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Teaching Philosophy
As a lecturer, I believe in creating an engaging and inclusive learning environment (through interaction and real-world applications) that inspires curiosity, critical thinking, and a passion for lifelong learning. I am committed to nurturing individual potential, encouraging innovation, and fostering a deep sense of responsibility and excellence in every learner's academic and professional pursuits.
"When there is a willing learner, there is a ready teacher" - Akpaba, Y. S.
Courses Taught
2023/2024 Academic Session
·Marine Diesel Engine (MAE 531):
Co-Lecturer: Engr. Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: First
·Ship Power Plant (MAE 441):
- Units: 3
- Level: 400
- Semester: First
·Marine Engineering Laboratory (MAE 351):
- Units: 1
- Level: 300
- Semester: First
·Introduction to Marine Engineering (MAR 124):
Co-Lecturer: Engr. Emediong C. Umana
- Units: 2
- Level: 100
- Semester: Second
·Design, Operation & Maintenance of Marine Diesel Engine (MAE 512):
- Units: 3
- Level: 500
- Semester: Second
2022/2023 Academic Session
·Marine Diesel Engine (MAE 531):
Co-Lecturer: Engr. Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: First
·Ship Power Plant (MAE 441):
- Units: 3
- Level: 400
- Semester: First
·Marine Engineering Laboratory (MAE 351):
- Units: 1
- Level: 300
- Semester: First
·Design, Operation & Maintenance of Marine Diesel Engine (MAE 512):
- Units: 3
- Level: 500
- Semester: Second
2021/2022 Academic Session
· Marine Diesel Engine (MAE 531):
Co-Lecturer: Engr. Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: First
·Ship Power Plant (MAE 441):
- Units: 3
- Level: 400
- Semester: First
·Marine Engineering Laboratory (MAE 351):
- Units: 1
- Level: 300
- Semester: First
·Design, Operation & Maintenance of Marine Diesel Engine (MAE 512):
- Units: 3
- Level: 500
- Semester: Second
2020/2021 Academic Session
·Marine Diesel Engine (MAE 531):
Co-Lecturer: Engr. Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: First
·Ship Power Plant (MAE 441):
- Units: 3
- Level: 400
- Semester: First
·Marine Engineering Laboratory (MAE 351):
- Units: 1
- Level: 300
- Semester: First
·Design, Operation & Maintenance of Marine Diesel Engine (MAE 512):
- Units: 3
- Level: 500
- Semester: Second
2019/2020 Academic Session
·Marine Diesel Engine (MAE 531):
Co-Lecturer: Engr. Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: First
·Design, Operation & Maintenance of Marine Diesel Engine (MAE 512):
Co-Lecturer: Prof. K.D.H. Bob-Manuel
- Units: 3
- Level: 500
- Semester: Second
Projects Supervised
Design of an Offshore Mooring Buoy for Field Support Vessels.
(AKSU, 2022/2023 Academic Session)
Matching and Selection of Fuel Cells for a case study vessel.
(AKSU, 2022/2023 Academic Session)
Energy Efficiency Operational Indicator (EEOI) Analysis for a Case Study Vessel.
(AKSU, 2022/2023 Academic Session)
Comprehensive Overview and Design Optimization of Hybrid Propulsion System for Recreational Boats and Ferries.
(AKSU, 2022/2023 Academic Session)
Turbocharger Matching to a Marine Diesel Engine.
(AKSU, 2022/2023 Academic Session)
Analysis of Energy Efficiency Operational Indicator for a Tanker Vessel.
(AKSU, 2021/2022 Academic Session)
Preliminary Design of Refrigeration Plant in a Fishing Trawler.
(AKSU, 2021/2022 Academic Session)
Design, Modeling and Construction of Solar Propulsion System for Ships.
(AKSU, 2021/2022 Academic Session)
Retrofitting of selective Catalytic Reactor (SCR) System for Tug Boat Diesel Engine (Deutz TBD 120 V12) to reduce NOx emission.
(AKSU, 2020/2021 Academic Session)
Design of Blow-down Heat Recovery System to improve Energy Efficiency in steam boiler on a Tug Boat.
(AKSU, 2020/2021 Academic Session)
Design of Water Jet Propulsion System for an Offshore Patrol Boat.
(AKSU, 2020/2021 Academic Session)
Application of Advance Controllers for Regulating Fluid Discharge Onboard Vessels.
(AKSU, 2020/2021 Academic Session)
Analysis of Diesel Engine and Propeller Matching to Bulk Carrier.
(AKSU, 2020/2021 Academic Session)
Design of fishing Trawler and Trawling System.
(AKSU, 2020/2021 Academic Session)
Design and Construction of a Prototype of an Onshore Wind Turbine.
(AKSU, 2020/2021 Academic Session)
Design and analysis of turbo-generator (Turbine Driven AC Generator).
(AKSU, 2020/2021 Academic Session)
Design, analysis and simulation of an oil purifier system (using the model onboard MV-Zaria as a case study).
(AKSU, 2020/2021 Academic Session)
Comparative Analysis and Performance Evaluation of Computer Numerical Control and Other Cutting Methods in a Shipyard.
(AKSU, 2020/2021 Academic Session)
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