Aaresh Bachana
Senior Firmware Engineer at Tesla
Senior Firmware Engineer at Tesla
Working on firmware for DSPs, microcontrollers, sensors, wireless technologies
Tesla
https://www.linkedin.com/company/tesla-motors
Palo Alto, California, United States
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Senior Firmware Engineer
Magic Leap
https://www.linkedin.com/company/magic-leap-inc-
Miami/Fort Lauderdale Area
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Senior Embedded Software Engineer
Magic Leap
https://www.linkedin.com/company/magic-leap-inc-
Miami/Fort Lauderdale Area
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Embedded Software Engineer
University of Colorado Boulder
https://www.linkedin.com/company/cuboulder
Boulder, CO
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Teaching Assistant- Industrial Internet of Things
University of Colorado Boulder
https://www.linkedin.com/company/cuboulder
- Understanding Sensor fusion algorithms and their effects on different applications
- Implementing Madgwick, Mahony, Kalman sensor fusion filters in integer as well as floating point format on ARM M4 based processor and compare their performance differences
- Helping students with their various lab projects
Boulder, CO
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Independent Graduate Researcher- Blow Things Up (BTU) Lab
University of Colorado Boulder
https://www.linkedin.com/company/cuboulder
- Help students understand application of digital logic on microprocessors
- Help students with assembly language programming on Altera NIOS II processor
Boulder, CO
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Teaching Assistant- Programming of Digital Systems
Magic Leap
https://www.linkedin.com/company/magic-leap-inc-
- Automated testing of all the sensors and peripherals on the device by creating Winform applications in C# based on the factory protocols.
- Writing of event handlers in C for the sensors and peripherals on the device and communicating them with the C# application via BLE.
- Working on RTOS and interfacing the DMA applications on the device.
- Constantly collaborated with the Mechanical Design Team for Reliability Testing of the device.
- Constant collaboration with the User Experience team to update the firmware of the device according to various inputs provided by them.
- Creation of Application specific drivers to make the entire device code generic.
- Real Time collection and logging of data for charting capabilities in .csv files.
- Upgrading device firmware for any new peripherals or sensors introduced.
- Constant update of the C# application in accordance to any changes made in the device firmware.
Dania Beach, FL
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Embedded Software Intern
Masters in Electrical and Electronics Engineering
Graduate student who is pursuing a Masters in Electrical and Electronics Engineering with a specialization in Embedded Systems Engineering.
Embedded Systems
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University of Colorado Boulder
https://www.linkedin.com/school/cuboulder/
Bachelor of Engineering (BE)
•	Coursework: Microprocessors and Microcontrollers, Embedded Systems and Real Time Programming, VLSI, Digital Logic Design, Electronic Product Design and Applied Math.
•	Joint Public Relations Officer -Electronics Engineering Student Association.
•	Part of Team ETA (JUGAAD '13).
•	Projects ranging from uninterrupted power supplies to counting number of people using Image processing.
Electronics Engineering
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KJ Somaiya College of Engineering, Vidyavihar
https://www.linkedin.com/school/kj-somaiya-college-of-engineering-vidyavihar/
- Work closely with the chair of the Student Activities Committee (SAC).
- Work closely with CU Boulder IEEE group.
- Work with the SAC for various conferences and activities through out the year.
- Act as student liaison between IEEE-Denver Section SAC and CU Boulder IEEE groups.
IEEE Denver Section Student Activities
Vice Chair
- Work closely with the chair of the Student Activities Committee (SAC) on a variety of matters including student events occurring across the Denver section.
- Work with any student groups in the Denver section with normal day to day operations or set up of an event in their respective university.
- Work with the revival of the CU Boulder IEEE group.
IEEE Denver Section Student Activities
Operations Lead
Team ETA was founded by young engineers like me who had a keen interest in cars as well as doing something for the environment. This team participates in the Shell Eco Marathon Asia event which features eco-friendly cars from all over Asia. As the role of Electronics Head in this team, I was in charge of working on the embedded system which controlled the Engine Control Unit (ECU) along with the brakes and lighting of the car.
