
June 2022 - Current
Ad Astra Rocket Company
March 2022 - Current: Aerospace Engineer & Lead Research Engineer
June 2022 - Dec 2022: Engineering Intern


Throughout my internship at Ad Astra Rocket Company (AARC), I performed the following duties:
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Developed low-thrust orbit-raising solutions for conceptual applications of the company’s plasma-electric spacecraft engine (VASIMR®) and integrated the findings into official company technical documentation
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Assisted in designing the NASA SBIR experiment both in AutoCAD and the on-site laboratory, performing theoretical thermal and fluid analyses of small-scale couplers, monitoring the experiment, and recording results
After completing back-to-back summer and fall internships, which occurred while I was pursing my Master of Science in Space Studies at Rice University, I was offered a full-time role as an Aerospace Engineer with the company upon graduating.
March 2020-July 2021
Dawson Van Orden Engineering
Mechanical Engineer - EIT #67706
My time spent at Dawson Van Orden (DVO) Engineering included performing the following tasks:
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Calculated all necessary heating & cooling loads, ventilation, pressurization, and equipment requirements for a variety of building applications including indoor agriculture, assisted living facilities, outpatient surgical suites, commercial kitchens, offices and residences per localized building codes & energy standards.
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Performed site visits to diagnose improper or poor HVAC systems and designs.
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Designed HVAC systems per all self-performed calculations, including all duct-sizing and layouts, exhaust methods, equipment layout, technical schedules and mechanical details.
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Designed plumbing and piping systems per fixture, equipment, calculation, and local building code requirements.
To achieve the above, I utilized Revit, AutoCad, CHVAC, and TraneTrace700 software. I also performed more complicated calculations by hand and with Excel.
June 2018-March 2020
PCL Industrial Construction Co.
Field Engineer



In my first career out of university, I gained experience in a large number of diverse industrial type projects, including an LNG combined cycle power plant, a leaching-process salt-dome ethylene storage and transport interconnection project, an Air-Separation Unit, and an LDPE processing plant. In these assignments, I learned the importance and standards of safety, authored Requests For Information (RFIs) to solve design and construction shortcomings in the field, managed sub-contractor duties and performed quality verification, calculated power and safe-distance testing requirements, verified construction and engineering drawings, and assisted with client system turnover and document control. To accompany my technical project experience, I rotated in PCL’s Houston office between assignments to focus on developing my leadership, technical writing, and formal presentation skills. I lead a new-technology implementation initiative in conjunction with the University of Houston while participating in new-hire company recruiting events and job fairs. In addition, I had the opportunity to restructure the Women in Construction Diversity and Inclusion Group within the Houston district and created a brand-new training guide for new hire Field Engineers. I was selected to attend a Diversity and Leadership conference in Edmonton, Alberta, Canada, where I was educated in key diversity and inclusion initiatives, unconscious bias, implicit bias, and important dialogue to implement to empower fellow colleagues. This was a collection of experiences that made me a more well-rounded engineer.

Photo by Meagan Williams - UofL
In the summer of 2017, I served as a Mechanical Engineering Student and Technical Specialist on the Destination Project at the University of Lethbridge, Alberta. The Destination Project is a brand new Science and Academic Building designed specifically for the university, focusing on sustainability, innovative laboratories and community outreach and engagement. In this position, I worked directly under the lead project managers assisting with building drawing analysis and amendments, specifications and budgeting, construction site tours, verifying codes and product warranties, vivarium air filtration systems, and power requirements and costs. I became certified in WHMIS and Construction Safety and gained valuable skills including meeting tight deadlines, interpreting all construction related drawings, project management, and the implementation of HVAC and plumbing systems in large-scale infrastructure. This experience complements my academics and provided exposure to various aspects of engineering.
In the month of July 2017, The University of Lethbridge recognized me in their Inspiring Lights blog for my impact in competitive swimming, the community, and mechanical engineering.
Please visit the link below to read a little bit more about me!
Leah Troskot - Making Waves in Swimming and STEM - University of Lethbridge Inspiring Lights
Additionally, in this position, I delivered an Aircuity Air FIltration System Implementation and Benefits presentation to the owners and commissioners of the project. For this, I additionally wrote a MATLAB code to aid in the system's implementation and design calculations. This work can be viewed below.
Aircuity Presentation
OptiNet Cable Length Code
September 2017 - May 2018
LSU Cox Communications Center for Student Athletes
Content tutor in Mathematics and Physics
In my last year of my school, I served as a Content Tutor for student-athletes at Louisiana State University. Progressing through my undergrad, I was rarely able to find academic tutors to help with my higher-level STEM-related courses, so once my eligibility as an athlete was completed, I applied and was hired to be a content tutor for exactly that! In this position, I encouraged and helped more student-athletes not only stay in STEM-related fields but helped them achieve their academic goals without athletic sacrifice.
In this position, I created lesson plans and addressed topics during a 1-hour tutor sessions. The time was often spent working examples, explaining key theories and concepts, implementing an individualized learning strategy, and suggesting test-taking tips.