SIWES // TECHNICAL DEFENSE FUNAAB // MECHATRONICS ENGINEERING 2026
STUDENTS INDUSTRIAL WORK EXPERIENCE SCHEME

SIWES
TECHNICAL
REPORT

PRESENTED BY ARATOLUWADA TOLUWADE

Mechatronics Engineering | FUNAAB

12 WEEKS. 4 DISCIPLINES. 1 PROJECT.

VIEW REPORT FILES ↓ EXPLORE TRAINING →
SYSTEM // SIWES_2026
SIWES 12 WKS
←———— 12 WEEKS ————→
04
AREAS
01

// SYSTEM OVERVIEW

WHAT
I WORKED ON

The Students Industrial Work Experience Scheme (SIWES) provided practical exposure to real-world engineering and technology workflows beyond the classroom.

During the training period, I worked across four major areas: Software Engineering, CAD/3D Modelling, Solar Installation, and the development of GridWatch, an IoT-based solar monitoring system.

01
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SOFTWARE
ENGINEERING

Web development, programming logic, debugging and practical software workflows.

SOFTWARE
02
⌬

CAD / 3D
MODELLING

Technical drawing, component modelling and engineering design workflows.

DESIGN
03
☀

SOLAR
INSTALLATION

Practical exposure to solar system components, installation and electrical connections.

POWER
04
◉

GRIDWATCH
IOT PROJECT

ESP32-based monitoring system combining hardware, sensors, communication and web technology.

HARDWARE + IOT
FEATURED PROJECT // 04

// FIELD PROJECT

GRIDWATCH

An IoT-based solar monitoring system designed to collect, transmit and visualize energy-related data through connected hardware and a web dashboard.

ESP32 C++ JAVASCRIPT HTML CSS MQTT
PROJECT STATUS
80%
DEVELOPMENT / TESTING

// OUTPUT

WHAT I
TOOK AWAY

01 Applied classroom engineering concepts to practical technical problems.
02 Developed stronger software and hardware problem-solving skills.
03 Gained practical experience with modern engineering and IoT tools.
04 Learned how multidisciplinary systems are developed, tested and improved.
DOCUMENT CONTROL // SIWES-2026

GET THE
FULL FILES.

Access the complete technical report and presentation slides below.

↓ DOCUMENT 01 DOWNLOAD TECHNICAL REPORT → ↓ DOCUMENT 02 DOWNLOAD PRESENTATION SLIDES →