Industrial Partners Research Articles

Strategic leadership for complex energy and oil & gas projects: A conceptual approach

Strategic leadership is essential for the success of complex energy and oil & gas projects, particularly those that involve large-scale, multidisciplinary teams navigating dynamic environments. This paper outlines a conceptual framework designed to enhance leadership effectiveness in managing such projects. The framework emphasises three key pillars: collaboration, stakeholder engagement, and regulatory alignment, which are critical for driving innovation and achieving operational success in the energy sector. In the context of collaboration, the framework advocates for fostering an inclusive team culture that encourages knowledge sharing and interdisciplinary cooperation. Effective leaders must cultivate relationships among diverse stakeholders, ensuring that varied perspectives are integrated into project planning and execution. This collaborative approach not only enhances problem-solving capabilities but also promotes a shared sense of ownership among team members. Stakeholder engagement is another crucial element of this leadership framework. Leaders must actively communicate with stakeholders—including government entities, local communities, and industry partners—to build trust and facilitate transparency. By understanding the needs and concerns of different stakeholders, leaders can align project objectives with broader societal and environmental goals, thereby minimizing resistance and enhancing project viability. Regulatory alignment is vital in the energy and oil & gas sectors, where compliance with industry regulations and environmental standards is paramount. The proposed framework guides leaders in navigating complex regulatory landscapes, ensuring that project strategies are aligned with legal requirements and best practices. This proactive approach mitigates risks associated with non-compliance, ultimately safeguarding the project's reputation and long-term sustainability. By integrating these pillars into their leadership practices, energy and oil & gas project leaders can drive innovation and operational excellence, even under challenging conditions. This conceptual approach underscores the importance of strategic leadership in managing complexity and achieving successful outcomes in the energy sector, paving the way for future advancements in project management methodologies. Keywords: Strategic Leadership, Energy Projects, Oil & Gas, Collaboration, Stakeholder Engagement, Regulatory Alignment, Operational Success, Innovation, Project Management Framework.

Bridging The Gap Between Maritime Education and Industry Needs: Enhancing Human Resource Development

This research explores the critical need for maritime vocational education to align more closely with the evolving demands of the maritime industry, particularly in the areas of technological integration, environmental compliance, and industry collaboration. By analyzing the qualitative perspectives of maritime professionals, educators, graduates, and senior government officers, the study identifies key gaps in the current educational framework. The findings highlight the moderate effectiveness of existing programs, with strengths in regulatory knowledge and industry-academia partnerships, but weaknesses in preparing students for advanced technological systems and practical environmental challenges. The study emphasizes the need for curriculum modernization, increased hands-on training, and deeper, long-term industry partnerships to equip future maritime professionals with the skills necessary to navigate a rapidly changing sector. Ultimately, this research provides actionable insights for improving the responsiveness and agility of maritime vocational schools, ensuring that graduates are better prepared for the technological, regulatory, and environmental challenges facing the maritime industry.

Indonesian Teaching Factory: The Recent Breakthrough in Education at Vocational High Schools

<em>Vocational High Schools (VHS) were established to prepare students to work in specific fields. VHS previously used various learning models, but in recent years, they have focused on The Teaching Factory Learning Model. Some VHS that used other learning models previously produced VHS graduate results that did not meet expectations, contributing to a high unemployment rate in Indonesia. This research aims to assess the implementation of The Teaching Factory Learning Model in VHS in Indonesia. It uses a qualitative research approach with a literature study method. The results of this research are: (1) The Teaching Factory Learning Model is the primary choice of learning model implemented by VHS in Indonesia, (2) Vocational Education in Indonesia recognizes three types of TeFa implementation, including (a) VHS providing space for industrial partners, ( b) VHS working with industrial partners to build a shared space outside their location, and (c) VHS conducting learning at the industrial partner's location. The Indonesian government has issued various regulations and revitalized the Teaching Factory to support the successful implementation of this learning model in VHS</em>

Pandemic-induced online internships as situated, bounded, inclusive learning: a Philippine mixed methods study

ABSTRACT The COVID-19 pandemic rattled educational institutions to implement an online internship arrangement with their industry partners. Journalism felt the same experience, at least in the Philippines where the government had mandated online learning given full school closures for 566 schooldays. This mixed methods study documented the case of a Philippine journalism school, its interns and its news media industry partners on how two rounds of online internship arrangements happened. The study integrated quantitative results from an internship evaluation sheet (N = 129) with qualitative findings from key informant interviews (N = 11) with journalist-mentors and from interns' reflection papers (N = 110). The situated learning and boundary theories, plus the inclusive education concept, provided the theoretical lenses for this paper. It was found that the pandemic-tailored online internship became an inclusive education setup that had normalized telework as the situated, bounded learning milieu of the interns. Should future natural and man-made disruptions come, journalism schools can resurface the lessons of conducting crisis-tailored online internships to reduce worrisome negative outcomes that a pandemic like COVID-19 wrought.

