Day: September 15, 2025

Engineering a Global Career: Civil Engineering Alumnus Khalid Samady Excels at Caddell Construction

Khalid Samady, Masters in Civil Engineering

We’re proud to feature Michigan Tech alumnus Khalid Samady. His leadership and talent were recently recognized when he was listed on the Alabama Associated General Contractors (AGC) “40 Under 40” for 2025, featured in Business Alabama.

Originally from Kabul, Afghanistan, Khalid’s journey to Michigan Tech was made possible by a prestigious Fulbright Scholarship. His talent was recognized early in his career with Caddell, and he has continued to excel since graduating with his master’s degree in civil engineering in 2018. He now serves as a warranty coordinator on their international team and is a key member of the company’s technology research and development and QAQC database development teams.

Beyond his professional achievements, Khalid is deeply committed to giving back to his community. He volunteers with several inspiring organizations:

  • Caddell’s Meals on Wheels Program: Providing home repairs for low-income homeowners, particularly seniors, veterans, and people with disabilities.
  • Rebuilding Together in the River Region: Providing home repairs for low-income homeowners, particularly seniors, veterans, and people with disabilities.
  • Pathful Connect: Connecting with high school and college students to share his passion for engineering.

Khalid’s story is a testament to the power of education and the importance of using one’s skills to make a difference. We’re honored to call him a Michigan Tech Husky!

Read more in the Alabama Associated General Contractors (AGC) “40 Under 40” for 2025 Article featured in the Business Alabama Magazine.

The King-Chávez-Parks Future Faculty Fellowship Program – Fall 2025 – Emily Mydlowski

Emily Mydlowski, PhD in Forestry Science, 2025

I am a second-year doctoral student in Forest Science at Michigan Technological University, where my research focuses on plant ecology, herbivory, and community ecology. My dissertation examines how moose browsing and wildfire interact to shape forest succession at Isle Royale National Park, while also using remote sensing and GIS to study patterns of white satin moth defoliation of aspen trees across the island.

As a first-generation college student, my path to a PhD has not been linear. I earned my bachelor’s and master’s degrees in Biology from Northern Michigan University, where I fell in love with ecological research as a McNair Scholar and developed a deep appreciation for the natural history of the upper Great Lakes. Between degrees, I stepped away from academia to work before embarking on a 2,000-mile solo backpacking trip across California, Oregon, and Washington. Somewhere along the trail, I realized I wanted to return to graduate school and pursue a career in teaching. My time on the trail taught me that big goals are achieved through small, steady steps–a mindset that continues to guide my academic journey.

Teaching is one of my greatest joys. I have led labs in plant biology, ecology, and evolution, guest lectured in undergraduate courses, and led field research crews. I strive to create a supportive environment where students feel encouraged to ask questions, think critically, and connect classroom concepts to the ecosystems around them.

Receiving the King-Chávez-Parks Future Faculty Fellowship is an incredible honor. This support provides the stability to complete my dissertation and continue my work as a researcher, educator, and mentor. I am grateful to my advisor, my department, and the many mentors who have guided me–and I am excited to inspire the next generation of scientists to be curious and see how tangible science can be.

NASA Michigan Space Grant Consortium (MSGC) Fellowships awarded to Eleanor Zimmermann and Christi LeCaptain

Eleanor Zimmermann was selected for her hard work, creative thinking and analysis skills, diligence and attention to detail to successfully getting two journal papers published about two NASA research projects this year, one in Advances in Space Research about lunar ice detection using a heated cone penetrometer and one in the ASCE Journal of Aerospace Engineering about using a melt probe as drill for Mars water extraction from buried glaciers; she also had two NASA proposals successfully written and submitted.

Christi LeCaptain was selected for her leadership on the NASA STTR-phase 2 project in collaboration with Lunar Outpost. This required leading a team of up to 10 students in the building of three separate large scale hardware test setups for testing with regolith in and outside the dusty thermal vacuum chamber in the PSTDL. She showed leadership in coordination, delegation as well as doing her own technical work on the programming of the software portion and the manufacturing and testing of the initial setups.

Both Eleanor and Christi work with Dr. Paul van Susante (MAE) in the Planetary Surface Technology Development Lab.