See my experience project in here
A motivated student with strong academic achievements, and a friendly and proactive team player
committed to improving engineering methods and techniques.
➢ Proactively looks for opportunities to develop skills and learn from the team. Applies education and
attention to detail to learn new skills swiftly and complete thorough, accurate work.
➢ Ready to take on new challenges and support the electrical engineering team. Ready to apply training and
methodical, problem-solving approach to new challenges
EDUCATION
University of Bristol Bristol, UK
Master of Engineering, Engineering in Robotics Aug.2024 – Aug. 2025
Core Courses:Robotic systems, robotic arm measurement, robot artificial intelligence, human-computer interaction, machine vision, robot learning, remote operation.
University of Bristol Bristol, UK
Bachelor of Engineering, Engineering in Electrical and Electronic Engineering(honor) Oct.2020 – Oct.2023
Core Courses: Digital Circuits and Systems, Embedded and Real-Time Systems, Liner-Circuits, C, Python, VHDL, Electronics, Networking Protocol Principles, Power Electronics, Machines & Drive Technologies, VLSI Design, Communications, Signal, and Systems
WORK HISTORY Home for Student Bristol, UK Student Warden Sept.2022 – Current Learned to control and operate fire control systems to secure the building. Created a good image for the Home for Student, attracting students to live in this apartment. Maintained a good relationship with students in the building, and promptly helped solve disputes. Tech4Good Shanghai, China Head of External Relations Department Oct.2020 – Dec.2021 Planned, developed, and implemented robust PR strategies to manage brand reputation. Established relationships with media, organized press conferences, and worked closely with news teams. Composed content, interacted with followers in comments, and monitored campaigns to manage social media. Directed strategic messaging initiatives to guide or control critical messaging. Repair volunteer Bristol.UK Part time job Oct.2020 – NOW I used to work part-time as an electrical appliance repairman in various commercial buildings in Bristol. I successfully repaired many appliances, including induction cookers and ice machines, and my employers gave me rave reviews. Proficient in diagnosing and repairing a variety of electrical appliances. Successfully repaired various devices, including induction cookers and ice makers. Skilled in performing routine maintenance to ensure optimal performance and longevity of equipment. Capable of quickly identifying issues and implementing effective repair solutions. Recognized by employers for excellent performance in handling complex repair tasks. |
| CAMPUS EXPERIENCE Bristol Bootcamps YTKO Bristol, UK Leadership and Management Sept.2023 -Dec.2023 Responsible for department management, facility management, production reporting, interpersonal communication, clerical. Provided support services and created small team cultures, dealing with failure and success. Managed time and productivity effectively. Conducted SWOT analysis, budgeting, and reporting, and created the brand story. University of Bristol Bristol, UK PGT robotic reps Sept.2024 -Dec.2025 Communicate with Faculty Staff to deliver upon student feedback Enhance the academic representation network within the faculty Strengthen relationships and collaboration with the faculty and students Ensure students are being offered a great academic experience Encourage interdisciplinary collaboration by uniting different views and expertise |
Project Experience
Automated Maze Solving System
📅 2022.01 ~ 2022.09 (Project Lead)
Project Description:
- Designed an automated maze-solving system using motors to tilt a maze platform, guiding a ball along a predefined path to the exit.
- Integrated multiple modules including image processing, path planning, and hardware control.
Key Contributions:
- Developed motor control and maze balancing programs in C++, using PID algorithms to adjust the tilt angle.
- Designed 3D-printed motor mounts to ensure direct drive and minimize energy loss.
- Applied YOLOv5 for maze image recognition and OpenCV for ball motion tracking and prediction.
- Conducted circuit simulations using Modelsim and Tinkercad to ensure stable power supply.
Apple Counting (Computer Vision Task)
📅 2024.09 ~ 2024.12
Project Description:
- Applied computer vision techniques to automate apple counting in orchards, improving efficiency and reducing manual errors.
- Compared traditional color extraction + edge detection methods with YOLOv5 in complex backgrounds.
Key Contributions:
- Processed and segmented datasets.
- Conducted CUDA testing and verified Torch installation in Python.
- Ran test sets and scored results, evaluating YOLOv5 performance under various conditions.
Autonomous Sweeping Robot (Personal Project)
📅 2024.09 ~ 2024.12
Project Description:
- Developed a system where two 3Pi+ robots work together to push boxes of varying widths.
- Tested and optimized robot performance for box-pushing tasks.
Key Contributions:
- Coded in C++ to implement functions similar to modern cleaning robots.
- Integrated precision sensors and gyroscopes for obstacle avoidance, path planning, and full coverage cleaning.
- Implemented autonomous docking and recharging when battery power is low.
AI-Dungeon (Personal Project)
📅 2025.01 ~ 2025.04
Project Description:
- Developed an AI-driven system where the player, “HeroBot,” navigates through a maze dungeon encountering various creatures.
- Applied multiple AI algorithms to safely identify creatures and engage in battles to reach the dungeon exit.
Key Contributions:
- Coded in Python to analyze 10×10 grayscale images and predict entity types.
- Estimated bribery amounts needed to pass artificial guards based on features such as “stench,” “sound,” “heat,” and “intelligence.”
- Grouped entities based on their physical threat levels such as “height,” “weight,” and “strength.”
Online Evolutionary Adaptive Swarm Robot Communication (Final Year Project)
📅 2025.01 ~ 2025.09
Project Description:
- Investigated infrared (IR) communication in swarm robotics and optimized communication strategies using evolutionary algorithms.
- Addressed signal interference and transmission conflicts, enabling robots to autonomously adjust transmission timing and coordination.
Key Contributions:
- Developed adaptive IR communication strategies using evolutionary techniques.
- Enhanced robustness against signal interference and transmission conflicts.
- Enabled swarm robots to self-optimize based on environmental changes.
- Evaluated the approach through both simulations and real-world experiments.
| PROFESSIONAL SKILLS |
| Advanced knowledge of C and C++, Python, embedded C, Arduino, VHDL, HTML. VLSI specialist, data management, and advanced problem-solving skills. Expert in schematic design, logistical planning, strategic planning, troubleshooting and debugging, installation and maintenance, programming documentation, relays and pressure switches. Robotic expert in robotics systems, machine vision, human- robot interaction, Ai- robotics |
| ADDITIONAL INFORMATION Language Proficiency: English (Advanced); Chinese (Mandarin) Computer Skills: Proficient in MS Office (Word/Excel/PowerPoint); C and C++, Python, etc. Qualification Certificates: Fire Warden Certificate, The Royal Society for the Prevention of Accidents (RoSPA), CBT motorcycle driving license |
JELLY 刘金哲 Jinzhe Liu 