A systematic review on the epidemiology and treatment options of multiple Myeloma in Asia

Multiple myeloma (MM) accounts for almost 15 % of all neoplastic malignancies around the globe. This systematic review intends to analyse data on the treatment and management of MM in selected regions in Asia to identify and prioritize areas that need attention. A comprehensive review of original articles, published in English from 2005 to 2022, derived from the PubMed/MEDLINE database was conducted based on the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) guidelines. There were 98 studies from select regions of Asia (China, India, Taiwan, Hong Kong, and Singapore) on newly diagnosed MM and relapsed/refractory MM. This review evaluated the trends in disease outcomes with the gradual shift in treatment regimens from doublet to triplet. Additionally, this review also explored autologous stem cell transplant outcome and anti-B-cell maturation antigen (BCMA) chimeric antigen receptor (CAR) T-cell therapy in MM patients. This is the first systematic review attempting to collect data on the utility and comparison of innovative agents and modifications in treatment regimens in the context of the Asian population. This review established that the body of evidence for the management of MM was generally of poor quality and there is a need for more versatile studies in the region. Novel and innovative drug regimens may help in combating the illness but consorted efforts by researchers, industry partners, policymakers, and the government are key factors in the long-term survival of MM patients. In the current systematic review, the authors have tried to give a comprehensive account of the available treatments, trends in MM management and prognosis for MM in Asia.

Enhancing Students’ Knowledge-Based Economy Skills at Sultan Qaboos University

This study examines the readiness of Sultan Qaboos University (SQU) students for the knowledge-based economy, focusing on their awareness, perceptions, and skills. As Oman transitions towards a knowledge-based economic model, understanding and enhancing students’ preparedness has become crucial. This research employs a quantitative approach, utilizing a questionnaire distributed to SQU students across various colleges and academic levels, achieving a 66.04% response rate. The key findings reveal that while many students consider knowledge economy skills very important, some express neutral awareness about these skills. Students ranked creativity and innovation (85.82%) and critical thinking and problem solving (85.11%) as the most essential skills. The study identifies significant relationships between enhancing students’ knowledge-based economy skills (ESKBE) and both awareness of the knowledge-based economy (AWS) and the impact of technology on education and employment (ITEE). Students generally view the knowledge economy positively, with 55% agreeing it will have a positive societal impact. However, they recognize challenges, including resistance to change (53.5% agreement) and limited access to education and training (49.3% agreement). The need for government involvement in addressing these challenges was strongly emphasized (54.3% agreement). Based on these findings, the study recommends that SQU enhance its curriculum to explicitly develop key skills, improve awareness of knowledge economy demands, further integrate technology into educational practices, strengthen industry partnerships, promote lifelong learning initiatives, and engage more actively with policymakers. This paper also provides a unique look at higher education’s role in the changing economy, as seen through graduates. It offers empirical evidence for the necessity of universities to change to serve the knowledge economy and, at the same time, make a case on how complex this transformation is. The results matter not only for SQU but also—in a more general sense, at least as far as knowledge-based economies are concerned—globally with respect to higher education institutions.

The Role of Low-Carbon Fuels and Carbon Capture in Decarbonizing the U.S. Clinker Manufacturing for Cement Production: CO2 Emissions Reduction Potentials

