Fernand Havugimana

• Loaded and unloaded orders at customer's homes or locations.
• Maintained high satisfaction ratings by completing orders quickly and making good selections for customers.
• Served customers with knowledgeable, friendly support at every stage of shopping and purchasing.
• Delivered items to customers on desired schedules by managing time efficiently and planning effective routes.
• Tracked substitutions and informed customers of changes.
• Worked productively with customers to meet order requirements and service expectations.
• Memorized store layouts and planograms to fulfill orders using shortest, most efficient route.
• Developed professional relationships with customers to establish repeat business and increase trust.

• Installed over 80 drywall for residential and commercial projects with consistent attention to quality and safety.
• Removed and replaced damaged drywall to complete repair and restoration projects.
• Measured and marked cutting lines on drywall for lengths, heights and penetrations.
• Completed installation of drywall sheets on commercial and residential properties.
• Finished and trimmed drywall with professional-level quality.
• Applied skills in taping, sanding and finishing drywall to meet project specifications.
• Used diverse variety of tools and equipment for safe installation of drywall.
• Received consistent excellent feedback on work quality and customer service.
• Achieved precise installation requirements by cutting and fitting drywall to accommodate corners and edges.
• Inspected surfaces to evaluate quality and applied extra attention to fill in holes and rectify errors.
• Cut and hung drywall on walls and ceilings, taping and finishing joints and corners.
• Screwed metal and wooden studs into frames.

• Streamlined recycling operations: Effectively loaded 7000 - 12000 processed recycled lambs for production a shift, while meticulously maintaining accurate daily production records to optimize efficiency and inventory management.
• Proficient equipment operation: Demonstrated expertise in operating a diverse range of machinery, including various power tools and occasional forklift operation, ensuring smooth workflow and adherence to safety protocols.
• Enhanced materials processing: Skillfully dismantled lamp fixtures to extract valuable metal components and facilitate lamp processing, showcasing keen eye for detail and commitment to maximizing resource utilization. Exemplary housekeeping and organization: Exhibited a strong dedication to maintaining a clean and orderly work environment by consistently performing general housekeeping duties, and fostering a safe and efficient workspace.

• Demonstrated expertise in welding by consistently assembling 450 Toyota Corolla seat parts per shift, ensuring precise and high-quality welds.
• Applied meticulous attention to detail while securely attaching approximately 3000 bolts to seat components per shift, contributing to the overall structural integrity and durability of the seats.
• Executed thorough quality control checks to ensure compliance with Toyota's rigorous standards, maintaining a zero-defect rate and contributing to the production of flawless seat assemblies.

On the Toyota Lexus assembly line:

• Skillfully assembled and seamlessly integrated spring wire mats onto seats, ensuring optimal comfort and functionality for Toyota Lexus vehicles.
• Proficiently attached electrical wiring to wire mats on the assembly line, ensuring proper connectivity and electrical functionality in alignment with Toyota Lexus specifications.
• Kept work areas clean, organized, and safe to promote efficiency and team safety.
• Contributed to team success by completing jobs quickly and accurately.
• Learned all required tasks quickly to maximize performance.
• Worked scheduled shifts and remained available to work during coworker absences, holidays, and busy periods.
• Worked different stations to provide optimal coverage and meet production goals.
• Developed strong cooperative relationships with coworkers and managers.
• Trained new team members by relaying information on company procedures and safety requirements.

• WUSC student refugee program (SRP), 2009 from [WUSC]

• Member of president of the Physics club, 2010 to 2011
• Intramural for Grebel warriors, 2010 to 2011

• Graduation with Distinction, winter 2007
• Final Grade: A Equivalent to 1 distinction

• Member of Math's and physics club
• Tutor of Maths and physics

• Completed Coursework:
• AC and DC circuits
• Circuit analysis,
• Digital Electronics
• Mechatronics/control systems PIDs
• Microcontrollers
• Programming C/C++
• Embedded systems
• Electronics I/II
• Telecommunications |Microwaves|Rf circuits
• Advanced digital Design
• Computer networking