Team ETA
Electronics Head and Marketing Lead
Electronics Engineering Students Association
Joint Public Relations Officer
Secured the scholarship from Sir Dorabji Tata Trust for pursuing my graduate course at University of Colorado Boulder.
Sir Dorabji Tata Trust
Dorabji Tata Scholarship
Secured the J.N. Tata Scholarship for pursuing my graduate course at University of Colorado Boulder.
J.N. Tata Endowment Fund
J.N. Tata Scholar
Subject topper in the subject Microprocessors and Microcontrollers-1 (MPMC-1).
K.J. Somaiya College of Engineering
Subject Topper
Advanced Computer Architecture
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Embedded Software Essentials
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Embedded Systems Design
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Internet of Things
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Mastering Embedded Systems Architecture
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Object Oriented Analysis and Design
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Programming Systems on a Chip
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Advanced VLSI Design
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Applied Chemistry
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Applied Math
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Applied Physics
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Communication Networks
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Computer Programming
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Continuous Time Signal and Systems
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Control Systems
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Digital Communication and Coding Techniques
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Digital Image Processing Design
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Digital Logic Design
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Discrete Time Signals and Systems
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Electrical Network Analysis and Synthesis
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Electromagnetic Engineering
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Electronic Circuit Analysis and Design
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Electronic Product Design
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Electronics Instrumentation Systems
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Embedded Systems and Real Time Programming
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Engineering Drawing
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Filter Design
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Linear Integrated Circuit Design
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Microprocessors and Microcontrollers
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Microwave Devices and Circuits
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Power Electronics
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Robotics and Automation
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Chemistry
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Electronics
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Math
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Physics
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- C programs were written to provide an improvement in the cache memory organizations and provide better cache performance to increase the performance of the CPU.
- Different algorithms for cache memory replacement policies were used like the Miss Cache, Victim Cache, Selective Victim Cache
- The SPEC95 benchmarks were used to calculate the performance of these caches and the results were plotted in the form of various graphs and the comparison was made among the above caches to determine the most efficient cache.
Improvement of Cache Memory
- Writing different C programs for memory copying and transferring on the FRDM KL25Z board having the ARM cortex M0+ and the Beaglebone Black having the ARM cortex A8.
- Writing C programs for transfer of data using the on chip DMA and playing with the on-board RGB LED for the KL25Z.
- Reading and printing to the terminal of the host using the UART protocol and a circular buffer by writing our own firmware for the KL25Z.
- Writing firmware for the Nordic NRF24L01 (SPI protocol) on both the boards to act as a trans-receiver between the boards and performing communication between the KL25Z and the Beaglebone black using all the above methods which included usage of the DMA, circular buffer, UART protocol and transfer functions.
Communication between FRDM KL25Z and the Beaglebone Black
- A code for normal addition as well as vector addition of randomly generated numbers was written in C as well as in CUDA and this code was run on both CPU and GPU and their comparison in terms of performance, time and accuracy was observed.
- A code for various image processing algorithms like sobel filter, boost filter and average filter was written in C as well as in CUDA and this code was run on both CPU and GPU and their comparison in terms of performance, time and accuracy was observed.
- A code for calculating the histogram of a given image was written in C as well as in CUDA and this code was run on both CPU and GPU and their comparison in terms of performance, time and accuracy was observed.
Comparison of CPU and GPU performances for various applications
- A four wire resistive I2C based touch-screen was placed on a graphical LCD which would communicate in parallel form with the micro-controller (AT89c51). The user interface was created on this LCD which would be used to first select which type of graph and then provide inputs to the graphical equations for the plotting.
- Another graphical LCD was placed on a different board and this LCD used the SPI communication protocol to communicate with the micro-controller (AT89c51). This graphical LCD was used to plot the various graphs according to the inputs received by it and perform a variety of math programming on it.
- The communication between the two boards was wireless in the form of Bluetooth modules. The board with the touch screen would act as the Master and the other one would be the slave.
