• Key Courses: Advanced Electric Vehicles, Industrial Power Electronics, Modern Control Theory, Vehicle-to-Everything (V2X) Technology

• GPA: 88.38/100 (Top 10% of Major)
• Core Courses: Digital Electronics, Sensor Principles, Automatic Control Principles, Motion Control Principles
• Honors: National Inspirational Scholarship, Outstanding Communist Youth League Member, Active Student Organization Contributor

• Event Marketing: Planned and supported 5+ large-scale events (e.g., MWC Barcelona, Huawei Global Tech Summit), designed marketing strategies that reached 100,000+ audiences, boosting brand visibility.
• Technical Presentations: Executed 30+ on-site technical demonstrations for 300+ government officials and telecom executives, converting 50+ business opportunities.
• Knowledge Management: Led the development of 50+ marketing kits across 4 versions, accelerating product launches and enriching corporate knowledge assets.

• Project Leadership: Managed 50+ innovation projects with total contract value exceeding ¥50 million, maintaining a 20%+ profit margin (10% above industry average).
• Key Projects: Spearheaded 10+ government-level projects, including Dongguan "City Brain" (serving 1M+ citizens) and "Data Governance" initiatives, expanding market presence.
• Team Empowerment: Formulated 80+ actionable sales strategies and conducted 30+ cross-departmental training sessions, directly boosting frontline sales performance.

• Circuit Design: Designed and implemented an open‑loop control circuit for a Boost DC–DC converter using the UC3842 PWM controller; conducted in‑depth analysis of the chip’s internal architecture and external interface characteristics to achieve precise PWM modulation.
• Performance Analysis: Captured key waveforms (RT/CT, CS, PWM output) under varied duty cycles (20%, 50%, 80%) using oscilloscope and logic analyzer; evaluated transistor gate‑source voltage (V_GS), drain‑source current (I_DS) and output behavior in Continuous Conduction Mode (CCM) versus Discontinuous Conduction Mode (DCM).
• Test Optimization: Performed detailed experimental analysis of converter efficiency and voltage‑conversion ratio against theoretical values to validate system reliability and stability; proposed targeted performance‑enhancement measures based on test data.

• Multi‑Sensor Fusion & Real‑Time Control: Utilized Arduino Nano RP2040 microcontroller to fuse data from ultrasonic (HC‑SR04) and PIR (HC‑SR501) sensors; developed high‑efficiency data‑processing algorithms for accurate presence detection and instantaneous door‑actuation.
• IoT Cloud Communication & Remote Monitoring: Independently implemented an interface with Arduino Cloud to enable device‑state uploads and remote control; supported real‑time status monitoring, OTA updates, and data visualization with scalable automation capabilities.
• Precision Servo Control & Automated Operation: Employed finely tuned PWM control to drive ES08MA servo motor; optimized control logic and dynamic response to ensure precise, smooth, and reliable door‑opening/closing—ideal for smart‑home, automated‑access, and broader IoT applications.

Languages: English (Proficient,IELTS 6.5), Mandarin (Native), Cantonese (Native)
Certifications: National Computer Rank Examination Level 2 (Office), Advanced Big Data Technology Certification, Tencent Cloud Engineer Certification, Alibaba Cloud Certification
Technical Skills: MATLAB simulation,Advanced PowerPoint Presentations, Project Management, Video Clip, Product Marketing, Sales Strategy

• Built a campus brand from scratch, establishing a physical studio in a university incubator.
• Expanded operations to 3 universities in Guangzhou’s Wushan District, achieving 50% monthly revenue growth and building a 2,000+ user community.

• Mastered advanced FANUC industrial robot programming, including coordinate system setup and trajectory planning.