Low-carbon fuels, feedstocks, and energy sources can play a vital role in the decarbonization of clinker production in cement manufacturing. Fuel switching with renewable natural gas, green hydrogen, and biomass can provide a low-carbon energy source for the high-temperature process heat during the pyroprocessing steps of clinker production. However, up to 60% of CO2 emissions from clinker production are attributable to process-related CO2 emissions, which will need the simultaneous implementation of other decarbonization technologies, such as carbon capture. To evaluate the potential of fuel switching and carbon capture technologies in decarbonizing the cement industry, a study of the facility-level CO2 emissions is necessary. This study evaluates the potential for using a single low-carbon fuel as an energy source in clinker production for cement manufacturing compared to conventional clinker production (which uses a range of fuel mixes). In addition, conventional carbon capture (operated with natural gas-based steam for solvent regeneration) and electrified carbon capture configurations were designed and assessed for net-zero emission targets. Carbon emissions reductions with and without biogenic emissions credits were analyzed to ascertain their impact on the overall carbon accounting. Results show that carbon emissions intensity of cement can vary from 571 to 784 kgCO2eq/metric ton of cement without carbon capture and from 166.33 to 438.66 kgCO2eq/metric ton of cement with carbon capture. We find that when biogenic carbon credits are considered, cement production with a sustainably grown biomass as fuel source coupled with conventional carbon capture can lead to a net-negative emission cement (−271 kgCO2eq/metric ton of cement), outperforming an electrified capture design (35 kgCO2eq/metric ton of cement). The carbon accounting for the Scope 1, 2, and biogenic emissions conducted in this study is aimed at helping researchers and industry partners in the cement and concrete sector make an informed decision on the choice of fuel and decarbonization strategy to adopt.

Generating and translating evidence for safe and effective medication management in aged care homes.

Generating and translating high-quality evidence is integral to providing safe and effective medication management for residents of aged care homes. Residents are often under-represented in trials of medication effectiveness and safety. This paper reviews opportunities and challenges for generating and translating evidence for safe and effective medication management in aged care homes. There are an increasing number of randomized controlled trials (RCTs) being conductedin aged care homes. Observational studies can also help address the evidence-practice gap arising from underrepresentation of residents in RCTs. Stepped-wedge and helix counterbalanced designs may help overcome limitations of traditional RCTs for evaluating medication management interventions in the aged care setting. Strategies for generating evidence include building effective partnerships with aged care homes and organizations, using novel trial designs, leveraging existing data and knowledge sharing through international platforms. Strategies for translating evidence include using quality indicators for audit and feedback, provision of education and training, engaging internal and external stakeholders, and development of local action plans and guideline implementation tools. There is an emerging interest in the role of knowledge brokers to facilitate knowledge translation. Future directions for generating and translating evidence include strengthening international research collaboration, industry partnerships, standardizing aged care home data to support national and international comparisons, and optimizing the use of technology. Initiatives may include improving access to routinely collected administrative health and medication data for conducting high-quality observational studies. Future studies should assess outcomes prioritized by residents to ensure that medication management strategies are tailored to their needs.

A Methodological Approach to Prioritize Digital Twin Development in Manufacturing

ABSTRACTThe digital age has brought about a need for organizations to utilize Digital Twins to improve operational efficiency and decision‐making. However, it is difficult for companies to identify and prioritize Digital Twin initiatives that meet the needs of their stakeholders and align with the capabilities of the company and its strategic plans. This paper proposes a methodology for the systematic identification and prioritization of Digital Twin applications in complex industrial settings. The methodology begins by documenting business requirements, current processes, and challenges, and subsequently identifying areas with potential benefits from Digital Twins through the use of an opportunity scoring system. To refine the portfolio of Digital Twin applications to include only those that are impactful and viable, the feasibility of Digital Twin is quantified by evaluating technological (technical capacity and digital skills), organizational, and project risk factors. To validate the proposed methodology, a case study was conducted in collaboration with an industrial partner specializing in injection molding. This real‐world application demonstrates the effectiveness of our approach in identifying and prioritizing Digital Twin applications in a complex industrial context. This research contributes to the growing body of knowledge surrounding Digital Twins, providing organizations with a structured approach to leverage the potential of this transformative technology.

Executive myopia, industry partners, and financial performance: a simulation study using complex network and propagation model

Executive myopia, industry partners, and financial performance: a simulation study using complex network and propagation model

Developing the faculty team in agriculture, forestry, and aquaculture through a competency-based approach: Insights and strategies for colleges in Vietnam

This paper explores the development of faculty teams in agriculture, forestry, and aquaculture in Vietnamese colleges by applying competency-based education. Using a mixed-methods approach, the study evaluates the competencies of 124 faculty members from eight institutions, focusing on their academic qualifications, teaching skills, technological proficiency, and research involvement. The findings highlight strengths in academic preparation but reveal significant gaps in the use of technology, research engagement, and collaboration with industry partners. These gaps emphasize the need for comprehensive faculty development strategies to align education with labor market demands. Key solutions proposed include establishing a competency framework specific to agriculture, forestry, and aquaculture education to guide curriculum and professional development. The study also recommends strategic workforce planning based on competencies to ensure the optimal distribution of teaching expertise. Furthermore, competency-based recruitment and utilization practices will help institutions select faculty best suited for teaching and research roles. Continuous training and professional development programs aligned with this framework are necessary to help faculty integrate new technologies and teaching methods. The study emphasizes the importance of performance evaluation systems to monitor and support faculty progress and institutional policies that foster a motivating and supportive work environment.

