Yoshita P.
Apprentice @Research And Development Organisation
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WORK HISTORY
Apprentice @Research And Development Organisation
Delhi, IN
1.1 Conducting research on Micro-Electro-Mechanical Systems (MEMS) with a focus on microshutter array design, actuation mechanisms, and optical control applications.2.Studying fabrication methods including photolithography, deep reactive ion etching (DRIE), and thin-film deposition relevant to microshutter array development.3.Built structural simulations, meshing, and post-processing of MEMS devices using ANSYS Workbench (2024 R2)- Analyzed stress, deformation, and material behavior in thin-film Si wafer models for MEMS design optimization1.2 Analog Circuit Simulation – Differential Amplifier (ST EDSIM)-Designed and simulated a MOS differential amplifier in STMicroelectronics EDSIM, performed Bode analysis, and optimized transistor sizing to increase gain and bandwidth.Tools & Skills:Ansys Workbench, discovery, MEMS design, Post processing Silicon wafer Semiconductor Physics, Optical MEMS, Literature Review, EDSIM(ST Microelectronics)
EDUCATION
Kendriya Vidyalaya
Senior Secondary , PCMCS
Thapar Institute of Engineering & Technology
Bachelor of Engineering - BE, Electronics and communication Engineering
Kendriya Vidyalaya
Secondary, General 10th subjects
ABOUT YOSHITA P.
As a forward-thinking Electronics and Communication Engineer, I am driven by a mission to redefine the future of technology through innovation, strategic vision, and impactful leadership.My expertise spans VLSI, RISC-V architecture, Embedded Systems, MEMS, AI/ML, and semiconductor device design, enabling me to craft solutions that bridge cutting-edge hardware with intelligent software. From chip design and fabrication to IoT and FPGA-powered systems, I approach every project with both engineering precision and a visionary mindset.Currently serving as a Graduate Apprentice at DRDO, I have contributed to pioneering work in MEMS and semiconductor innovation with direct applications in defense, telecommunications, and high-performance computing. Beyond technical execution, I focus on designing scalable, future-ready systems that can shape industries.I believe that technology leadership is about more than engineering—it’s about building ecosystems, empowering teams, and fostering a culture where innovation thrives. My long-term vision is to lead global initiatives that transform complex challenges into sustainable, high-impact solutions.Core Strengths & Specialties:Technology Strategy & Innovation Leadership1.Chip Design, Fabrication, and Testing2.MEMS Technology & Semiconductor Devices3.RISC-V Architecture & Embedded Systems4.AI/ML Integration for Hardware Systems5.FPGA Design (Verilog, Zybo, Basys) GitHub: github.com/YoshitaPant-29
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