Deniz Kalaslioglu Email & Phone Number

Los Angeles, California, Us

- Development of user equipment embedded software and HDL, specifically designed for autonomous mobility applications (self-driving cars, industrial drones, urban air mobility, etc.)- Design and development of OFDM/SC-FDM based transceiver design and implementation on FPGA- Simulation, design, development, and implementation of NB-IoT, C-V2X, LTE, 5G-NR Release-15-compliant PHY layer- Management of different engineering teams working on various Soar products that include embedded software development, hardware design and development, AI/ML training and deployment pipelines, web development, and DevOps- Creation of technical road maps and project plans to meet the company's business objectives-- Development of deep-learning-based cloud applications specifically addressing problems in solar, security, agriculture, and mining industries.- Development of cloud robotics algorithms to enable better autonomy, data collection, and situational awareness for autonomous vehicles.- Implementation of ETSI-compliant ITS software that includes, access, networking and transport, facilities and applications layers.- Development of fully-asynchronous Byzantine Fault Tolerant consensus protocol using HoneyBadgerBFT and BEAT protocol series and integration of Tendermint Core - Development of an application-specific Layer-1 blockchain (appchain) using Cosmos SDK and Interchain stack. - Development of a Layer-2 scaling solution based on STARK prover/verifier optimized to run on embedded devices - Development of privacy-preserving data pipelines for transportation and mobility data using high-level Fully Homomorphic Encryption (FHE) APIs

Besiktas, Istanbul, Tr

- Development and implementation of a safety RTOS compliant with ISO 26262 and ASIL-B - Planning and management of the ideation, prototyping, design, and production processes of Robostate's Drone Ground Base (DROME) project, which provides accommodation, charging, data transfer, and remote monitoring/control features to autonomous UAVs.- Development of control, prediction, and navigation software and hardware of multi-rotor UAVs performing autonomous flights inside the warehouse for warehouse management (Python, C ++)- Conception of the TÜBİTAK-1507 project titled "An Autonomous Vehicle Software Framework for UAVs and Mobile Robots" as well as the planning, writing, proposal, and approval of the project.- Management, planning, and implementation of KOSGEB R & D support project titled "A Ground Control Station for UAVs" - Implementation of visual odometry methods (SVO, ORB-SLAM, VISO, ROVIO)using the Robot Operating System (ROS) to improve flight precision and stability of multi-rotors. - Development and integration of object recognition, classification and tracking software using open source deep learning algorithms (Python and C ++)- Conception and management of developing a web application where the data collected by the UAV is displayed and the missions are assigned to UAV via the cloud server (LAMP Stack)- Writing of a pending patent for an autonomous battery replacement method- Development of a browser-based ground control station for PX4 or ArduPilot based, ROS supported drones GUI (HTML, CSS, JS)- Management of the flight controller, power distribution, interface multiplier circuits from the schematics stage to the production- Development and deployment of the fully autonomous drone-in-a-box solution for inspection and monitoring of solar sites.

Besiktas, Istanbul, Tr

- Designed and developed heavy-duty multi-rotors for goods delivery- Developed and implemented an object tracking algorithm on a commercial off-the-shelf system

Contributed to a MANUNET project that used industrial IoT for predictive maintenance, specifically the Bluetooth Low Energy protocol programming.

Çayırova, Kocaeli, Tr

Contributed to a few prototype designs, mostly the electrical harness design processes of KARSAN bus/midibus.

Arifiye, Sakarya, Tr

Contributed to the design and production processes of two training simulators used for operator training. Gained invaluable insight into the principles of Lean Manufacturing.

Engineer'S Degree, Electrical And Electronics Engineering

Mathematics And Computer Science