Professional codes of morality and the professional codes of conduct of military personnel in different countries

This article presents a study on moral codes and professional codes of conduct. Various professional codes of conduct were considered, including the Samurai Code of Conduct, Code of Chivalry, Pirate Code, Hippocratic Oath and Medical Oath, Red Cross Code of Conduct, Galilean Oath, Code of Apparel Industry Partnership, Ethics in Computer Programming and Software Development, Moral hacking. Special emphasis is placed on Military Ethics and the morale of the serviceman. The article recognizes the golden rule of global ethics as the most important and simple truth for distinguishing right from wrong in human behavior.

Identifying shader sub-patterns for GPU performance tuning and architecture design

GPUs are increasingly playing vital roles in the modern technology industry. Improving the GPU performance involves optimizing its architectural design and fine-tuning its software code. However, to achieve this, engineers must investigate codes from as many GPU-related applications as possible to identify code portions that need fine-tuning. Moreover, this effort requires engineers to have good domain knowledge, and their work is made more arduous because the source codes of applications are normally confidential. To this end, we introduce ShaderAnalyzer, a solution leveraging graph mining and machine learning to analyze GPU-executed low-level machine codes and identify their fine-tuning opportunities. Our approach includes representing machine code with graph structure and subsequently identifying frequently occurring substructures within the codes. Optimizing the execution of these substructures can enhance the overall performance of the GPU. In addition, our model leverages these frequent patterns to further facilitate engineers’ tasks by selecting representative patterns to predict and investigate low-efficiency ones. We conduct comprehensive experiments to evaluate the performance of our solution, and the results have been validated by our industry partners. ShaderAnalyzer is an end-to-end framework that helps engineers identify code segments with the highest potential for performance gains after fine-tuning and offers valuable insights for hardware architects in future products design.

Static Power Equipment for the Active Elimination of Harmonics from the National Energy Grid

Taking into account the long-term (2020-2050) Energy Strategy of Romania, and the Integrated National Plan in the Energy and Climate Changing 2021-2030, Dunărea de Jos University of Galati, utilizing the industrial partners, will conduct the applied industrial research to provide in the National Grid a clean energy, by harmonics mitigation. This paper deals with the Shunt Active Power solution to efficiently mitigate the current harmonics within the national power grid. Both numerical and experimental results are presented in this paper. The results of this paper are obtained by the beneficiary and the industrial partner of the „Knowledge transfer regarding the increase of energy efficiency and intelligent power systems” project, acronym CRESC-INTEL, within the POC Competitiveness Operational Program. The obtained results of this project will conduct one innovation-based ecosystem in the European Union research and technological development field. Innovative static power types of equipment ensure an increased energy efficiency of the power system with a high power factor. Based on the obtained prototype, a mass production of the innovative static power equipment will be delivered to the specific market, by complying with the available power quality standards. In this way, based on the static power equipment series production, by considering alternative power ranges, harmonic cleaning of the national grid is obtained.

Pushing the Boundaries of Architectural and Engineering Education

This study investigates the impact of an interdisciplinary and collaborative approach to architecture and engineering education through a case study analysis based on a Solar Decathlon studio conducted in Turkey. The studio, which competed in the Solar Decathlon Design Challenge 2024, engaged architecture and engineering students, academics, and professionals in collaboration with design and industry partners to repurpose an abandoned school site. The study uses a hermeneutic methodology to explore the lived experiences of team participants and assess the outcomes, benefits, and challenges of the interdisciplinary and collaborative studio experience in developing a professional horizon and design knowledge and skills to address contemporary issues. Through semi-structured interviews, surveys, and thematic analysis, the study sheds light on the symbiotic relationship between academia, industry, civil society, and state departments in architectural and engineering education. This research contributes to understanding the potential of interdisciplinary design education in addressing the 21st-century problems in the built environment.

