Akshata Maltare
About Akshata Maltare
Akshata Maltare is a CPU Verification Engineer at Ampere, specializing in ASIC Verification and Digital VLSI Design. She has a background in Electrical and Computer Engineering, having studied at Vishwakarma Institute of Technology and North Carolina State University.
Current Role at Ampere
Akshata Maltare serves as a CPU Verification Engineer at Ampere, a position she has held since 2020. In this role, she focuses on the verification processes associated with CPU design, ensuring functionality and performance meet industry standards. Her expertise in ASIC verification and digital VLSI design plays a crucial role in her contributions to the company's projects.
Previous Experience at North Carolina State University
Before joining Ampere, Akshata Maltare worked as a Graduate Student at North Carolina State University from 2018 to 2020. During this time, she pursued a Master of Science in Computer Engineering, gaining valuable knowledge and skills that support her current role in CPU verification.
Educational Background in Engineering
Akshata Maltare earned her Bachelor of Technology in Electrical, Electronic and Communications Engineering Technology from Vishwakarma Institute of Technology, where she studied from 2016 to 2018. This foundational education provided her with essential engineering principles that she applies in her professional career.
Experience in Finance at TEDxVITPune
From 2015 to 2017, Akshata Maltare served as the Director of Finance for TEDxVITPune. In this role, she managed financial operations and budgeting for the organization, contributing to the successful execution of events and initiatives during her tenure.
Technical Projects and Specializations
Akshata Maltare has completed various projects that include functional verification of I2C Bus Controller, Cache and Memory Hierarchy Simulator, and Hash function design and implementation. She utilizes tools and languages such as System Verilog, UVM, Verilog, C++, and VHDL in her work, reflecting her specialization in ASIC verification, computer architecture, and digital VLSI design.