Skip to main content

ASU technological leadership graduate launches career at Raytheon Missiles and Defense


Jason Alexandre portrait

Jason Alexandre

|
May 03, 2023

Editor’s note: This story is part of a series of profiles of notable spring 2023 graduates.

Jason Alexandre approaches graduation more confident in his technical skills and as a self-sufficient professional ready to take on the job he has lined up after graduation.

Alexandre will begin his position at Raytheon Missiles & Defense in Tucson after graduating from Arizona State University in May with a bachelor's degree in technological leadership. He will be a systems engineer I for the whole-life engineering department, focusing on life cycles for a variety of product lines. He will look at a system from its design all the way to its decommission with considerations to every state, including how portions of the system can be replaced, updated, recycled and finally disposed of. 

Alexandre credits his ability to get the position to his coursework and internships, which constantly put him into challenging situations.

“My internships took me out of my comfort zone, which allowed me a huge amount of personal and professional growth. School provided me context, while interning provided me hard lessons and a greater sense of resiliency. The wide variety of work and projects I did in my internships helped me develop and improve many of my hard skills and granted me much more confidence in my abilities,” he said.

The technological leadership program is offered by the Interplanetary Initiative, which recently introduced a minor for undergraduate students as well. The hallmark of the degree is the inquiry-based, student-centered classes, giving students the agency to learn in the ways that speak most to the future career they intend on pursuing.

Question: How did the training you received throughout your technological leadership degree help you get your job?

Answer: A big part of why I received this job offer was from my time and experience within the SpaceWorks course series. My interviewers loved hearing about the various projects I was involved with and especially loved how the projects were physically built and had a wide variety of subsystems, like in our mock lander from SpaceWorks I. It was also great that in SpaceWorks III, we had to make a life cycle analysis document of our SpaceWorks II design.

Q: What’s something you learned while at ASU — in the classroom or otherwise — that surprised you or changed your perspective?

A: One thing that I learned was the importance of self-teaching and how valuable it is as a tool for anyone’s personal development and overall mental well-being. There’s a certain amount of pride and personal respect you get when you’re in the process of teaching yourself a new skill, failing at it and grinding again until it sticks. It's paramount to your success of learning that skill to ask others who are knowledgeable about the subject for help.

Q: What project are you most proud of that you worked on during your time at ASU and why?

A: There are two projects I’m most proud to have worked on during my time here at ASU. One of them is Desert Skies, which was a science communication platform I worked on with a few other tech leadership students for the Creative Futures Studio course. I was able to put in my part to develop a science education program, while working on skills other than my technical abilities, like interviewing educators to gather a better perspective on the specifics of how to best teach younger people and children. The other project was the mock lander from SpaceWorks I, which really elevated my technical abilities and allowed me to be a part of a very talented team that was able to build something with electronic sensors, custom code, a parachute system, landing equipment, a carefully designed frame, and many more systems and considerations.

Q: Can you give me examples of your internships and what you learned from them?

A: I had the opportunity to work with ASU’s Luminosity Lab as a research intern and with Early Warning Services as a corporate strategy and development intern.

Luminosity Lab really hammered home the benefit of working with a multidisciplinary team where I worked closely with individuals who were well-versed with design, concept art, a variety of engineering disciplines, scientists and many other backgrounds. I was brought on since I was a bit of a space nerd, and they were developing concepts for homes of the future in a variety of alternate city locales, including low Earth orbit, and it amazed me how much niche knowledge everyone had on so many different topics. It led us to find crazy scientific papers to fuel our concepts, which was a direct product of having a multi-background team.

Early Warning Services was my first exposure to the corporate world where I learned an immense amount. One major takeaway from my time with EWS was learning and experiencing firsthand how organizations interact from department to department, how each team is mostly insulated to their specific tasks and how people are highly specialized to their unique role. 

More Science and technology

 

Graphic depiction of a membrane ion channel.

Chilling discovery: Cold-sensing protein may pave the way for safer pain relief

For millions of people worldwide who live with chronic pain, the only treatments currently available often rely on opioids, which…

June 21, 2024
Person in a white lab coat and blue gloves handling lab equipment to research stem cell technology.

Harnessing benefits of stem cells for heart regeneration

Mehdi Nikkhah, an associate professor of biomedical engineering in the Ira A. Fulton Schools of Engineering at Arizona State…

June 21, 2024
Students seated at desks in a classroom listen to an unseen speaker.

Newly accredited ASU summer program opens up STEM opportunities for underrepresented students

It was Monday afternoon. Spotify was playing pop music in the background and the instructor stood behind a lectern wearing a…

June 20, 2024