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I’m not a stranger to university-community collaborations. In fact, I even helped draft a proposal for the World Bank to support such collaborations, which I believe would be sustainable and therefore worthwhile to be pursued by potential partner universities and local government units. There are actually many such collaborations but most of these are probably informal with certain faculty members of universities (usually state universities or colleges) being involved in committees or moonlighting in projects implemented or funded by LGUs. I say informal because technically, the school is not involved in the project and it is only incidental that the person or persons involved are affiliated with the university or college.
Here is an article showing an example of university-community collaborations:
National Institute for Transportation and Communities (2022) “Transportation recovery after disasters: A collaborative university/community model,” phys.org, https://phys.org/news/2022-08-recovery-disasters-collaborative-universitycommunity.html [Last accessed: 8/15/2022]
The authors wrote about actions that could be done “to build future economic resilience.” To quote from the article:
Increasing pre-disaster investment in resilient transportation infrastructure to reduce the cost of eventual recovery;
Improving business resilience practices for high-impact industrial sectors, through education and outreach;
Identifying structural barriers to adoption of resilient business practices, and promoting mitigation through recovery.
Mainstreaming disaster resilience into economic development by breaking the siloed approach to emergency management and economic development.
While these actions were framed for the community engaged by the University of Utah, they are general enough to be applicable to other communities as well.
I mentioned earlier about the need for formality. The Commission on Higher Education (CHED) encourages and supports what are termed as Extension Works or Extension Projects by higher education institutions. These may be in various forms including committee work, advisory, capacity building/training, or even professional work/services provided to the province, city or municipality (even barangay). But there should be accountability here as well as the proper assignment or allocation of resources.
Just compensation is one of the more sensitive or tricky elements or items here as often, LGUs would like to get something for free or assume that certain services are free. They are not and time and effort should be compensated; just not the international rates you might expect for consulting work from the likes of World Bank or Asian Development Bank.
Here is where contracts (e.g., in the form of Memorandum of Understanding (MOU) or Memorandum of Agreement (MOA)) can be useful to establish the terms of engagement that includes budgets for Personnel Services (PS), Equipment Outlay (EO) and Maintenance and Other Operating Expenses (MOOE). The latter categories should be familiar with LGUs because these are standard items under which details are provided for their programs and projects. State universities and colleges are also familiar with these as standard government terminologies for budgets. Of course, that goes without saying that in certain engagements, there may be third parties such as donor or funding institutions that will should all, most, or part of the costs for collaborative work.
I came upon this article on how transportation departments in the US are using tools such as drones to assess critical infrastructure including roads and bridges. This is very relevant to us especially as many similar infra are aging and would need to be assessed to determine how to reinforce, retrofit or even rehabilitate certain infrastructure vs. naturally occurring phenomena like earthquakes and typhoons.
Reed, J. (August 2, 2022) “How Transportation Departments Are Using Advanced Drone Technology for Infrastructure Assessments,” Aviation Today, https://www.aviationtoday.com/2022/08/02/transportation-departments-using-advanced-drone-technology-infrastructure-inspections/ [Last accessed: 8/4/2022]
To quote from the article:
“The WVDOT may expand its drone programs to perform road safety assessments and to assist in designing new road routes by providing topographical maps.”
I recall that there have been road-based surveys involving Lidar to map the road and adjacent land surfaces about a decade ago (maybe less). This was a nationwide project funded by the Department of Science and Technology (DOST) and implemented by the University of the Philippines Diliman’s Department of Geodetic Engineering. I’m not sure where that data is stored or hosted but the DGE should have a back-up somewhere that can be used or further processed for road safety assessment applications. This could be an interesting and fruitful research area that can involve people from various disciplines.
It seems to be a no-brainer and has always been an assumption to many traffic engineering studies including those employing simulation to determine the outcomes of various scenarios involving transportation. The element that is traffic enforcement, however, cannot be assumed as something uniform across countries, cities, barangays or even individual road sections and intersections (yet we often do assume uniformity and a certain level of strictness).
