Shaik Siraaj

Technical Services Engineer | Singapore Aero Engine Services LImited

Singapore, Singapore

About

As a dedicated Aerospace Engineering graduate from Nanyang Technological University, I thrive in environments that challenge my project management and technical competencies. With my proficiencies in Microsoft Office, Microsoft Power BI and Power Automate as well as Microsoft SharePoint, I hope to showcase my drive and interest in service engineering in the aviation industry.

Experience

  • Technical Services Engineer at Singapore Aero Engine Services Private Limited (SAESL)
    2025 - Present · 1 yr 7 mos

  • Intern, Engine Data Services (EDS) at Singapore Aero Engine Services Private Limited (SAESL)
    Jan 2023 - May 2023 · 5 mos

    - Worked closely with Department Manager to acquire competencies in Microsoft Power Automate, Power BI and SharePoint via self-directed learning. - Established an automated system alongside a shared dashboard utilizing Power Automate and SharePoint to notify EDS department and shop floor about missing maintenance-related documents and document discrepancies for improved data transparency and enhanced workflow. - Designed a department SharePoint site to house dashboards and workflow data to augment cooperation within members of EDS and to amplify data visibility with Power BI implementation. - Contributed to department’s increased weekly and monthly paperwork output to meet the required output for 7 engines per week.

  • Supply Base Central/Supply Assistant/Corporal at Singapore Army
    Oct 2019 - Aug 2022 · 2 yrs 11 mos

    - Managed operation-critical Controlled Equipment for 9 Singapore Infantry Regiment (9SIR) for use in Protection of Key Installation (POI) operations. - Liaised regularly with higher HQ to maintain operability and reliability of equipment and stores. Attended Best Soldier of The Month award. - Received Letter of Commendation from Commander SAF Military Police Command

  • Research Assistant, Temasek Laboratories (Intern) at Singapore University of Technology and Design (SUTD)
    Oct 2018 - Mar 2019 · 6 mos

    - Utilised SolidWorks and AM to design and produce a platform to be used for rotational motion experiments. - Conducted testing of completed rig to identify and alleviate oscillation-related errors down to sub-millimeter accuracies in encoder signal to guarantee robust, accurate and repeatable experiments in the future. - Designed additional attachments to further widen the experimental capabilities of said rig.