Jabir Hasan Tahmid

Dynamic Trainee Engineer with hands-on experience at M/S Confidence Auto Mobiles, excelling in vehicle diagnostics and repair. Demonstrated strong collaborative teamwork and time management skills while applying CAD and geometric dimensioning techniques. Committed to delivering high-quality results in mechanical systems troubleshooting and component replacement.

Runner Up in CAD Smackdown Competition - AUST Mechanical Society

NWPGCL Sirajganj Power Station, 2024

Industrial Visit
Visited to observe large-scale power generation operations, plant systems, maintenance practices, and safety protocols in a real industrial environment.

Final Year Project - DESIGN OF A GRIDCONNECTED 20 KW SPVWIND HYBRID POWER PLANT IN SWARNA DWEEP

2024-2025

Designed a 20 kW grid-connected solar–wind hybrid power plant for Swarna Dweep, integrating PV arrays and wind turbines to ensure stable renewable power generation. Conducted resource assessment, load analysis, system sizing, and grid-integration study. The design optimized energy output, improved reliability, and demonstrated the feasibility of hybrid systems for remote island regions.

Supervised at: Ahsanullah University of Science and Technology (AUST)

Undergraduate Thesis - Evaluation of Mechanical Properties of Banana–Glass Fiber Reinforced Hybrid Composite

2024-2025

Conducted a study on banana–glass fiber hybrid composites to develop lightweight, durable materials. Produced samples with controlled fiber proportions and evaluated their mechanical behavior through standard tensile and flexural tests. The hybrid reinforcement showed notable improvements in strength and stiffness, highlighting the material’s suitability for practical engineering applications.

Supervised at: Ahsanullah University of Science and Technology (AUST)

3rd Year Project - Smoke & Gas Detection &Alarm System Using MQ-2 Gas Sensor Interface With Arduino Uno

2023

Developed a smoke and gas detection system using MQ-2 with Arduino Uno. Implemented real-time sensing for LPG, methane, CO, and smoke with digital/analog outputs. Integrated buzzer, LEDs, and LCD for hazard alerting and validated system performance through testing.

Supervised at: Ahsanullah University of Science and Technology (AUST)

3rd Year Design Project - Leaf Spring Design for a Heavy-Duty Vehicle Suspension

2023-2024

Designed and analyzed a 25-ton capacity multi-leaf spring using AISI 1074 steel, performing stress, deformation, and fatigue analysis (ANSYS) to validate structural integrity. Optimized geometry and material selection to achieve an efficient, cost-effective and manufacturable design.

Supervised at: Ahsanullah University of Science and Technology (AUST)