Here is an article that reports on new research pertaining to how the enforcement of traffic laws makes roads safer:
Mohn, T. (June 8, 2022) “Enforcing traffic laws makes roads safer, new research shows,” Forbes.com, https://www.forbes.com/sites/tanyamohn/2022/06/08/enforcing-traffic-laws-makes-roads-safer-new-research-shows/?sh=74b03c97591e [Last accessed: 6/10/2022]
To quote from the article:
“High visibility enforcement of traffic safety laws actually works. When carried out, regulations governing driving have a positive and measurable impact on safety by reducing dangerous behaviors behind the wheel that put road users at risk…
““Enforcement alone will not solve the traffic safety crisis,” Adkins added. “We cannot simply enforce, build, design or educate our way out of this problem. The Safe System necessitates a comprehensive approach for achieving our collective goal of zero traffic deaths, including equitable enforcement that focuses on risky driver choices that endanger all road users.”
Such research and articles are very relevant especially as incidents like the one involving a driver running over an enforcer become viral and bring to the forefront traffic enforcement or the lack of it (some will word it differently – like why many drivers don’t follow traffic rules and regulations). The discussion must continue especially in the context of road safety.
I’m sharing a couple of articles on walkability and walkability scores. The first one actually points to the second but provides brief insights about the concept of walkability while the second is a more detailed article on the findings of a study on walkability.
Ionesco, D. (May 4, 2022) “Walkability Scores Don’t Tell the Whole Story,” Planetizen, https://www.planetizen.com/news/2022/05/117075-walkability-scores-dont-tell-whole-story?utm_source=newswire&utm_medium=email&utm_campaign=news-05052022&mc_cid=c04e3e4dc0&mc_eid=9ccfe464b1 [Last accessed: 5/7/2022]
To quote from the article:
“if cities truly want to be pedestrian-friendly, they need to think beyond the sidewalk…”
The second article is from late April:
Gwam, P., Noble, E. and Freemark, Y. (April 28, 2022) “Redefining Walkability,” urban.org, https://www.urban.org/features/redefining-walkability [Last accessed: 5/7/2022]
To quote from the article:
“To create a more comfortable walking experience, our research points to a few steps DC planners and policymakers can take to increase racially equitable walkability across the city:
expand tree cover in the densest parts of the city,
increase nonautomotive modes of transportation in central areas,
reduce noise pollution,
support more equitable access to key resources, and
prioritize road design that limits the need for police traffic enforcement.”
While the article puts emphasis on the topic of racial equity, such concept can easily be adapted and adopted for our purposes. For one, it could be interpreted as being inclusive if one is not comfortable with the term “race”.
Don’t miss downloading the technical appendix of their report. This will be very useful to researchers, practitioners and advocates of active transport.
Our paper from a conference last year is finally published in an open access journal. The paper is on the “Estimation of Transportation Energy Demand of the Philippines Using A Bottom-up Approach.” Here is the abstract of the paper:
“In the years 2000–2016, the sector with the largest share of total final energy consumption in the Philippines is transportation with an average share of 34.2%. The study aims to estimate the baseline transportation energy demand of road, maritime, air and rail transportation modes in 2016 using a bottom-up approach. Through a bottom-up approach and utilizing available transportation activity and fuel economy/energy efficiency data from secondary sources coupled with primary road transportation activity and fuel economy and railway operations survey data, the baseline transportation energy demand of the Philippines is estimated to be 12,956.1 ktoe in 2016. A comprehensive estimation of transportation energy demand of the country using bottom-up methodologies with more detailed transportation activity and vehicle fleet of the different transportation modes is implemented. Finally, the collection and keeping of certain data that are critical in the estimation of the transportation energy demand are recommended.”
