Mohit Nigam

- Designed and developed Robotic components, including process flows, control objects, exception handling, etc. - Designed, built, and maintained an Automation subsystem using UiPath Platform Components (UiPath Studio, Robot, Orchestrator). - Gained hands-on experience in the development of web and application-based automation, and also have worked on Excel, PDF, and E-mail automation -Employed RE-Framework to design process solutions as per standard design principles and conventions - Version Control - Git

Topic: Influence of locally connected layers in TensorFlow SSD on the quality of object detectors for Omni-directional top-view images • Built a 50 layers deep Convolutional Neural Network (CNN) with locally connected layers (LCL) for feature extraction • Trained LCL-based model on a complex synthetic dataset of 100,000 images • Analyzed effect of feature sharing and effective receptive field in LCL • Evaluated model performance against conventional TensorFlow SSD

• Responsible for researching and performing root cause analysis for issues reported by clients within the SLA time frame via remote infrastructure support for Citrix environment i.e. User Profile, Active Directory, VPN, Mailbox issues, etc. • Managed ITSM tool BMC Remedy monitored backlog tickets, handled the escalations to meet the Service level agreement. • Solved 96% of Level 2 tech support tickets without needing to escalate to Level 3 tech support engineers.

Responsibilities: - Investigated the device and performed calculations regarding the contactless measurement and control of the density of liquids and poured materials. - Automated density calculation is performed using BL2100 micro-controller which incorporates Rabbit 2000 microprocessor and is programmed using Dynamic C. -Technical specifications: -Micro-controller: BL2100 -Microprocessor: Rabbit 2000 -Integrated Development system: Dynamic C.

Principle Subjects and Skills: • Software Platforms for Automotive Systems (ECU architecture, AUTOSAR architecture, CAN, FlexRay, Automotive Ethernet) • Automotive Sensor System, V-model Product life cycle

Thesis: Influence of locally connected layers in TensorFlow SSD on the quality of object detectors for Omni-directional top-view images Github: https://github.com/MohitNigam/Single-Shot-Detector-SSD Principle Subjects and Skills: • Computer Vision (Image-Processing, Object Recognition), Optical Communication and Networks, TV and Video Signal Processing, Digital Systems, Network Security, Mobile Networks Car2X

Focus : Probability & Stochastic Processes, Electronic Circuit Analysis, Microprocessors & Microcontrollers, Signals& Systems, VLSI Design, Electromagnetic Theory & Transmission Lines