FINAL PROJECT EXPO: UNDIP ELECTRICAL ENGINEERING STUDENTS PRESENT 24 TECHNOLOGICAL INNOVATIONS FOR VARIOUS SECTORS

The Department of Electrical Engineering at Diponegoro University is once again holding its Student Final Project EXPO on Tuesday, September 9, 2025. This event provides a platform for final-year students to showcase their innovative work in the fields of technology, energy, automation, and smart agriculture.

The EXPO was attended by dozens of students with various research themes that not only focused on electrical power systems but also touched on the fields of industry, agriculture, marine, and health. The works on display are expected to be a real contribution from Electrical Engineering students in responding to the challenges of the times and supporting technological development in Indonesia.

The titles of the final projects exhibited at this event include:

Design of an Ozonation System for Water Sterilization in Tilapia Fish Farming Ponds
Design of a Three-Leg Interleaved Bidirectional DC-DC Converter for DC Microgrid System Optimization
Design and Construction of a PLC-Based SCADA System for Monitoring the Palm Oil Boiling Sterilization Process at PT Hindoli
Design and Construction of an African Night Crawler Worm Vermiculture Automation System Prototype (ANC)
Design of an IoT-Based Automatic Weather Station Prototype for Optimizing Agricultural Land Condition Monitoring
Design of a Water Quality Control System in Reef Tanks for Coral Reef Maintenance
Manyung Fish Bubble Drying System as an Alternative to Conventional Drying in Smoked Fish Centers
Design and Implementation of GWO Algorithm for MPPT in Partial Shading Conditions with Integrated Wide-Range Website Monitoring System LoRa and Antares
Kemuning Garden Farm (KGF) Tray Dryer
Optimization of Central Gathering Station 10 Protection System Performance to Minimize Lost Production Opportunity at PT Pertamina Hulu Rokan
Design of a Fuzzy Logic-Based Smart Ventilation System in Commercial Kitchens
Design of an Electric Tractor with an Integrated Solar Power Charging System, Speed Control, and IoT-Based Real-Time Monitoring System
Re-design and Migration of the Protection System on a 960 kW Motor and 6 kV Medium Voltage Feeder at PT PLN Nusantara Power – UP Gresik
Design of a Solar-Pikohydro Hybrid Power Generation System for Lighting in the Curug Lawe Benowo Kalisidi Area
Design of an Automatic Portal Gate Based on Convolutional Neural Network and RFID with an Off-Grid Solar Power System
Design of a Quickshifter Module with Collaboration between Quickshifter and Autoshifter Technologies in Motor Vehicle Transmissions
Website-Based Special Class Management Application for Teaching Staff
Smart Agriculture System for Monitoring Sacha Inchi Plant Growth, Irrigation, and Soil pH
Design of Public Street Lighting (PJU) with Solar and Wind Power with Charging Stations and Website-Based Monitoring in the Outdoor Parking Lot of the Ministry of Energy and Mineral Resources
Design of Control and Monitoring Systems for Lettuce Hydroponics Based on IoT Using Solar Power Generators
Redesign of the Lighting and Electrical Installation Systems in the PT PLN (Persero) Education and Training Implementation Unit Building in Semarang
Design of a High Voltage Impulse Generator for Milk Pasteurization Using the Pulsed Electric Field Method (PEF)
Planning of UGN 04 GI Ungaran Feeder Operations to Improve System Reliability and Reduce Power Losses to BWN 09 GI Bawen Feeder at PT PLN UP3 Salatiga
Design of Variable Frequency Drive (VFD) on Cellulose Conveyor Machines in the Xanthator Viscose Process at PT Rayon Utama Makmur

This event not only showcased the students’ research results, but also served as a forum for discussion between students, supervisors, and visitors. It is hoped that this EXPO can serve as a stepping stone for students to continue their work at a higher level of research or industrial implementation. With the diversity of topics on display, the 2025 Undip Electrical Engineering Student Final Project EXPO proves that the young generation of electrical engineers is capable of producing innovative solutions that are applicable to the wider community.

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