Here is the link to the paper, which is published in the Asian Transport Studies, Vol. 8, 2022: https://authors.elsevier.com/sd/article/S2185-5560(22)00004-9
The Transportation Science Society of the Philippines (TSSP) held its 27th Annual Conference last November 19, 2021. Here are the poster and program for the conference:
I initially intended to write about the conference before it was held but things got pretty busy last week so this is a post conference write-up. The organizers also announced the final program late (i.e., just a few days before the conference proper) so it seemed sort of anti climactic to post about it. Nevertheless, the conference proceeded as planned and the TSSP has announced it will be posting the proceedings on their official website. It is not yet there but here’s a link to the TSSP official website: http://ncts.upd.edu.ph/tssp/
The College of Engineering of the University of the Philippines Diliman started holding its annual colloquiums (plural because each Institute and Department under the College are holding their colloquium mostly during this last quarter of the year).
The Department of Mechanical Engineering already held theirs last September. There were four topics on transportation: 1) Dr. Gerald Ko C. Denoga (Fernando N. Serina Mechanical Engineering Professorial Chair) presented on “Reduction of Light Rail Transport Energy Demand via Powertrain Modeling and Optimization of Operating Parameters”; 2) Dr. Juvy A. Balbarona (Renato M. Tanseco Professorial Chair) presented on “Timetable Optimization for Light Rail Transit (LRT 1)”; 3) Asst. Prof. Roderaid T. Ibanez (Team Energy Professorial Chair) presented on “Energy Demand Quantification and Conservation Strategies of Bus Transport Terminal Facilities along EDSA”; and 4) Dr. Edwin N. Quiros (Federico E. Puno Professorial Chair) presented on “Fuel Economy Results from Diesel engine Tuning for Steady Speed and Drive Cycle Operation”.
There is one transport related topic in the Department of Computer Science colloquium. On October 25, Dr. John Justine S. Villar (Dean Reynaldo Vea Professorial Chair) will be presenting on the “Efficiency Measurement of Domestic Ports in the Philippines Using Data Envelopment Analysis.”
The Institute of Civil Engineering will be holding its colloquium on October 28 – 29, 2021 with the following transport-related topics: 1) Asst. Prof. Rosabelle Louise A. Caram (DCCD Engineering Corporation Professorial Chair), “Utilization of Plastic Laminates in Asphalt Cement Mastic”; 2) Dr. Hilario Sean O. Palmiano (David M. Consunji Professorial Chair in Engineering), “Validation of a Customized Local Traffic Simulator (LocalSim)”; 3) Dr. Jose Regin F. Regidor (Ambrosio Magsaysay Professorial Chair in Engineering), “Pedestrian Safety Assessment Within Public Elementary School Zones in Quezon City using Star Rating for Schools”; 4) Dr. Ricardo DG. Sigua (Dr. Olegario G. Villoria, Jr. Professorial Chair in Transportation/Logistics), “Study of Motorcycle Rider Casualties at Signalized and Unsignalized Intersections”; 5) Dr. Karl B.N. Vergel (Quintin and Norma Calderon Professorial Chair), “Estimation of Transportation Energy Demand of the Philippines”.
Other departments have not posted yet about their schedules or topics yet. The Electrical and Electronics Engineering Institute (EEEI), for example, will have their colloquium this coming October 25 but have not posted a detailed schedule yet. They usually have several transport-related topics including those on traffic signals, vehicle detection, and bike share innovations.
More details and updates including registration to these colloquia may be found at the UP College of Engineering Facebook page: https://www.facebook.com/updengg
Here’s a list of papers from the Philippines presented at the recent 14th International Conference of the Eastern Asia Society for Transportation Studies (EASTS). The local society, the Transportation Science Society of the Philippines (TSSP), is affiliated with EASTS being one of the founding societies for what is now the mother organization with members across Asia.
