MAIMUNA SAUDA

6618 Lakeview Blvd, Westland, MI 48185 || 248-781-6736 || msauda@umich.edu

PROFESSIONAL EXPERIENCE:
Embedded Engineering Trainee, Automotive Robotics Inc (John Deere Project) Aug – Dec,
2023
● Worked on John Deere Sprayer Application software team, specializing in controller software.
● Analyzed and comprehended software requirement specifications, actively contributing to the
development of software for automotive and heavy machinery systems.
● Communicated changes & presented software demos to customers, ensuring clarity.
● Provided comprehensive documentation to support software changes, including function
specifications, user guides, manuals, release notes, and implementation notes.
● Executed software unit testing utilizing the Google Testing Framework to ensure compliance with
design and customer requirements, enhance code quality and identify defects effectively.
● Ensured regulatory compliance by conducting tests, accurately configuring test data collection
systems, and validating post-test data.
● Adopted a collaborative approach in coordinating calibrations and repairs with equipment
suppliers and internal departments, staying updated on software and hardware standard
methodologies.
Tools: Embedded C, Visual studio, CAN, Virtual Box, CANSniff, GitHub, SIL, CANalyzer, Google
testing.
Electrical Engineer, Nuba Electric, Bangladesh. Jan-Jun,
2021
● Developed electrical products by researching & testing, aligning with customer requirements.
● Developed CAD drawings and implemented modifications to electrical components and systems.
● Ensured product quality by designing testing methods, products, & evaluating system capabilities.
● Collaborated on-site with customer engineering, actively participating in design release plan.
● Worked closely with cross-functional engineering teams to design and release components,
fostering effective collaboration.
● Engaged in Design Verification Plan and Report (DVP&R) processes to validate products according
to customer specifications.
● Maintained program-specific Design Failure Mode and Effects Analysis (DFMEA) for product.
● Conducted post-test inspection reviews, including detailed component analysis.
● Managed project timelines, ensuring the achievement of critical milestones.
● Executed testing and validation of electrical parameters within the Hardware-in-the-Loop (HIL).
Tools: Function Generator, Oscilloscope, DMM, Life Tester, PMS-80, Spectro Photo colorimeter.
Research Assistant, Electronics Laboratory, UITS. Jul-Dec,
2020
Self-starting & Air-conditioning Control of Autonomous Car Using Arduino & Sensor Fusion Tech.
● Applied Arduino platform to efficiently manage ignition and AC systems in autonomous vehicles.
● Integrated key sensors, including Alcohol and Hall effect for ignition, and Ultrasonic and Humidity
(DHT11) for precise AC control.
● Employed Arduino UNO for robust data analysis, enabling precise control over a DC motor and
LEDs to simulate ignition scenarios.
● Showcased adept hardware interfacing skills, ensuring reliable performance in the dynamic
environment of autonomous vehicles.
Tools: Embedded C, Arduino UNO R3 board, Arduino IDE, Sensors, Power Supply, DMM.
Engineering Trainee, Super Star Electronics Limited, Bangladesh. Jun-Aug, 2019
● Analyzed Electrical & Photometric characteristics, assessing Compact Fluorescent Lamp & LED
 lamps performance in R&D environment.
● Developed CAD drawings and implemented modifications to electrical components and systems.
● Participated in product Design Review, DVP&R (to Design Verification Plan and Report), and
DFMEA (Design failure mode and effect analysis) sessions.
● Developed & executed operational, maintenance, & testing procedures of electronic components.
● Inspected electronic systems to ensure compliance with regulations and safety standards.
● Collaborated with cross-functional teams to streamline design processes, contributing valuable
insights during design reviews.
Tools: Life Tester, PMS-80, Digital Power Meter, Spectro Photo colorimeter & Torque Meter.
SKILL & EXPERTISE:
Programming\Scripting: C, Embedded C, MATLAB, Simulink.
Hardware/Software Tool: 8085, 8086 µP, Arduino, Visual Studio, Code Blocks, PSpice, Proteus,
AutoCAD, MathCAD, CANalyzer, GitHub.
Wireless & Networking: 3G, 4G, GSM, LTE, WCDMA, Wi-Fi, Bluetooth, CAN, CAN FD, LIN,
Ethernet.
Lab Tool: Function Generator, Logic Analyzer, Oscilloscope, DMM.
OS\ Documentation: Windows, Mac, Linux, LaTeX, Minitab, Word, PowerPoint, Excel, Visio.

EDUCATION:
M.Sc. in EE, University of Michigan Dearborn. Apr.2024 CGPA
3.94/4
Vehicle Electronics II Automotive Sensors and Actuators
Modern Control Theory Introduction to Robotic System
Digital Systems and Microprocessors Active Automotive Safety System
B.Sc. in EE, University of Information Technology and Sciences. Dec.2020 CGPA:
3.63/4
Control system engineering Power electronics & Industrial Drives
Programming Language C, C++ Digital Electronics & Logic Design
Microprocessors and Microcontrollers Electrical Project design

PROJECT WORK:
Simulation & Performance Evaluation of Circumjacent Vehicle Sensor Fusion and Tracking for
Highway Lane Maneuvers Oct-
Dec,2022
● Used MATLAB and Simulink to simulate & analyze performance of highway maneuvers i.e., lane
change, lane following around surrounding vehicles using sensor fusion & tracking mechanism.
Controlling a Stepper motor with IR remote control using Arduino UNO R3. Jan-Apr,2020
● Arduino microcontroller, High voltage high current Darlington driver ULN2003, IR sensor and
power supply module are used to control rotation and speed of a stepper motor.
Controlling a DC motor with Half H bridge using Arduino UNO R3. Jan-
Apr,2020
● Arduino microcontroller, quadruple high current half-H L293D and power supply module are used
to control rotation and speed of a DC motor.
Design, simulation, & performance analysis of systems using Simulink. Sept-
Dec,2019
● Modeled Digital communication systems using Simulink DSP System Toolbox. Analyzed
comparative system performance against interference using filtering and modulation schemes.
Designed, and developed a three storied building Residential Floor Plan Design. Sept-
Dec,2019
 Designed a residential three storied floor plan using AutoCAD, emphasizing efficient space
 utilization and adherence to building codes.
Designing a thermometer with LCD display using Arduino UNO R3. Jan-
Apr,2019
● Arduino microcontroller is used to take and process NTC thermistor temperature reading from
the environment and display using LCD display.
Automatic water level detector system using Op-Amp. May-
Aug,2018
● Op-Amp LM 393 was used as a comparator in an open loop configuration to detect the water
level of the container.
Intelligent Electronic Mobile Security System cum Charger. Jan-
Apr,2018
● Specific frequency range was created using electronic components to alarm user against theft
with additional facility of charging mobile.