
Karthikeyan Rajan
Fähigkeiten und Kenntnisse
Werdegang
Berufserfahrung von Karthikeyan Rajan
Domain: RTCU - Defined SYS1 and SYS2-level cybersecurity requirements for RTCU in compliance with ISO/SAE 21434 and UNECE R155; ensured traceability to architecture and validation via Polarion - Provided end-to-end cybersecurity support throughout SDLC, ensuring that the RTCU system adhered to industry’s best practices and regulatory requirements - Developed system concepts and provided solutions to the software team - Review of system requirements in Polarian and ensuring traceability to architecture
Domain: CCU Platform - Led system concept development for a CCU, aligning cross-domain safety and CS requirements in line with ASPICE, ISO 26262, and GDPR compliance expectations - Developed and reviewed E/E system concepts considering high-voltage interfaces, power distribution architecture. - Safety & Security collaboration on system architecture development - Review of system requirements in cB and ensuring traceability -Evaluating design processes against ASPICE SYS.3, ISO 26262 and ISO/SAE 21434
Domain : LiDAR Sensor -Elicited and refined system requirements for LiDAR platform using EA (SysML/UML), ensuring clarity on interface complexity, data throughput, and resource constraints. -Developed and validated reqs through modeling and simulation, confirming system timing, throughput, and sensor accuracy against customer and safety goals. -Ensured traceability and compliance with ASPICE SYS.3, ISO 26262, and ISO/SAE 21434; acted as primary point of contact for cross-domain requirement alignment.
Domain: Camera Monitoring System - Designing Preliminary architecture upon safety aspects - Elicitation of FSR & TSR in Polarion and ensuring traceability to architectural elements - Led development of functional and physical system architectures for E/E platforms, ensuring compliance with ASPICE - SYS.3, ISO 26262, and ISO/SAE 21434. Collaborated with SW/HW/safety teams and maintained traceability in Polarion and CodeBeamer. - Key point of contact for domain and customer interactions
Domain: LiDAR Sensor - Modelling system architecture design for Short range LiDAR application according to customer requirements using IBM Rhapsody - Elicitation of system requirements in DOORS / CodeBeamer (cB) and ensuring traceability to architectural elements - Developed and validated system architecture aligned with ASPICE SYS.3, ISO 26262, and ISO 21434; ensured modularity and traceability across SW, HW, and diagnostic layers - Key point of contact for domain and customer interactions
- 1 Jahr und 8 Monate, Okt. 2018 - Mai 2020
System Enginner
SECODYM
Modelling system architecture design for 77 GHz Radar application according to customer and NCAP requirements using Enterprise Architect (EA) Evaluation of stakeholder requirements and integration in system architectures for radar platform and application projects Specification of SW requirements for radar application project Elicitation of system requirements in DOORS / CodeBeamer (cB) and ensuring traceability to architectural elements Supporting documentation to ensure compliance to ASPICE SYS.2 & SYS.3
- 1 Jahr und 9 Monate, Jan. 2017 - Sep. 2018
Software Developer
VIRES Simulationstechnologie GmbH
This thesis is focused on reducing the energy consumption for Car2infrastructure communication. For the microcontroller MSP430F1611, Power consumption and efficient datatransmission are analyzed with different algorithm. Hardware parameters of microcontroller such as power consumptionsleeping and wake up state are simulated using the tool OMNet++. The different parameter values for TCP/IP protocol tried out increase theconnecting range.
Understanding the existing functionalities of different boards. Boards such as Nanett board, CC2541 sensor tag, Dialog Semiconductor DA14580, PAN1740, Microsensys RFID reader & TELID412. Comparison of different wireless technology. Interfacing of RFID tag and Nanett board.
Ausbildung von Karthikeyan Rajan
- 2 Jahre und 6 Monate, Okt. 2013 - März 2016
Automotive Software Engineering
Technische Universität Chemnitz
AUTOSAR, ECU Programming, Automotive communication protocols(CAN, FlexRay, Most), Multi-core Programming, Formal Specification and Verification
- 2 Jahre und 11 Monate, Juli 2009 - Mai 2012
Information technology
Anna University
C and C++ programming, Data structure, Computer Networks, Database Management System, Mircro-processor and Micro-COntroller
Sprachen
Englisch
Fließend
Deutsch
Gut
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