Zikri Aiman

Test Engineer with experience in both medical device and automotive environments, specializing in software/system testing, test automation, and cross-functional collaboration. Skilled in executing high-coverage test cycles, improving automation reliability, and applying structured RCA to resolve complex issues, achieving measurable gains such as a 10% reduction in test downtime and a 25% increase in automation success rates. I’ve supported prototyping, assembly, design reviews, and manufacturing readiness while maintaining high-quality documentation. Project involvement includes major global OEMs (Audi, BMW, Toyota, Suzuki) and medical device testing initiatives using Lean and 5S practices to ensure efficiency, quality, and smooth product delivery.

Test Engineer | Tecan CDMO Solutions Sdn. Bhd 

Collaboration with Cross-Functional Teams 

● Coordinated closely with manufacturing, hardware, and software engineers on the AliveCor Medical Device Project to coordinate test work relative to project timelines and deliverables promoting seamless interacts between departments. 

Design Review Participation 

● Contributed along hardware & product design regarding the testability, integration and manufacturing of the solution. 

Testing and Prototyping Support 

● Helped manufacturing engineers with testing, assembly and prototyping of product using Lean and 5S to keep work areas clean and efficient. 

Troubleshooting and Problem Solving

 ● Applied structured root cause analysis (RCA) to resolve test and process issues, minimizing rework and achieving a 10% reduction in test downtime 

Documentation and Standardization 

● Authored and maintained technical documentation, test procedures, and reports to align with company quality standards and audit.

Bachelor of Instrumentation and Control Engineering
Universiti Kuala Lumpur Malaysian Institute of Industrial Technology • CGPA: 3.19
FYP – Electronic Wristband Tracker For COVID-19 Patient
● Prototype Design & Development: Designed and developed an electronic wristband using
microcontroller-based systems to monitor and track vital signs (e.g., heart rate, temperature) of
COVID-19 patients in real-time.
● Real-Time Data Monitoring & Alert System: Implemented a real-time monitoring system to track
critical health parameters and trigger alerts for abnormal readings, enhancing patient safety.
● IPower Efficiency & Reliability: Optimized the wristband’s power consumption to ensure long-lasting battery life while maintaining reliable performance for continuous patient monitoring.

2015 – 2018, Selangor 

Diploma in Process Instrumentation and Control
German Malaysian Institute • CGPA: 2.88
FYP – Butterfly Pea Flower Color Extraction Automation
● Automation System Design: Designed and developed an automated system for extracting color from
butterfly pea flowers, integrating hardware components such as sensors and micro controllers to
streamline the extraction process.
● Color Analysis and Measurement:Implemented a color analysis algorithm using RGB or HSV models
to measure and assess the quality and consistency of the extracted color.
● Process Optimization and Efficiency: Conducted multiple experiments to optimize extraction
conditions (e.g., temperature, flower-to-water ratio, extraction time), improving color yield and reducing manual labor by 50%.