Automated weather station , Hardware and software Dev - Capstone Project

• Demonstrated expertise in circuit design by creating a comprehensive prototype for the project. Leveraging Multisim, I designed and simulated the circuit, ensuring its functionality and performance prior to implementation. This step allowed me to validate the circuit's design, identify potential issues, and optimize its performance.
• Utilized breadboard testing to validate the prototype's functionality and feasibility. By carefully assembling the circuit on a breadboard, I conducted rigorous testing and troubleshooting, ensuring that all components functioned harmoniously and met the desired specifications. This process allowed for efficient debugging and optimization before moving on to the final implementation.
• Employed industry-standard PCB design software such as KiCad and Eagle to translate the prototype into a professional-grade Printed Circuit Board (PCB). Adhering to established standards, I meticulously crafted the PCB layout, considering factors such as signal integrity, component placement, and electrical noise reduction. This meticulous approach ensured the production of a high-quality, manufacturable PCB design.
• Demonstrated proficiency in KiCad and Eagle's advanced features, such as schematic capture, component libraries, and Design Rule Checking (DRC). I optimized the PCB design by strategically routing traces, incorporating proper grounding techniques, and implementing appropriate design guidelines to ensure signal integrity and reliability.
• Adhered to industry standards and best practices throughout the PCB design process, including considerations for board size, layer stackup, and manufacturing constraints. By meticulously following these standards, I created a production-ready PCB design that met all necessary requirements.
• The utilization of Multisim, breadboard testing, KiCad, and Eagle throughout the design process exemplified my technical expertise in circuit design, simulation, and PCB layout. These tools allowed me to efficiently validate, optimize, and transform the initial circuit prototype into a professional-grade PCB design, ensuring functionality, reliability, and adherence to industry standards.
• Conceptualized, designed, programmed, and successfully implemented a cutting-edge weather station as part of a school project. Leveraging the power of embedded systems, I utilized a Tiva C series board TM4C123GH6PM to create a robust and innovative solution.
• Developed a custom program using various communication protocols, including I2C, UART, SPI, Ethernet, CAN, and Bluetooth, to enable seamless data transfer and connectivity, resulting in a comprehensive weather monitoring system.
• Integrated a photo sensor into the weather station, enabling it to autonomously track sunlight and optimize solar panel positioning. This innovative feature utilized a stepper motor to dynamically align the solar panel towards the sunlight, thereby maximizing power generation for the board.
• Incorporated a barometric sensor to accurately measure atmospheric pressure, and a temperature sensor to capture real-time temperature data. These readings were then processed and displayed on an LCD screen, providing users with up-to-date and precise weather information.
• Demonstrated proficiency in hardware programming, software development, and system integration to create a fully functional weather station. The project showcased my ability to work with complex embedded systems, integrating multiple sensors and communication protocols seamlessly.
• Successfully meeting project objectives, the modern weather station presented a user-friendly interface and delivered reliable weather data, catering to various applications such as agriculture, research, and personal use.
• 
  Library management system -software design & Programmer C++- Final class Project
• Demonstrated advanced proficiency in C++ programming by designing and developing a robust library management system as the final project. Leveraging object-oriented programming principles, I utilized class inheritance and virtual functions to create an abstract class, showcasing my understanding and application of OOP concepts.
• Implemented essential features, including search, add, delete, and sorting functionalities, to enable efficient management of books and members within the library system. Leveraging my knowledge of data structures, I ensured seamless data handling and manipulation throughout the application.
• Designed a user-friendly console interface that prioritized ease of use and enhanced user interaction. The interface allowed librarians to navigate the system effortlessly, perform various tasks, and access relevant information promptly. This demonstrated my ability to create intuitive and user-centered designs.
• Implemented robust data storage capabilities, leveraging file handling techniques to ensure persistent data storage. The application seamlessly stored and retrieved data, preserving the integrity of library records and providing a reliable foundation for efficient library management.
• Through this project, I honed my programming skills, deepened my understanding of data structures, and gained valuable experience in software development. It served as a platform to showcase my proficiency in C++, object-oriented programming, and my ability to design and implement functional and user-friendly applications.
• Term Dean's List, [fall, 2010]
• Recipient of[Keith Pritchard Memorial Bursary], [fall, 2021]