Touch Screen Interfaced Wireless Plotter
- The codes for normal one bit, two bit, GAg and PAg predictors were written in C++. The performance of each of them was compared by writing a script which would run various SPEC CPU2006 bench marks on it and the accuracy was observed for each predictor
- A hybrid version of the GAg predictor was made which consisted of a three bit automata and the prediction scheme would randomly change between GAg and PAg with PAg running for a larger number of times. The results were compared to the previous original predictors and the graphs were plotted for each of the predictors.
Hybrid GAg Predictor
- The scope of this project was to design and build hardware and software examples using the Altera SoC Embedded Design Suite, Altera Monitor Program, Quartus II development Software on the Altera DE-1 SoC development Kit which contained the Cyclone V FPGA and ARM Cortex-A9 CPU.
- A Linux image was booted using an SD card and a HyperTerminal was used for serial communication.
- The Altera Monitor program was used to debug the programs written in assembly language for the ARM Cortex-A9.
- Multiple VHDL codes were written for various applications ranging from simple blinking LEDs to Morse code implementation and the outputs were seen on the on chip LEDs and HEX displays.
- The exception vector table of the Hard Processor System was set up and the generic interrupt controller was initialized and the outputs were seen on the on chip LEDs and HEX displays.
- The Hard Processor System containing the ARM Cortex-A9 and the Cyclone V FPGA logic would work together where a shift operation code was written on the HPS and implemented on the logic and the output was seen on the LEDs.
Altera DE-1 SoC Evaluation
- The Beaglebone Black Rev C containing the TI Sitara AM3358 MPU (ARM Cortex A8) was used to perform a series of tests to evaluate the hardware and software capabilities of the board.
- Various operating systems like the Angstrom Linux, Debian Linux and the Windows Compact Embedded 7 were loaded on to the board to test for a variety of factors like real time operations and latencies.
- The Microsoft Visual Studio and Platform Builder was used to create a customized Windows CE image which would be used in an Industrial application.
Design Evaluation- VoIP Gateway
- The scope of this project was to design and build hardware and software examples using the Microsemi Libero development Software on the SmartFusion A2F200M3F Evaluation Kit which contained Microsemi ProASIC3 FPGA Fabric and ARM Cortex-M3 CPU.
- Various examples like the Microsemi logo and multiplication tables were displayed on the Hyperterminal using the UART communication channel.
- The on chip Analog Computer Engine was used to convert analog voltage values generated by the on-chip pot which were displayed on the HyperTerminal.
- A system which works in different modes specifically in the web-server mode, multimeter mode and LED test mode was designed on the SoC. The IP address would be displayed in the web-server mode, Voltage and current values of on chip components would be displayed on the HyperTerminal in the multimeter mode and LEDs would blink in the LED test mode.
- Various software examples like a Shifter, 16 bit binary counter were implemented and minimum and maximum timing analysis of every example were performed.
Microsemi SmartFusion SoC Evaluation
- The STM32F401RE MCU (ARM Cortex M4) was used to perform a series of tests to evaluate the hardware and software capabilities of the board.
- The frequency and amplitude of the audio waves were analyzed and the audio waves were generated using the on-board analog ports.
- The interface of peripherals was tested by using three different communication protocols namely, SPI, I2C and UART.
- The Keil RTX operating system was used to perform Multithreading where four threads were created and implemented on the ARM Mbed software tool which would work in the Round Robin Scheduling and a mutex was established to protect the LCD display task for exclusive access.
Design Evaluation of a Signal Analyzer
- The scope of this project was to design a soft core processor using the FPGA logic and understand the limitations of using the large amount of logic, RAM blocks and other peripherals present in the Lattice Mach XO2.
- A 16 bit counter was written in VHDL and implemented using the Lattice Diamond software tool. Multiple 16 bit counters were then fit into the FPGA till it reaches its maximum utilization.
- A soft core processor was designed using Mico8 and its resource usage summary was noted down.
