Ammar Syafiq Adil

Ammar Syafiq Adil has worked in various engineering roles since 2018. Ammar Syafiq began their career as a Service Engineer at Ocean Automation Solutions Pte. Ltd., where they performed repair and overhaul services to steam engine boiler burners, safety relief valves, gate valves, ball valves, butterfly valves, and piston valves. Ammar Syafiq also performed calibration and troubleshooting to Yamatake/Azbil pressure and temperature transmitters, Yokogawa pressure and temperature transmitters, Danfoss pressure transmitters, and Graviner MK6 oil mist detectors. Additionally, they used Auto-Cad drawing to present valves for reports. In 2019, they moved to Esco Micro Pte. Ltd. where they served as a Project Coordinator/Engineer and a Service Engineer. As a Service Engineer, they performed testing, commissioning, certification, calibration, and troubleshooting services to Class A2 and B2 bio-safety cabinets, laminar flow cabinets, ducted and ductless fumehood cabinets, pharmaceutical isolators, medical grade fridges, freezers, and ultra low temperature freezers, medical grade incubators, pharmaceutical grade air showers, and pharmaceutical grade pass boxes. Ammar Syafiq also performed bio-Quell decontamination procedures, Esco Bio-Vap decontamination procedures, installation and commissioning of software (IT) for thermal product transmitters (gsm & E-mail), and redesigning of typewritten reports for clients. In 2021, they joined Medquest Marketing PTE LTD as an Engineer. Currently, they are a Project Engineer at Greenlots, where they began in 2022.

Ammar Syafiq Adil has a comprehensive educational background. Ammar Syafiq began their education in 2007 at Coral Secondary School, where they completed their GCE 'O' Level Examinations. From 2012 to 2016, they attended Singapore Polytechnic and obtained a Graduate Diploma in Naval Architecture and Marine Engineering. Currently, they are pursuing a Bachelor of Engineering in Mechanical Engineering at Nanyang Technological University Singapore, which they are expected to complete in 2024.