Join Scanway

Main Areas of Responsibility:

• Designing precision mechanical structures for optical components (including mirror mounts, tubes, and support systems), taking into account vacuum environments, vibrations, and extreme thermal conditions.
• Structural and thermal analyses (FEA/FEM) considering launch loads, optical path stability, and material behavior in space conditions.
• Integration and environmental testing (TVAC, vibrations, shocks) in cleanroom conditions – including precise alignment of optical elements with micrometer accuracy.
• Interdisciplinary collaboration with optics, electronics, and systems teams on projects carried out in compliance with ESA and ECSS standards.
• Technical documentation and participation in design reviews (PDR, CDR, QR) at every stage of the product lifecycle.

Main Areas of Responsibility:

• Design and optimization of optical systems (telescope assemblies, collimators, imaging paths) using tools such as Zemax OpticStudio, Code V, or FRED.
• Light propagation, optical tolerance, and thermal stability analyses, accounting for the impact of the space environment on system parameters (e.g., MTF variations, aberrations, drifts).
• Collaboration with mechanical and electronics teams to ensure consistency of opto-mechanical-electrical requirements and integration of sensors and detectors.
• Participation in test campaigns – including verification of optical parameters after integration and during environmental testing (TVAC, thermal and dynamic stability of optical systems).
• Preparation of design documentation and analysis of test data in compliance with ESA/ECSS requirements, as well as participation in design reviews (PDR, CDR, TRR).

Main Areas of Responsibility:

• Defining and managing system requirements (optomechanics, electronics, software, environment) in accordance with ECSS and ESA standards.
• System architecture design – analysis of interfaces, functional dependencies, and task distribution among subsystems.
• Conducting risk analysis, budgets (mass, power, data), operational scenarios, and use cases for satellite missions.
  Coordinating the Assembly, Integration, and Verification (AIV) process – planning system, environmental, and final qualification tests.
• Participation in key design reviews (System PDR, CDR, TRR, QR), both internal and external (customers, space agencies).

Main Areas of Responsibility:

• Design and implementation of vision systems for automated quality control, surface inspection, dimensional measurements, and object recognition – based on industrial cameras, precision optics, and lighting systems.
• Development of image processing algorithms (in OpenCV, Halcon, Python, C++) and integration with PLC systems, SCADA, robots, and production machinery.
• Selection of optoelectronic components (sensors, lenses, LED lighting, filters), design of measurement setups, and testing their stability and repeatability.
• Application of AI and deep learning methods (e.g., defect classification, segmentation, anomaly detection) in industrial use cases, including deployment on edge devices.
• Preparation of technical documentation, participation in system commissioning, and implementation support at end-customer sites – in Poland and abroad.

Main Areas of Responsibility:

• Development of low-level software for embedded systems (RTOS, bare-metal) controlling optical systems and sensors.
• Code optimization for performance and deterministic operation in space conditions.
• Integration of drivers, communication buses (CAN, SpaceWire, SPI), and image data processing algorithms.

Main Areas of Responsibility:

• Development of engineering tools for simulations, image data processing, and automation of system tests.
• Analysis of data from test campaigns (TVAC, vibration, functional tests) and support for optical calibration processes.
• Development of frameworks supporting satellite environment modeling and emulation.

Main Areas of Responsibility:

• Implementation of real-time processing logic (e.g., detector array data acquisition, image compression, optical correction) on FPGA platforms (Xilinx, Microsemi).
• SoC design and integration with microprocessors (ARM, RISC-V) as well as mass storage and interfaces.
• FPGA design verification in simulation environments and functional testing on target hardware.

Main Areas of Responsibility:

• Implementation of lightweight AI models for onboard satellite image processing (edge AI).
• Development of algorithms for classification, change detection, and pattern recognition in orbital image data.
• Training models on datasets from previous missions and adapting them to the specific conditions of space (noise, disturbances, limited data).