Ярослав

Yaroslav Turianytsia
Aerospace Engineer

[open contact info](look above in the "contact info" section) | [open contact info](look above in the "contact info" section) | [open contact info](look above in the "contact info" section)

Aerospace Engineering graduate with a solid foundation in propulsion system design, aerodynamics and
internal combustion engine fundamentals, combined with hands-on experience in flight testing, embedded
avionics and telemetry systems. Passionate about applying engineering principles to real-world aerospace
and defence challenges. Committed to high performance development and innovation in flight systems,
embedded software and prototype hardware. Able to contribute effectively in fast paced, cross functional
environments through the design, integration and testing of mission oriented technologies.
Skills

Aerodynamics | Propulsion Systems | Control Systems | MATLAB | Simulink | SolidWorks | ANSYS Fluent
| ANSYS Mechanical | CFD | FEA | Embedded Systems | ESP32 | UART, I2C, SPI Interfaces | Sensor Fusion
| GNSS Integration | Real-Time Telemetry | Data Acquisition | Signal Conditioning | C++ | Python | Arduino
System Modelling and Simulation | CAD for Prototyping | Data Analysis and Interpretation | Field Testing |
Problem Solving and Critical Thinking | Cross-functional Collaboration | Adaptability in High Pressure
Environments

Education

The University of Manchester | 2021 – 2025
MEng (Hons) Master’s Degree in Aerospace Engineering

Modules: Numerical Methods and Computing (Aerospace), Data-driven Modelling & Simulation, Fluid
Mechanics, Aircraft Aerodynamics, Launch and Re-entry Gas Dynamics, Heat Transfer, Experimental
Methods, Control Engineering

Dissertation: Real-time Orbital Determination Methods for Satellites in Very Low Earth Orbits
● Engineered and validated real-time orbital estimation strategies for CubeSats in VLEO, addressing drag-
induced uncertainty under tight computational constraints
● Programmed and optimised MATLAB/Simulink simulations to compare SGP-4 and high-precision
propagators, achieving sub-250 m error over 24 hours versus >80 km with SGP-4
● Simulated aerodynamic drag effects and proposed drag-free mitigation using PID-controlled ion
propulsion with accelerometer feedback
● Analysed trajectory stability in dynamic orbital conditions, connecting fluid-like disturbances to control
response and model efficiency

Experience

Promin Aerospace — Graduate Aerospace R&D Engineer
June 2025 – present | Ukraine (Remote)
● Advancing launch vehicle subsystem design in collaboration with the CTO, supporting development of
autophagous rocket propulsion systems
● Engineering a validated CFD model of heat transfer and gas dynamics in an autophagic rocket engine
using ANSYS Fluent, simulating annular supersonic flows and central-body thermal loading

Flight Computer Team Lead – ManSEDS Rocketry
October 2024 – May 2025 | Manchester Students for the Exploration and Development of Space
● Designed and deployed an energy-efficient ESP32-based flight computer in C++, integrating GNSS,
barometer, altimeter, and video modules via UART, I2C, and SPI for telemetry and onboard monitoring
 ● Engineered custom PCBs and firmware to support real-time data acquisition and SD-based logging
under flight conditions
● Implemented fault-tolerant embedded logic and structured validation strategies to ensure robustness in
unsteady, launch-phase environments
● Executed system-level integration and testing, aligning hardware and software behaviour for
performance under constrained power and memory
● Contributed to embedded data handling pipelines relevant for co-design challenges in fluid-structure
simulations and autonomous system monitoring

UAV Design and Autonomous Flight Project
September 2024 – May 2025 | University of Manchester
● Co-led the design, construction, and testing of a fixed-wing UAV capable of autonomous missions
under stringent real-world constraints, achieving an aerodynamic efficiency (L/D) of ~17.5 at cruise
● Modelled static and dynamic stability, defined propulsion and control architecture, and integrated
ArduPilot firmware with custom telemetry and failsafe logic
● Managed full system integration and extensive test flights, verifying performance against simulation
models and confirming aerial stability and controllability under specified wind conditions

Aerospace Contractor Volunteer – Aerodynamic Analysis
May – September 2024
● Utilised CFD techniques and analytical tools to improve airfoil lift-to-drag performance by 15%
● Conducted subsonic flow and fuselage interaction analysis, applying knowledge in material fatigue and
structural integrity
● Delivered validated engineering recommendations supported by performance simulations and
requirement-driven trade studies

UAV Systems Integration and Test Engineer
June – July 2023 | Laboratory Project, UoM
● Assembled and tested a modular UAV system, integrating GPS, IMU, telemetry, and power distribution
● Programmed real-time control loops and implemented cascaded PID controllers with disturbance
observers (DOB)
● Debugged hardware integration issues, using oscilloscope and multimeter diagnostics
● Conducted autonomous test flights and processed logs using MATLAB and Python for 3D trajectory
analysis

Military Consultant – Operation Interflex
July – September 2023 | Worldwide Language Resources Ltd
● Supported UK MOD instructors with technical communication and intercultural coordination
● Applied resilience and critical thinking in high-pressure operational environments

Propulsion Sub-Team Member – Hyperloop Manchester
January – May 2022
● Contributed to propulsion concept development and layout optimisation using SolidWorks and FEA tools
● Engaged in simulation of thermal and mechanical loads, focusing on early-stage propulsion feasibility

Additional Experience
• Attendee: The Farnborough International Air Show (July 2022) and Space Show (March 2025)
• Participant: The Duke of Edinburgh (2019)
• Member: The Royal Aeronautical Society