- Multiple soft core processors were then added until the FPGA logic was completely utilized and thus a multi-core processor was built using soft core processors.
Multi-core Processor using Soft Core Processors in an FPGA (Lattice Mach XO2)
- The hardware and software capabilities of the Freescale Kinetis K25LZ MCU(ARM Cortex M0+) was tested by performing a series of tests using inline assembly and C programming.
- The Hardware Analysis was evaluated using the various I/O drivers, relay drivers, LED drivers which would constitute the actual Embedded System. 
- Using the Keil MDK tool and ARM Mbed tool, the microcontroller was programmed to read the accelerometer values which would sense the vibration and depending on the input, it would control an output which would drive the motor.
Design Evaluation of a Washing Machine
- The Freescale Kinetis K25LZ MCU(ARM Cortex M0+) was used to perform a series of tests to evaluate the hardware and software capabilities of the board.
- Possible I/O interfaces like the ADC input, Pulse Out drivers, 4/20 circuit driver, LED drivers, LCD interfaces were evaluated using the board.
Proof of Concept: Vortex Flowmeter System
- The scope of this project was to design a soft core processor using the FPGA logic.
- The Altera Quartus Tool, Nios II Software Build Tools for Eclipse were used along with the FPGA board Altera Max 10 and an entire soft core processor was built from scratch.
Soft Core Processor using an FPGA (Altera Max 10)
- This project was a mix between embedded systems and digital image processing. 
- The system captured a photo of a crowded place which was passed onto a image processing system.
- The Image processing system would count the number of people using a program written in MATLAB where thresholding, grayscaling, conversion, dilation and counting algorithms were implemented.
- The count generated would be communicated to a Arduino.
- The Arduino would then display the count on the LCD.
- For a better grasp on the project, the count generated using an image as a source was compared to the count using video as its main source. On further progress through the project, it was realized that both of them have different implementations and have their own pros and cons.
Counting Number of People using Image Processing
- This project was specially created for women's safety. It basically had an embedded system which consisted of a switch module which would communicate with an android application on the person's phone.
- The panic button, GPS module along with the bluetooth module were connected as peripherals to the Arduino Nano which would then communicate with an Android application running on the phone. 
- The women can just press the panic button placed in a safe position on the jacket and that would send the photo of the surroundings and the GPS co-ordinates to the emergency contacts listed in the application.
Rakshak-The Jacket
- The scope of this project was to create an embedded system using the microcontroller Atmel 89C51 to light up the LEDs indicating different sections of the warehouse would be lit up when a person would walk in.
- The entire project was performed using assembly language programming.
- Every section of the warehouse had TSOP (38KHz) sensors which were connected to the input pins of the microcontroller. These pins were continuously polled and any change in voltage would make the input pins toggle which in turn controlled the output pins which would light up the LED.
Automatic Light Control for Warehouses
- The scope of this project was to design an embedded system for controlling the fuel injection, lighting and braking for an eco friendly car called the Jugaad' 13 which participated in the Shell Eco Marathon Asia.
- The circuit was simulated using the Proteus software and the PCB design was created using the Eagle PCB design software tool.
Embedded Systems for the Jugaad' 13
- An introductory project to understand the basics of electronic circuits.
- It introduced the basic concepts of designing a PCB using various simulation software and PCB design software.
- The circuit of the Uninterrupted Power Supply was created using the a 12 volts rechargeable battery and simulated using the Proteus software.
- The circuit was then exported to the Eagle PCB design software where the traces were correctly routed such that no overlapping was taking place and the shortest and smallest design could be achieved.
Uninterrupted Power Supply
LinkedIn
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First Look: Rust
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LinkedIn
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Learning Jenkins
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LinkedIn
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Linux: Bash Shell and Scripts
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LinkedIn
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OpenCV for Python Developers
http://www.linkedin.com/learning/opencv-for-python-developers
LinkedIn
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Using Python with Excel
http://www.linkedin.com/learning/using-python-with-excel
ROBOSAPIENS TECHNOLOGIES Pvt. Ltd.
