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Jinal Parekh

Jinal Parekh

Summer Intern

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location of Jinal ParekhItzehoe, Schleswig-Holstein, Germany

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  • Timeline

  • About me

    Master Thesis student at Robert Bosch GmbH | M.Sc in Microelectronics and Microsystems engineering | Master’s Student at Hamburg University of Technology

  • Education

    • Hamburg University of Technology

      2020 - 2025
      Master of Science - MS Microelectronics and Microsystems

      -->Research Project - Review on using 2-photon polymerisation(2PP) technique to pattern Light-responsive hydrogels -Undertook a solo project of learning how to harness the 2PP technique for the fabrication of microstructures with a high level of precision and resolution.-Adapted quickly to the chemistry of various hydrogels and performed preliminary experiments as proof of concept-Actively collaborated with interdisciplinary teams of scientists and researchers and recognised the… Show more -->Research Project - Review on using 2-photon polymerisation(2PP) technique to pattern Light-responsive hydrogels -Undertook a solo project of learning how to harness the 2PP technique for the fabrication of microstructures with a high level of precision and resolution.-Adapted quickly to the chemistry of various hydrogels and performed preliminary experiments as proof of concept-Actively collaborated with interdisciplinary teams of scientists and researchers and recognised the diverse range of biomedical applications for these hydrogel microstructures--> Student Project on Self-disinfecting surfaces-Explored the various techniques to create self-disinfecting surfaces for both bacterial and viral contaminants. -Conducted a small-scale research on the state-of-the-art and possible new solutions and their limitations. Show less

    • CHAROTAR UNIVERSITY OF SCIENCE AND TECHNOLOGY

      2016 - 2020
      Bachelor of Technology Electronics and communication technology

      Projects: -> 16-bit Microprocessor• Designed a 16-bit microprocessor using Verilog• Synthesized and verified the same using Cadence• Compared Gate level netlist and Register Transfer level(RTL) netlist-> 4-bit RISC Processor using Verilog• Designed a 4-bit Processor based on Harvard Architecture using Verilog HDL, which is capable of performing basic mathematical operations and processing instructions using all 16 registers.->Door unlocking system using AVR… Show more Projects: -> 16-bit Microprocessor• Designed a 16-bit microprocessor using Verilog• Synthesized and verified the same using Cadence• Compared Gate level netlist and Register Transfer level(RTL) netlist-> 4-bit RISC Processor using Verilog• Designed a 4-bit Processor based on Harvard Architecture using Verilog HDL, which is capable of performing basic mathematical operations and processing instructions using all 16 registers.->Door unlocking system using AVR Microcontroller• Built a door unlocking system using AVR microcontroller that can be used for home security purposes.-> Soldier Health and Position Tracking System• Built a system using Arduino Uno microcontroller board• Used temperature sensor and heartbeat sensor to monitor health• Tracking of position was done using GPS and GSM modules Show less

  • Experience

    • Stimulus Co

      May 2018 - May 2018
      Summer Intern

      • Built a home automation system using Raspberry Pi 3 and Python programming

    • NIRMA UNIVERSITY

      May 2019 - Jul 2019
      Project Intern

      • Used Python to create a software tool which measures the SCOAP Controllability and Observability for ISCAS'85 benchmark circuits

    • ISRO - Indian Space Research Organization

      Dec 2019 - Apr 2020
      Trainee

      • Developed cooler drive electronics system for Pulse Tube Cryocoolers• Dealt with BLDC motors and PID controllers• Used MATLAB-Simulink for system modelling and optimization

    • Lufthansa Technik

      Apr 2021 - Sept 2021
      Student Research Assistant

      • Performed a Market Survey on VR-AR and different training solutions • Developed a decision tree for AR based trainings in MRO• Used Agile project management techniques for managing a team of 6 members

    • Gorillas

      Jun 2021 - Apr 2023
      Operations Associate

    • Bosch

      Sept 2023 - Feb 2024
      Process Development Intern

      Process development Intern for Inertial MEMS sensors- Proficiently operated White Light Interferometers, Annealing ovens, Vis- and IR- microscopes as well as optical tensiometers for contact angle measurements in cleanroom environments to support project experiments and validate fabrication processes like RIE using test structures.- Worked with a cross-functional 'Task-force' team to conduct various experiments to enhance project functionality and delivered presentations on the findings.- Conducted data analysis and visualization using Python and MS Excel, contributing to informed decision-making.- Used Python to help automate and simplify data processing and analysis on data from different databases for multiple projects.- Collaborated on various projects in a multi-cultural team and helped onboarding and familiarising new colleagues to different tools, demonstrating adaptability, versatility and flexibility. Show less

    • Bosch

      Apr 2024 - Sept 2024
      Master Thesis Student

      Surface topography assessment in MEMS Devices using Power Spectral Density (PSD)- Conducted detailed surface topography measurements of gold and silicon surfaces using White Light Interferometry, Atomic Force Microscopy, and Scanning Electron Microscopy, following ISO 25178 standards to ensure accurate surface roughness characterization.-Proactively took the initiative to learn the fabrication processes of Si and Au test surfaces, engaging with experts to gain insights into processing techniques such as sputtering and plasma stripping, despite it not being part of the original project scope.-Performed spatially-resolved surface roughness analysis using power spectral density to characterize micro- and nano-scale surface features, enhancing surface characterization for fabrication of MEMS devices.- Optimized analysis methodologies by comparing surface roughness data across multiple industry-standard software platforms, with results validated in MATLAB, to streamline data processing and improve accuracy in surface metrology. Show less

  • Licenses & Certifications

    • Programming in C++

      NPTEL
      Jul 2017

    • Hardware modeling using verilog

      NPTEL
      Oct 2018