Friday, October 3, 2014

Traveling University 2014


Travelling University (TU) is a signature seminar course of the International Material Flow Management (IMAT) master degree program of the Institute for Applied Material Flow Management (IfaS), a leading German non-profit research institute of the University of Trier. Among other things IfaS works in the field of regional economic development and works in Sri Lanka since 2010. Supported by GIZ - SME Development project of GIZ - Sri Lanka,
IfaS aims to give the university students the opportunity to apply their theoretical knowledge in real-life situations and tangible projects, which creates a link between Sri Lankan Universities with the industrial sector.
Principle objective of TU is to innovate and add value to SMEs through the application of renewable energies and energy efficient technologies, sustainable resource management practices, industrial symbiosis, and Circular Economy. The regional dimension of this action and approaches are aimed at optimizing the SMEs’ and neighboring regions’ profitability and sustainability collectively by activating regional potentials. Activation of regional potentials pave the path to creating Regional Added Value (RAV) that enhances the business competiveness of SMEs while achieving environmental and social sustainability.

In this project the main focus is on to identify the issues faced by some selected SMEs and to deliver real life optimization strategies with regard to their energy consumption and material use. The solutions shall be based on the status quo system and short- and long-term goals of the SMEs. It is expected that the ultimate findings of the TU would help the respective SMEs as well the industry as a whole in optimizing their energy and material consumption through renewable and sustainable sources at a lower cost.





Twenty students from five national universities are participating in the program. The universities include the Eastern University of Sri Lanka (EUSL), University of Moratuwa (UOM), University of Jaffna (UOJ), Uva Wellassa University (UWU) and the University of Peradeniya (UOP). Student Consultants (SC) participating in the TU have different specializations such as science, Mineral Resources and Technology (MRT), business administration, commerce, agriculture, animal science and engineering.

Student Consultants are formed into four different working groups considering a gamut of characteristics such as the gender, university attended, discipline of studies, languages they are c conversant with, as well as their ethnic background in order to ensure the balance of each group.

The TU groups and their lead-role are as follows:

Organization and Communication Group (ORGA) overlooks the organizational aspects of the TU, data collection processes, communication and information dissemination of TU while acting as the communication hub of the whole project. Material Flow Analysis (MFA) Group is responsible for analyzing the current monetary, material and energy flows of the observed system to identify shortcomings and optimization potentials. Technology and Engineering Group analyzes technology-based improvement options and managerial aspects of them outlining the qualitative and quantitative improvement potentials while the Finance Group is tasked to deliver the business plan for the identified technology improvement options.

The 10-day long TU journey is on the road from 9th to 18th October 2014, travelling from Colombo to Jaffna visiting a few selected companies such as Serendipol (PVT) Ltd in Kuliyapitiya, Himali Dairy Farm in Maradankadawala, King’s Ice Manufacturers in Trincomalee as well as Jeyantha Ice Manufacturers and NEFAD Foundation in Jaffna. The journey will be concluded on the 17th of October after the final presentation of works, which will reveal the findings of TU.

This TU program will certainly involve lot of hard work but however, this will be an enormous opportunity for the enthusiastic students who love to enhance their abilities and skills in many areas while being exposed to the real world conditions.

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