->Design, simulation and commissioning of electronic circuits and Circuit boards->Structure and dimensioning of control technology->Structure of interfaces, drivers and external peripherals-> Creation of analyzes and development documentation->Integration and system testing of mechatronic systems------------------------------------------------------------------------------------------------------------------- German--------------------------------------------------------------------------------------------------------------------> Design, Simulation und Inbetriebnahme elektronischer Schaltungen und Leiterplatten-> Aufbau und Dimensionierung von Regelungstechnik-> Aufbau von Schnittstellen, Treibern und externer Peripherie-> Erstellen von Analysen und Entwicklungsdokumentationen-> Integration und Systemtests mechatronischer Systeme

Working on project MICADO (Multi-AO Imaging Camera for Deep Observations) aproject for the development of Extremely Large Telescope. It is in collaboration withMax-Planck-Institut für Astronomie (Max Planck Institute for Astronomy), Heidelberg. My research work includes:• Analysis of laser guide star wavefront data.• Design of disturbance estimators.• Validation of experimental setup.

Worked in a lab in the field of electro-encephalogram (EEG) studies.• Optimized Matlab and Python scripts for EEG experiments.• Conducted EEG studies on 30 participants.• Performed research on user response vs. brainwave activity analysis based on EEGdata.• Oversaw the management and operations of the laboratory.

Contributed to Circuit Solution Development:• Collaborated with cross-functional teams to ideate, prototype, and iterate on circuit solutions, following industry best practices in design thinking. Actively engaged in design reviews and utilized simulation tools to validate and optimize circuit performance.Assessed Electrical Control Panel Costs:• Employed industry-standard cost analysis methodologies to evaluate Electrical Control Panel options, considering factors such as material costs, labor, and scalability. Leveraged supplier relationships to negotiate favorable terms, adhering to industry cost-efficiency benchmarks.Prepared Comprehensive System Specifications:• Utilized established documentation standards and industry-specific templates to create detailed system specifications. Worked closely with stakeholders to gather requirements and ensure alignment with industry norms, fostering clear communication and minimizing the risk of misinterpretation.Conducted Rigorous Requirement Testing:• Implemented a systematic testing approach, incorporating industry-standard testing frameworks to validate system requirements. Employed scenario-based testing methodologies, addressing potential vulnerabilities and ensuring the system's robustness in the face of unforeseen challenges, including those posed by the pandemic.Coordinated Activities within the Engineering Design Team:• Applied project management principles based on industry frameworks, establishing clear communication channels and task assignments. Utilized project management tools to track progress, identify potential bottlenecks, and ensure that the engineering design team operated efficiently within established timelines and industry standards.

In May 2018, I embarked on a one-month Summer Internship at Assam Gas-Based Power Project under NEEPCO in Dibrugarh. Guided by Mr. Opang Ering, (Senior Manager, Control and Instrumentation), I gained hands-on experience in power generation and distribution. My internship involved working in control rooms, at repair sites, and near equipment.A significant portion of my internship was dedicated to enhancing digital control logic for power generation elements. I focused on estimating higher efficiency models and exploring potential smart grid implementations within existing techniques.