RK / SYSTEMSRequirements
Lifecycle ownership, decomposition, allocation and bidirectional traceability.
01 Engineering profile
SYSTEMS THINKING, PRODUCT INSTINCT
From stakeholder intent
to objective evidence.
I combine embedded product development with systems-engineering leadership across requirements, architecture, interfaces, integration and verification.
My work spans automotive platforms, energy-storage products and safety-critical aerospace propulsion programs. I focus on systems that remain understandable, testable and traceable as complexity grows.
Architecture
Testable system structures with clear ownership and disciplined boundaries.
Interfaces
Precise communication, electrical and control interface specifications.
Integration & V&V
Evidence-led verification from component and HIL to platform qualification.
SYSTEM TRACE / 001
One continuous line
from intent to evidence.
Every decision remains connected to its source requirement, interface boundary and verification result.
01Intent02Requirements03Architecture04Interfaces05Integration06Evidence
02 Selected work
Representative systems.
Disciplined delivery.
Non-confidential case studies focused on engineering responsibility, method and lifecycle impact.
PROPULSION / AVIONICSCLOSED-LOOP CONTROL
INPUTEngine SensorsN1/N2 · EGT · Pressure
PROCESSFADEC / ECUControl laws · Limits
OUTPUTActuationFuel · VSV · VBV
BUSAircraft SystemsARINC-429 · CAN
Propulsion Avionics Architecture
Avionics and engine-control architectures spanning turbodiesel, turboshaft and turbofan propulsion programs.
View engineering scope +
RESPONSIBILITY
Requirements lifecycle, interface definition, technical coordination and verification planning across multidisciplinary stakeholders.
METHODStructured decomposition, disciplined ICD ownership, change-impact analysis and evidence-led verification alignment.
240S / 768 VDCISOLATED MONITORING
ENERGYCell Stacks12 × 20S modules
MEASUREIsolated MonitorsVoltage · Temp · Balance
CONTROLMaster BMSSoC · Limits · Diagnostics
HV PATHContactors / ChargerPre-charge · CAN
240S / 768 VDC Modular BMS
A modular battery-management platform for a high-voltage, 240-series-cell energy-storage system.
View engineering scope +
RESPONSIBILITY
System architecture, measurement strategy, electronics, embedded software, communications and verification procedures.
METHODPartitioned stack architecture, isolation-aware measurements and modular validation supported by a 1.5 A active-balancing design.
1.5–3 KW / CC–CVPOWER CONVERSION
INPUTAC / EMIProtection · Filter
STAGE 01PFCRegulated DC bus
STAGE 02Isolated DC/DC1.5–3 kW
OUTPUTBatteryCC → CV profile
FEEDBACKMCU ControlVoltage · Current · Temp
1.5–3 kW Smart Lithium Charger
A smart CC/CV lithium charging product line joining power electronics, embedded control and production documentation.
View engineering scope +
RESPONSIBILITY
Product ownership from electrical design and embedded control through prototype verification and production handoff.
METHODClosed-loop charging control, communication integration, repeatable verification procedures and documentation-led manufacturability.
03 Experience
Built across disciplines.
Led at system level.
A career spanning embedded product development, automotive platforms and safety-critical propulsion systems.
01
08.2025 — PRESENTEskişehir, Türkiye
TEI — TUSAŞ Engine Industries Inc.
Lead System Engineer · Avionics & Engine Control Systems
- Technical leadership across turbodiesel, turboshaft and turbofan avionics and engine-control architectures.
- Requirements ownership, interface definition and verification planning across multidisciplinary stakeholders.
02
08.2024 — 07.2025Bursa, Türkiye
Daiichi Electronic Inc.
Senior System Engineer
- Developed and managed requirements for IVI core, high-performance computing and digital instrument-cluster platforms.
- Coordinated architecture, interfaces, integration and verification across multidisciplinary teams.
03
06.2021 — 08.2024İstanbul, Türkiye
Batkon Battery Control Technologies Inc.
Senior Hardware & Software Engineer
- Owned smart lithium charger product lines from design through verification and production documentation.
- Developed a modular BMS for a 240S / 768 VDC energy-storage system and a 1.5 A active-balancing module.
04
05.2019 — 06.2021Ankara, Türkiye
A4 Technic R&D / Freelance
Embedded Hardware & Software Engineer
- Developed a 250 W FOC PMSM driver, school-bus occupancy sensing system and low-power 720p digital camera.
- Designed embedded hardware, firmware and communication solutions from concept through validation.
04 Engineering toolkit
TOOLS SERVE THE SYSTEM
Fluent from lifecycle
to lab bench.
Methods and platforms used to move from stakeholder intent to verified hardware and software.
Systems
IBM DOORS / DOORS Next · Polarion · Teamcenter · Codebeamer · PTC ALM/PLM · Jira
Embedded
C/C++ · Python · Embedded Linux · FreeRTOS · Zephyr
Platforms
STM32 · ESP32 · NXP S32 · Qualcomm SA7255/8255
Hardware & Simulation
Altium · KiCad · EAGLE · PSpice · LTspice · MATLAB · PSIM
SAE ARP4754A · SAE ARP4761A · RTCA DO-178C · RTCA DO-254 · RTCA DO-160G
ARINC-429 · MIL-STD-1553 · CAN / CAN-FD · RS-232 / 422 / 485 · Discrete / analog
EASA Part-21 · CS-E / 14 CFR Part 33 · MIL-HDBK-516C · MIL-STD-810 / 461 / 464 / 704
FMECA · FRACAS · HIL · RIG · Change and problem management
05 Credentials
B.Sc. Electrical &
Electronics Engineering
Ankara Yıldırım Beyazıt University · 2016–2021
Hall Effect to Shunt
Current Sensor Converter
2023-GE-3006
Turkish Native
English C1
Professional communication across technical disciplines