Established in 2012 by two innovative business people Eren Özmen and Fatih Özmen, as an affiliated company of US-based Sierra Nevada Corporation (SNC), ESEN operates in the fields of aviation, spac...
ESEN commits to translating customer requirements into quality, cost-effective products and services through defined processes and providing customer satisfaction. In order to achieve this goal, ES...
ESEN Land-based Wide Area Surveillance System (Matris - L), which is a wide-area motion imagery (WAMI) solution, provides persistent overall surveillance from fixed ground platforms.
ESEN Airborne Wide Area Surveillance System (AWAS), which is a wide-area motion imagery (WAMI) solution, provides persistent surveillance from aerial platforms. AWAS system is designed to be integrated into manned surveillance aircraft and unmanned aerial vehicles (UAVs) in Class III (MALE/HALE).
ESEN Aerostat Wide Area Surveillance System (Matris - TA), which is a wide-area motion imagery (WAMI) solution, provides persistent surveillance from aerostat platforms.
GöRDES Vision-Based Navigation Product provides accurate and real-time position, velocity and attitude information for aerial vehicles under GNSS denied conditions via onboard imaging and image processing.
ESEN provides modernization, updating, function enhancement, special mission conversion, system integration, and airworthiness certification consultancy services to military and civil aircraft, independently from original equipment manufacturers (OEMs), in accordance with EASA/FAA standards.
GöKHUN is the ideal UAS solution for tactical multi-mission land and ship-based operations, providing the optimum payload & endurance capacity in its class.
ESEN Mini UAS is a man-portable UAS for tactical intelligence, surveillance, and reconnaissance operations.
Specifically engineered for unmanned aerial vehicles Power Management Unit (PMU) delivers up to 1.5 kW of total power capacity through an architecture based on independent power paths. With multiple input and output options, it maximizes both reliability and performance.
FCC SW has state of the art sensor fusion and vehicle management algorithms with various levels of autonomy, redundancies and jam-resistance navigation techniques improving flight safety and mission capability
WISE23 Mission Management System provides the user with much more comprehensive and meaningful mission management support than traditional systems thanks to its artificial intelligence support and multi-sensor fusion capability.
Airborne COMINT system covering HF, VHF, UHF frequency bands.
HFDF is the tactical High-Frequency Direction Finding and Monitoring System. It provides Electronic Support Measures (ESM) for communication systems in HF Band.
ESEN TACOS System combines ‘Traffic Collision Avoidance System’ (TCAS II) and Terrain Awareness and Warning System (TAWS) in a modular open architecture.
neoCAS-Traffic and Terrain Collision Avoidance System combines TCAS with Terrain Awareness Warning System (TAWS) and ADS-B In functionality to form an integrated system in a single Line Replaceable Unit (LRU).
With the purpose of developing innovative avionics systems, pioneer solutions are developed for aerospace applications. Traffic and Terrain Collision Avoidance System (TACOS), Wide-Area Surveillance System (WAS) and Terrain following navigation systems co
On the field of Electronic Warfare (EW)/Signal Intelligence (SIGINT); activities are carried out on system/sub-system engineering/design and integration of these systems to land and air platforms.
With its proven avionics products, expertise and AS-9100D & CMMI Level 3 processes, ESEN provides design and engineering services for avionics software and hardware developement projects.
ESEN has experience regarding systems and subsystems that will operate in space, starting from determination of requirements, conducting feasibility, defining operational concept and system level design. The following could be provided in this area:
We are seeking an experienced Lead Signal Processing Engineer specializing in Signal Analysis to take a leading role in the analysis, interpretation, and processing of complex communication signals across a broad range of modulation formats and protocols.
Qualifications
Master’s or Higher degree in Electrical and Electronics Engineering, Electronics and Communication Engineering,
Min. 10 years of hands-on experience in signal analysis, digital communications, or communication system diagnostics,
Deep practical experience in: Modulation/Demodulation (digital & analog methods), Protocol Decoding & Layer-1/Layer-2 Analysis,Frame, burst, and bit-level inspection,Error-Correction Coding & Decoding Algorithms, Multiplexing Techniques, Software Modem Design / Baseband Processing,
Strong understanding of waveform structures and communication technologies such as OFDM, CDMA, PDH, SDH, LTE/LTE-A, 2G/3G, Zigbee, LoRa, Bluetooth, Wi-Fi, and other modern digital standards,
Proficiency with MATLAB, Python, C/C++, and related analytical toolchains,
Experience using industry-standard RF test equipment and SDR environments,
Strong analytical, documentation, and communication skills,
Excellent command of English,
For male candidates, military service must be completed or deferred for at least two years.
Responsibilities
Perform advanced signal analysis across time, frequency, and modulation domains, including symbol extraction, carrier/synchronization evaluation, and signal integrity assessment,
Conduct modulation and demodulation of a wide range of analog and digital communication schemes,
Execute protocol decoding and protocol analysis, including extraction of metadata, message fields, and control information,
Carry out frame, burst, and bit-level analysis to identify errors, impairments, timing issues, and protocol irregularities,
Analyze and implement error-correction coding methods (e.g., convolutional, turbo, LDPC, Reed–Solomon) and evaluate decoding performance,
Evaluate and troubleshoot multiplexing schemes (TDM, FDM, CDM, OFDM, hybrid methods) and their interactions with system performance
Design, implement, and refine components of software-based modems, including synchronization, filtering, equalization, demapping, and BER/FER evaluation etc.
Develop analytical tools and algorithms using MATLAB, Python, and/or C/C++,
Utilize oscilloscopes, spectrum analyzers, vector signal analyzers, SDR platforms, and similar measurement instruments to capture and assess RF/baseband signals,
Prepare formal technical documentation, test reports, and analysis summaries,
Provide technical leadership, mentor team members, and support cross-functional engineering reviews.
