Home Page of
Efstratios Nikolaidis

 


 


My Teaching Philosophy


I am deeply committed to my role as an educator. Educators should teach students both fundamental principles and systematic approaches for learning and problem solving. I try to show students that methods based on basic principles are more powerful than ad-hoc approaches. My design projects and homework problems help students learn that, first they should understand a problem and then establish a strategy for solving it, instead of using trial-and-error approaches. In the classroom, I use real life examples to demonstrate that most concepts that the students learn touch our every-day lives.
 
 
Teaching activities:

MIME 3300: Design and Analysis of Mechanical Systems
MIME 5690/4690 Reliability
MIME 3370: Vibration and Control

MIME 3380: Modeling and Control of Dynamic Systems

AOE 3054: Experimental Methods

MIME 4090: Operations Research

MIME 4100/5100: Manufacturing System Simulation

MIME 6740: Optimization Theory and Applications

MIME 5980: Decision Theory

MIME 6980 Powertrain Vibration

 

 


 

 

 


 

Overview of Research Activities:

My research efforts focus on two areas: a) reliability design and b) knowledge based design of automotive structures.

a) Reliability-based design
All real life design problems involve uncertainties in the applied loads, geometry and material properties.  In most cases, these uncertainties affect significantly the performance of a new product and can lead to significant loss of money or even catastrophic failure. In automotive and other industries, there are examples of design deficiencies that have gone unnoticed during development because of variability in design procedures and manufacturing processes. These deficiencies, which could have been uncovered, using a reliability-based approach, have cost companies huge amounts in warranty costs. I want to address the need of developing a capability of accounting for uncertainty in design by developing efficient and robust methods for modeling uncertainties and predicting the resulting uncertainty in the performance of a new product. I also want to address the
problem of having limited amount of data about uncertainties, which is encountered in most real life design problems.

b) Design of automotive structures
The big three US automotive manufacturers and their suppliers provide one out of ten jobs in the US and produce a sizable portion of the gross national product. It is important to develop design tools that will help automotive manufacturers increase their competitiveness.

In the early design stages, designers need to perform many analyses. In these stages, a product is only vaguely defined. I seek to develop efficient, approximate design tools to help designers make decisions in the early design stages of cars. These tools should:

Research projects:

Services:

    




 
 

Office: 4006D Nitschke Hall
Mechanical, Industrial and Manufacturing Engineering Department
The University of Toledo
Toledo, OH 43606
Phone: (419) 530-8216, FAX: (419) 530-8206
Email: enikolai@eng.utoledo.edu