I thought the list would be helpful to those who come to this site to look for research topics. I guess it’s that time of the year for many university/college students who are looking for topics for their thesis or dissertation. There’s a nice mix of topics in the list and shows what are the current topics students and faculty from the different schools are engaged in. Many appear to be from research projects, which are a natural source for technical papers being submitted, presented and published in conferences or journals.
The TSSP is holding its own virtual conference in November 2021. I will also share about that and the papers to be presented in that conference in a future post. Currently, they have not finalized the program and papers submitted are still being reviewed.
I would have been in Hiroshima, Japan today if it weren’t for the pandemic. I would have been attending this conference from this weekend (September 12 to 14) where my colleagues and I will be presenting our papers at the respective sessions according to the topics of our work. This year, the conference is virtual and we submitted recorded presentations though presence during the sessions is still required to answer questions about the papers presented. A pre conference even was already held yesterday that attracted early career research in transportation. Here is the link to the conference hosted by Hiroshima University.
I have been to Hiroshima once but unfortunately it was a busy trip to the university and I could not go around. I had wanted to go the memorial to the atomic bomb attack on the city. The plan we had before the pandemic was to have a post conference trip to Kyoto and then proceed to Tokyo on what could have been another sentimental journey for me and close friends who have also studied in Japan. Perhaps there will be another opportunity soon and that we can already travel even with the restrictions or health protocols pertaining to Covid-19.
I noticed again that there seem to be a lot of ‘hits’ for articles I wrote years ago about research topics. Many appear to be looking for topics for their university/college/school research projects including those who might be looking for thesis or dissertation topics. Here are some of my past postings on research topics:
August 11, 2017: https://d0ctrine.com/2017/08/11/topics-for-transportation-research/
It is from the July 4, 2015 article where I wrote something that is still very much applicable today or perhaps anytime someone asks about what topics should be pursued by undergraduate, graduate and even faculty research:
“Schools need to develop their own research agendas. That is so that students would be able to choose topics that their faculty can realistically and effectively guide their students instead of sending them out to become the burdens of others. These would include topics concerning local issues. Are there road safety issues at locations such as intersections near the school? Are the streets in the nearby CBD experiencing congestion? Is there an oversupply or lack of public transport services in the city or a nearby town? It seems awkward for a university in Pampanga, for example, to have students taking on a topic concerning EDSA-MRT or students of a university in Metro Manila taking on a topic on Mindanao railways, if their faculty have no relevant experiences or capabilities to properly guide the students.
I would encourage schools to identify topics concerning local issues first. As they say, charity begins at home, and working on solutions for local problems should be top of the agenda of any school. That includes us at UP and there are many topics that focus on issues in and around UP Diliman. If we can’t solve our own problems then how can we be believable in addressing those outside our direct influence area?”
I do encourage prospective student researchers to take on topics addressing local transportation issues. Some recommendations are as follows:
- Active transport – topics on bike use, bike lanes planning and design, pedestrian or cycling facilities, safety, funding and investments, integration with public transport, end of trip facilities, IEC or C4D materials development and deployment, etc.;
- Road/highways – topics on road safety, road capacity (e.g., assessing the necessity and/or effectiveness of road widening projects);
- Public transportation – topics on rationalization, modernization, services in the time of Covid-19, business models including service contracting, motorcycles as public transport (i.e., motorcycle taxis);
- Anything relating transport and the pandemic – topics about transport in the so-called new normal, impacts of Covid-19 on transport, traffic, commuting, etc. These topics can be framed a number of ways and can be very local (i.e., based on local experiences) and/or comparative.
There are obviously more including the “classic” ones on traffic engineering and management (e.g., traffic congestion, intersection analysis, development of micro-simulation models, etc.), transport planning (e.g., travel demand forecasting, transport model development, etc.), as well as those on the various modes of transport (air, maritime and rail come to mind). The objective is to be able to contextualize and address issues closer to your home rather than far from it. I think that’s how best you can contribute to addressing transport problems rather than be over-ambitious or messianic in your research topic(s).