Jayden Adam

Mechanical engineer skilled in problem-solving, technical work, and engineering analysis. Experienced in mechanical systems, troubleshooting, and ANSYS simulations including CFD, thermal, structural, and static analysis. Hands-on, adaptable, and focused on delivering reliable engineering solutions.

mail jaydenadam5601@gmail.com phone +6 016 420-6802 link LinkedIn

Professional
Experience

Mechanical Repair & Maintenance Engineer

Jan 2015 - Now

Freelance

Diagnosed, repaired, and restored mechanical, automotive, and electronic items for resale by sourcing cost-effective parts, averaging approximately RM250 profit per project. Performed automotive maintenance services for 20+ private clients, including brake pad replacement, brake bleeding, and alternator-related work, while also assisting in renovation and property maintenance projects involving installation and repair works with budgets up to RM1,000.

Project Intern

Oct 2025 - Dec 2025

Solarvest Holdings Berhad

Conducted solar panel site surveys using drones and electrical measurement devices to assess building power output through MSB systems, while coordinating communication between multiple stakeholders to support project execution. Managed technical documentation and Excel-based analysis involving roof structure assessments, electrical output evaluation, meeting reports, and cost comparisons.

Academic
Foundation

B.S. Mechanical Engineering

2022 - 2026

City University, Cyberjaya

Completed all degree requirements and final examinations for a Bachelor of Mechanical Engineering (Hons), with official graduation expected in November 2026. Recognized by peers and lecturers for strong engineering understanding and problem-solving abilities, while also assisting fellow students in challenging engineering-related subjects.

Sabah Tshung Tsin Secondary School

2014 - 2018

Kota Kinabalu, Sabah

Graduated while self-funding education through part-time work and independently managing transportation between work, university, and home. Achieved academic success with 4 A’s through strong determination, discipline, and the ability to perform effectively under pressure.

Core Projects

Gyroid Heat Transfer Array

Developed a TPMS (Triply Periodic Minimal Surface) gyroid-based cooling structure for EV battery thermal management as part of an engineering design and simulation project. Utilized ANSYS software to perform CFD and thermal analysis, comparing traditional cooling methods with gyroid-based designs to evaluate heat transfer performance and flow characteristics. The project focused on improving cooling efficiency and supporting more sustainable EV battery technologies through advanced engineering design.

Excel SolidWorks AutoCAD

Automated Hydraulic Brake Bleeder

Designed and engineered a mobile brake bleeding device to improve efficiency and usability in automotive workshop environments. Utilized SolidWorks and ANSYS to model the system and analyze structural stress loading, while performing engineering calculations to determine motor power requirements and fluid pressure performance. The design also integrated mobility and built-in inventory storage to support practical workshop operations and improve workflow efficiency.

SolidWorks ANSYS GD&T

Awards

Engineering Innovation Exhibition 2026 award

Engineering Innovation Exhibition 2026 (EIX26)