should be currently pursuing a Bachelor's degree in Mechanical Engineering or a related discipline. A solid understanding of engineering fundamentals, excellent communication skills, and basic knowledge of CAD software are also important. Additionally, hands-on skills in fabrication practices like cutting and welding are advantageous.

As a Mechanical Engineering Intern at FHP Manufacturing, you will develop valuable skills such as mechanical design calculations, test plan development, and product testing. You'll also enhance your technical proficiency in CAD software and gain experience in documenting testing results and product modifications, all within a collaborative engineering environment.

Unfortunately, FHP Manufacturing does not offer work authorization sponsorship for the Mechanical Engineering Intern position. Only U.S. work authorized individuals may apply, and candidates must pass a drug screening and background check prior to starting.

The work environment at FHP Manufacturing is collaborative and innovative, focused on delivering efficient HVAC solutions. As a Mechanical Engineering Intern, you'll work closely with experienced engineers, receive mentorship, and be encouraged to contribute your ideas. Our commitment to an equal opportunity employer ensures a diverse and inclusive workplace.

When prioritizing tasks, it's important to first assess deadlines and project requirements. I typically create a list of tasks, categorizing them by urgency and importance. Communication with my team is also key; I'll check in to understand where my assistance is most needed, allowing me to focus my efforts effectively.

In a recent project, I worked on designing a bracket to support a heating unit. I started with CAD software for 3D modeling, ensuring to incorporate feedback from my peers. After numerous iterations based on testing and analysis, we produced a prototype that met both performance and aesthetic requirements, which was a great learning experience.

I am proficient in AutoCAD and have completed several projects where I utilized software to create detailed design drawings and components. In my coursework, I also explored CAD’s simulation tools, which helped me understand the impacts of design changes before physical prototyping.

During a prototype testing phase, I noticed unforeseen vibrations in a testing unit. I performed a detailed analysis of the assembly and discovered that an alignment issue was the cause. I communicated this to my team and collaborated to adjust the assembly, which successfully resolved the issue and improved performance.

I regularly follow industry news via engineering journals, blogs, and forums. Additionally, I attend webinars and networking events relevant to HVAC and mechanical engineering, which helps me learn about the latest technologies and trends that could influence my work.

Safety is a top priority when working on mechanical systems. I always adhere to safety protocols, such as wearing personal protective equipment and ensuring that all tools and equipment are in good condition. I also conduct a risk assessment before starting a project to identify potential hazards.

I believe that effective teamwork is crucial for successful engineering projects. I actively communicate with my team to share ideas and gather feedback. I also take on responsibility for my assigned tasks, ensuring that I can support my teammates in achieving our project goals.

Innovation is essential in engineering, particularly as an intern where fresh perspectives can lead to novel solutions. I aim to bring creativity to my work, proposing new methods or tools that could enhance efficiency. Being open-minded and receptive to feedback can also foster an innovative environment.

Setbacks are a natural part of engineering. My approach is to analyze the situation critically, understanding what went wrong and why. I then discuss it with my team to gather insights and propose alternative solutions moving forward, focusing on learning from the experience.

I am excited about the opportunity to intern at FHP Manufacturing because of its innovative approach to geothermal and water source heat pumps. I admire the company’s commitment to energy efficiency and sustainable solutions, and I see this internship as a valuable opportunity to apply my knowledge and contribute to meaningful projects.