519013900123
Looking to upgrade your skills, meet industry regulations, and advance your career in biomedical or electromechanical engineering? NIQ Engineering Sdn Bhd offers industry-recognized, HRDC-claimable training programs designed to build real-world competency in medical equipment maintenance, calibration, and repair.
Elevate Your Technical Expertise with NIQ Engineering’s Certified Training Courses Read More »
Malaysia’s healthcare system is growing rapidly, with increasing investment in advanced medical equipment, smart hospitals, and digital health infrastructure.
HRD, Skills Development & Competency Building for Biomedical Staff in Malaysia Read More »
It’s more than just fixing equipment. It’s about making sure every machine — every ventilator, every defibrillator, every diagnostic tool — runs reliably when it matters most.
The Core Competencies Every Biomedical Engineer Needs to Succeed Read More »
Ablation systems are critical medical devices used in cardiology, oncology, and dermatology for radiofrequency (RF) ablation, microwave ablation, and laser ablation procedures.
Ablation System Preventive Maintenance PPM & Electrical Safety Testing EST Read More »
The maintenance and safety testing of medical devices play a crucial role in ensuring patient safety and compliance with regulatory standards. In Malaysia, the Medical Device Authority (MDA) regulates these activities through various guidelines, including the Good Distribution Practice for Medical Devices (GDPMD) and MS 2058.
Ensuring Impartiality in Medical Device Maintenance and Testing: A Regulatory Challenge Read More »
Medical therapy lasers play a critical role in physiotherapy, dermatology, and pain management. However, to ensure safety, accuracy, and compliance, regular preventive maintenance (PPM), electrical safety testing (EST), and calibration are essential.
Medical Therapy Laser Equipment Maintenance & Calibration Read More »
RF lesion generators and RF electrosurgery units are critical for precise ablation, nerve treatment, and surgical procedures. However, calibration drift, RF signal instability, and equipment wear can lead to inaccurate power output, treatment inconsistencies, and safety risks.
Introduction Most engineers and technicians prefer to perform equipment-level repair or PCB-level repair by immediately purchasing new equipment or defective PCBs. The budget required for this ranges from RM500 to RM10,000 for new PCBs or RM5,000 to RM20,000 for new equipment. In contrast, performing component-level repair, which involves repairing the board and replacing faulty components,
Electronic Component Specification And Testing Technique Read More »
Introduction Most of the equipment contains electronic components essential for operating electronic systems. After 2-5 years, these systems may encounter issues due to faulty parts on electronic circuit board assemblies, such as Power Supply boards, charger boards, main boards, controller boards, and display boards. Additionally, elec-trical components like AC Motors, DC Motors, Display Units, and
Electronic Equipment Problems Identification Testing And Repair Technique Read More »
Introduction Based on our experience in electronic and PCB repair, more than 50% of faulty equipment issues are due to SMPS malfunctions or defects. Repairing a faulty SMPS requires technical expertise to minimize downtime and generate cost savings, especially given the high cost of new SMPS units in medical and scientific equipment. Engineers and technicians
Switching Mode Power Supply Problems Testing And Repair Technique Read More »