Dozen of satisfied companies have benefited from our NIT safety and security consultancy services.More than 4000 industry professionals have experienced the effectiveness of our training and upskilling programmes, either directly through NIT Academy or in collaboration with University of California San Diego.New to the automotive safety and security domains? Planning to gradually roll-out relevant processes?Need help with raising your employee awareness and technical expertise?Alternatively, trying to assess your organization readiness and to determine the gaps?Or simply searching to further expand capacity of your expert team in order to close urgent demand?You are at the right place!We are working with individuals, teams, and companies striving to comply with requirements from functional safety and security standards, such as ISO 26262, ISO 21448 SOTIF, ISO 21434, ASPICE ISO 15504, and more.Book a call to discover more: bogdan.pavkovic@nit-institute.comMore details:https://consultancy.nit-institute.comhttps://academy.nit-institute.com

Developing a software platform integrated into operating systems of high-risk devices which enables companies to deploy explainable and safe AI compliant to EC AI Act.

Functional Safety Standards for Automotive: https://extendedstudies.ucsd.edu/courses-and-programs/functional-safety-fundamentals-for-automotiveFunctional Safety Design for Automotive&Functional Safety Software for Automotive:https://extendedstudies.ucsd.edu/courses-and-programs/functional-safety-engineering-for-automotive

Lecturer on two automotive courses: Automotive Communication and FuSa SW Design.One course tackling novel, state-of-the art, and legacy wired and wireless automotive communication networks, buses, and protocols (LIN, CAN, FlexRay, BroadR Reach, Automotive Ethernet, MOST, and Car-to-X). Emphasis on strong theoretical basis and thrilling practical work on cutting edge industry grade equipment by Vector Informatik (CANoe software and VN Boxes).Second course, complements and expands standardized methodologies for automotive grade software design respecting functional safety guideliness (cohabitation and symbiosys of AUTOSAR and ISO26262). Empasis on layered AUTOSAR architecture (Application with Software Components, RTE, BSW) explained from theoretical point of view and then designed, configured, implemented, and tested through practical examples (Vector Informatik DaVinci Developer&Configurator and CANoe). Further theoretical and hands on (HARA, FMEA, Code Coverage, MISRA) experience on how to follow ISO26262 methodology on different levels of abstractions (Concept, System, HW, and SW) while collecting requirements, designing, implementing, and testing functionally safe automotive systems.

Lecturer on two automotive courses: Automotive Communication and FuSa SW Design.

Expert training and upskilling in the field of Automotive Functional Safety and SOTIF.Courses that I teach:Vehicle Networks and Infrastructurehttps://academy.nit-institute.com/course/vehicle-networks-and-infrastructure/Automotive Software with AUTOSARhttps://academy.nit-institute.com/course/automotive-software-with-autosar/Introduction to ISO 26262https://academy.nit-institute.com/course/functional-safety-iso-26262/Automotive Functional Safety Standardshttps://academy.nit-institute.com/course/functional-safety-standards-in-automotive/Automotive Functional Safety Designhttps://academy.nit-institute.com/course/functional-safety-design-in-automotive/Functional Safety Softwarehttps://academy.nit-institute.com/course/safety-software/Automotive Control Software Testing:https://academy.nit-institute.com/course/automotive-control-software-testing/

Working with a team of up to 50 engineers in the field of optimization of ADAS algorithms(Advanced Driver Assistance Systems) (Computer Vision and Machine Learning).Working with heterogeneous automotive-grade boards with diverse accelerators (ARM, DSP, MTMD, SIMD) enriched with CNN integrated circuits to support real-time (~ 60 fps 2 MPix) ADAS applications (Camera Mirror Replacement, Rear-View, Driver Monitoring, LIDAR point cloud, etc.).All developed SW has been deployed in a safety-critical embedded devices of leading OEMs.Full ASPICE and ISO 26262 compliant SW development process with mandated work products - Safety SW Architectural Design, SW Unit Design, Safety Test Plan and Reports, Supporting Processes (Safety Analysis for SW).Software respects full MISRA specification and rigorous code coverage metrics (ASIL B(D) - 95%-99.99%).

OBLO living (http://www.obloliving.com/)IoT @Home AutomationWe develop the full eco-system for smart-homes: smart-devices (light dimmers and switches, plugs, door/window sensors), gateway, apps (Android/iOS) and cloud solution.

# FP7 SPARTACUS (http://www.spartacus-project.eu/): * acting (deputy) manager: meetings, deliverables, WP/task organization * lead R&D scientist: hybrid localization (GNSS & INS), wireless communication (ZigBee), architecture design, overall time-synchronization and distributed information management design and implementation * algorithms for indoor localization and design of flare application: https://play.google.com/store/apps/details?id=rs.pupin.flare# Commercial project in Algeria: * Tender for Ministry of Water and Dams: * Technical consultant and translator for French during negotiation phase# H2020 proposal preparation: * From original idea and concept, * Though the research of technological State of the Art * To the completion of final document

• Active participation on a collaborative industrial and research project SensCity (senscity-grenoble.com) + contributed to one deliverable; + represented my research team in discussion panels + a document summarizing guidelines for deploying an experimental testbed for WSN• Wireless sensor network protocol design and simulation evaluation• Analysis and characterization of a Wireless Sensor Network environment• Student supervisor: + internship (Hamza Jeljeli) + final year project (Alexandre Euriat, Benjamin Morin, William Ogeard, Rémi Poux)• Teaching: + Computer networks - Master studies at Grenoble INP MOSIG group - 2010, 2011, 2012 + Introduction to communication networks - 1st year of ENSIMAG - 2012

Internship at the final year of master studies.keywords: simulation, wireless testbed, implementation, C programming, testing, research publications.* Simulations of geographical routing for Wireless sensor network in WSNet simulator (wsnet.gforge.inria.fr)* Testbed implementation of geographical routing on WSN430 motes (868 MHz)Result: 2 international peer-reviewed publications