023523
Grade A++ in Robotics and Embedded C
https://www.linkedin.com/in/gitanjali-suresh-24aa6911a
Cupertino, CA
Gitanjali Suresh
Firmware Engineer at Apple
https://www.linkedin.com/in/onkarsarode
San Francisco Bay Area
Onkar Sarode
Design Engineer at NVIDIA
https://www.linkedin.com/in/ashwintumma23
Sunnyvale, CA
Ashwin Tumma
Senior Software Engineer at Yahoo!
https://www.linkedin.com/in/divya-guru
Santa Clara, CA
Divya Guruvayurappan
Sr. RTL Performance Engineer at NVIDIA
https://www.linkedin.com/in/prathameshvaste
Santa Clara, CA
Prathamesh Vaste
Sr DSP Firmware Engineer at LG Electronics
https://www.linkedin.com/in/pgupta91
San Diego, CA
Prashant Gupta
Senior Software and Firmware Engineer at Qualcomm
https://www.linkedin.com/in/haowentan13
San Francisco Bay Area
Dylan Tan
Software Engineer (C++, C#)
https://www.linkedin.com/in/harshmomaya
Cupertino, CA
Harsh Momaya
System Hardware Engineer at Apple
https://www.linkedin.com/in/ayush-dhoot
Sunnyvale, CA
Ayush Dhoot
Senior Firmware Engineer at AMD | Firmware Development, Embedded Systems.
https://www.linkedin.com/in/vikram-adithya-76446819
Folsom, CA
Vikram Adithya
Firmware Engineer at Solidigm
https://www.linkedin.com/in/raiyyan-masumdar
Wilmington, MA
Raiyyan Masumdar
Member Of Technical Staff, Design Verification Engineer at Analog Devices
https://www.linkedin.com/in/prithvi-thomas-9978268
San Francisco Bay Area
Prithvi Thomas
Autonomous Vehicle Software Engineer at Lyft Level 5
https://www.linkedin.com/in/siddharth-verma-ab356b16
San Diego, CA
Siddharth Verma
Cellular Software/Firmware Engineer at Apple
https://www.linkedin.com/in/asmitgpandit
San Diego, CA
Asmit Pandit
Embedded Software Engineer at Apple
https://www.linkedin.com/in/ravi-munde
Boston, MA
Ravi Munde
Software Engineer at Spotify
https://www.linkedin.com/in/john-hausle-81391938
Hermosa Beach, CA
John Hausle
Staff Firmware Engineer at Bird
https://www.linkedin.com/in/jaideep-reddy-telukuntla-5ba6a8214
Peoria Metropolitan Area
Jaideep Reddy Telukuntla
Embedded Software Engineer at Caterpillar Inc.
https://www.linkedin.com/in/dhwaj-jani
San Diego County, CA
Dhwaj Jani
Embedded Software Engineer at Qualcomm
https://www.linkedin.com/in/chris-magoon-a06525119
Corinth, VT
Chris Magoon
Mechanical Engineer
https://www.linkedin.com/in/spjain1
Miami-Fort Lauderdale Area
Sumit J.
Senior Embedded Software Engineer at Magic Leap
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This is SUCH A WIN!!
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Hello everyone, here's an article I wrote to kickstart my blog. It's my attempt to simplify complex topics of the world mainly related to economics…
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#Gratitude#latepost With only Gratitude in my heart , I am very happy and excited to share that I have joined as a Associate Consultant in HCL…
CU-Boulder Grad Students & Post-docs
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Alumni Cell, KJ Somaiya College Of Engineering
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Atmel AVR Developers
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ASIC, FPGA, SoC Engineers
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RTOS / Embedded - Real Time Operating Systems
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FPGA — Design and Programmable Devices
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Embedded Systems Design
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KJSCE International Alumni Community in the USA
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CU Boulder Alumni
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Hobby Electronics
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Magic Leap Alumni
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K. J. Somaiya College Of Engineering
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OFFICIAL Magic Leap Alumni
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Embedded Systems Group
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