Abhishek Singh

Experienced Senior R&D Engineer specializing in equipment development within the product department. Proficient in managing customers product processes using TBDB and etch machines, delivering effective solutions and results. Skilled in optimizing equipment yield, addressing challenges, and implementing troubleshooting strategies to enhance machine performance and customer satisfaction. Demonstrated success in collaborating with customers to develop and refine sample processes, providing tailored solutions to meet their specific needs. Committed to elevating equipment capabilities to achieve high yields and exceed customer expectations.

Renewable hosting capacity improvement with grid reinforcement optimization (Nov 2022 - Jul 2023) 

• Transformative research project focused on "Improving the Hosting Capacity of Renewable Energy through Grid Reinforcement Optimization."
• Highlights: Enhanced hosting capacity of solar and wind energy in the power grid - Minimized power losses for efficient energy delivery - Maximized active power generation from renewable - Ensured grid stability for a reliable energy system - Provided valuable insights into grid reinforcement strategies

Optimization of distributed generation in the distribution system (Dec 2021 - Nov 2022) 

• Foundation for a more sustainable and efficient distribution system that adapts to the changing energy landscape.
• Project Highlights: Enhanced electrical distribution with renewable sources (solar, wind, gas turbines) - Empowered sustainability & reduced carbon footprint - Smart grid integration for real-time balance - Improved grid resiliency during disruptions.

Smart Glasses (Dec 2020 - Apr 2021) 

• Smart glasses refers to a device that brings with suitable technology a computer screen/display in front of a person´s eyes in order to present data from the background information system.
• Project Highlights: Developed AR Smart Glasses: Integrated augmented reality into wearable devices - Enhanced Real World: Seamlessly presented computer-generated data - Advanced Target Recognition: Implemented cutting-edge data retrieval algorithms.

Smart Traffic Light System Using IR sensor And Microcontroller Powered By Solar Cells (Sep 2020 - Oct 2020) 

• We build a smart traffic light system using an IR sensor which is powered by Solar cells, it will help to clear traffic congestion with renewable power consumption.
• Project Highlights: Smart Traffic Light System: Utilized IR sensor and microcontroller for efficient traffic management - Solar Powered: Environmentally friendly with solar cell integration for sustainable energy - Enhanced Safety & Flow: Real-time monitoring optimized signal timings for improved traffic flow and safety.

Smart Voltage Stabilizer (Mar 2020 - Jun 2020) 

• Smart stabilizer as the name itself suggests that this stabilizer will generally be connected to other devices or networks via different wireless protocols. The device detects the variation of the output voltage by using the Arduino microcontroller.
• Project Highlights: Smart voltage regulation using Arduino microcontroller - Wireless connectivity for seamless integration - Efficient power regulation with relay-controlled voltage taps - Improved system stability and power efficiency.

Master's Scholarship Recipient - 國立中山大學 National Sun Yat-sen University (Sep 2021)

• I am honored to be recognized as a recipient of the NSYSU Master's Scholarship during my academic journey.

Outstanding Life educational personnel and characteristic schools and national life education achievement observation - 南華大學 Nanhua University (Dec 2019)

• Recognized for excellence in sports and academics, achieving outstanding results in both areas.