Women in Engineering: Amy Hamilton's Journey in Engineering Education

Amy Hamilton has dedicated nearly three decades to teaching technology and engineering to middle school students. She always offers extra help and support when needed, attributing her commitment to the influence of her teachers, who went above and beyond to help her succeed. From her early days in drafting classes to becoming a respected leader in technology education, she has paved the way for many students, especially young women, to pursue careers in engineering. One of her students is now working on the Lunar Landers project, contributing to advancements in space exploration and playing a pivotal role in Blue Origin’s Blue Moon project. Many of her students credit her with their career choices, which is one of the most rewarding parts of teaching.

Growing up, Amy was inspired by her grandfather and father. Her grandfather only had an eighth-grade education but was one of the most intelligent men she knew. An incident with a broken window at school ended his formal education, but his passion for learning was always evident. Amy’s father shared this resourcefulness, often making things and solving problems instead of buying ready-made items.

Amy had many unique experiences growing up. Her grandparents owned fairgrounds, and she spent her summers running games, setting up rides, and working in food trucks, selling everything from cinnamon rolls to pizza. Amy even got to know circus performers and set up rides and tents. These experiences helped her pay for college without taking out loans and connected her with a diverse array of people and skills that she still relies on today.

Amy found her passion in a drafting class during her senior year in high school. Her high school drafting teacher, Mr. William Lester, a master die maker, ignited her passion for design and taught her the importance of precision and creativity. She also fondly remembers her math teacher, Miss Hashway, who, despite her demanding expectations, was always willing to go the extra mile to help students understand complex concepts. These dedicated educators imparted knowledge and instilled a love for learning and a commitment to excellence, leading her to study Machine Design and Applied Science at a junior college in Rhode Island. Amy faced many challenges as the only woman in her program, but she finished second in her class with hard work and perseverance.

After college, she experienced difficulties finding a job in the male-dominated engineering field. Despite her qualifications, potential employers were hesitant to hire a woman. Amy’s determination never wavered. She eventually found her calling in education after being recommended by Rhode Island College. Amy earned a Bachelor of Science in Industrial Arts/Technology Education, positioning herself to inspire the next generation of engineers.

Teaching industrial arts and technology was challenging. In her first teaching job in Worcester, Massachusetts, Amy was the only woman in a department of five men, teaching subjects like auto and small engine repair, where she had almost no training or experience. With the hands-on help of the father of one of her students, an ASE-certified mechanic, and a group of supportive students, Amy learned the material just ahead of her students and developed practical lessons.

Amy’s career path included teaching positions and even a stint in the printing industry, where she learned to operate and manage large printing presses. This diverse experience enriched her teaching, providing her with practical skills and a deep understanding of different technologies.

Amy began teaching CAD in 1997, transitioning from traditional drafting methods to digital techniques. She quickly adapted to SOLIDWORKS, a software she now passionately teaches. Since 2012, Amy has focused on preparing her students for the future with certifications in SOLIDWORKS. Her efforts have paid off, with nearly 200 students earning CSW certifications under her guidance and three earning their CSWP.

Classroom Lists of Amy’s Students who are CSWA Certified. Image, Amy Hamilton

“Most of the kids know that when they come into my class, it will not be easy. I want them to excel. I want them to learn; I want them out of their comfort level. I want them to be learning something that they didn’t think was possible.”

– Amy Hamilton, Technology Educator

Amy’s influence extends beyond the classroom. After falling in love with SOLIDWORKS and “finding her tribe,” she started a SOLIDWORKS User Group (SWUGN), bringing together like-minded individuals to share knowledge and experiences. Her involvement with this community and her presentations at events like 3DEXPERIENCE World, most recently, How to Be Successful with Students in SOLIDWORKS, reflects her dedication to continuous learning and professional growth.

Amy’s journey from a high school student who struggled with math to a trailblazer in engineering education showcases her resilience, work ethic, and passion for learning. She broke barriers as the only woman in her machine design program and later as the first woman to teach industrial arts in Worcester, Massachusetts. Her diverse career, including hands-on experience in the printing industry and later CAD technology, enriches her teaching and provides her students with a well-rounded education.

Amy inspires her students to push beyond their limits, offers unwavering support, and celebrates their successes as hers. Outside of teaching, Amy loves oil painting and gardening and plans to start a podcast. Amy’s diverse life and professional experiences are inspirational, demonstrating that anything is possible with hard work and passion.

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Dassault Systèmes SolidWorks Corp. offers complete 3D software tools that let you create, simulate, publish, and manage your data. SolidWorks products are easy to learn and use, and work together to help you design products better, faster, and more cost-effectively. The SolidWorks focus on ease-of-use allows more engineers, designers and other technology professionals than ever before to take advantage of 3D in bringing their designs to life.