Trustworthy AI for semiconductor manufacturing

Trustworthy AI for semiconductor manufacturing Marcel van Gerven, a Professor of Artificial Cognitive Systems at Radboud University, discusses how his team’s research on AI models, algorithms, and demonstrators could serve as a blueprint for the semiconductor manufacturing industry. Artificial Intelligence (AI) is a key enabling technology that, when used responsibly, can bring about significant positive societal impact. One of the initiatives to foster this positive impact is the Dutch ROBUST ‘Trustworthy AI-based Systems for Sustainable Growth’ program. This ten-year Long Term Program (LTP) is a human- centered research program in AI that brings together knowledge institutes, industry, governmental organizations, and societal partners to develop AI-based methods and tools designed to create social impact and promote sustainable growth (Figure 1).

Enhancing Competitiveness in Vocational Education: The Role of Strategic Marketing in Schools

This study aims to analyze marketing strategies to improve vocational high school competitiveness in Indonesia. This study uses a qualitative approach with a case study type. Data collection techniques are carried out through interviews, observations, and documentation. Data analysis is done through data reduction, presentation, and conclusion. The study results indicate that the school's competitive advantage lies in its special expertise in automotive technology, strong partnerships with leading companies, and modern facilities. The school's proactive approach to updating its curriculum to suit industry needs, effective branding and digital media strategies, and partnerships with industry have contributed to its success in producing employable graduates. The implications of this study suggest that vocational schools can improve their competitiveness by adopting a strategic marketing approach that focuses on building strong industry partnerships, developing relevant curricula, and utilizing digital media to promote their vocational programs.

The role of regional competence centers in local economic development

Regional Centers of Competence (RCC) play a key rolein local economic development by enabling better education,increased employability, and economic growth. These centers providetraining in skills demanded by the labor market, thus increasing theemployability of participants. The integration of practical trainingthrough collaboration with industry helps students acquire real workskills. Successful RCCs often have strong partnerships with localcompanies, allowing for training aligned with labor market needs.Providing internships and apprenticeships facilitates the transitionfrom education to employment. Funding for RCCs comes from varioussources, including EU funds, state incentives, and employers. Theinfrastructure and technological resources in RCCs support the learningprocess through adequate facilities, equipment, and qualified staff.Various types of support are available to participants, such as careercounseling and mentorship during and after education. Research showsthat RCCs have a significant role in local community development, buttheir success depends on effective management, sustainable funding,and close cooperation with industrial partners. Recommendations forfurther research are aimed at achieving synergistic effects of RCCs,educational institutions, and industry to ensure their long-term successand positive impact on the local community.

Manajemen Program Center of Excellence (CoE) dalam Meningkatkan Keahlian Penerjemah Bahasa Arab

<p style="text-align: justify;">The purpose of this study is to describe the management of the <em>Center of Excellence (CoE)</em> program initiated by the Arabic Language Education Study Program of the University of Muhammadiyah Malang in an effort to improve the skills of Arabic translators. Data collection techniques are interviews and documentation. Data analysis techniques between data collection, data reduction, data presentation, and conclusions. The results of the study found that: <em>first</em>, at the planning stage, the Study Program collaborated with several industrial partners (DUDI) through an MoU, which then collaborated in the preparation of the curriculum, and pre-internship activities. <em>Second</em>, the implementation stage is divided into two main activities, namely translation in written and oral form. <em>Third</em>, the evaluation / assessment stage consists of two main components, namely the value given by the institution where the internship is and the value of the internship supervisor. Through this program, the internship report is used as the equivalent of the thesis.</p>

Current Applications and Future Implications of Artificial Intelligence in Spine Surgery and Research: A Narrative Review and Commentary.

Narrative review. Artificial intelligence (AI) is being increasingly applied to the domain of spine surgery. We present a review of AI in spine surgery, including its use across all stages of the perioperative process and applications for research. We also provide commentary regarding future ethical considerations of AI use and how it may affect surgeon-industry relations. We conducted a comprehensive literature review of peer-reviewed articles that examined applications of AI during the pre-, intra-, or postoperative spine surgery process. We also discussed the relationship among AI, spine industry partners, and surgeons. Preoperatively, AI has been mainly applied to image analysis, patient diagnosis and stratification, decision-making. Intraoperatively, AI has been used to aid image guidance and navigation. Postoperatively, AI has been used for outcomes prediction and analysis. AI can enable curation and analysis of huge datasets that can enhance research efforts. Large amounts of data are being accrued by industry sources for use by their AI platforms, though the inner workings of these datasets or algorithms are not well known. AI has found numerous uses in the pre-, intra-, or postoperative spine surgery process, and the applications of AI continue to grow. The clinical applications and benefits of AI will continue to be more fully realized, but so will certain ethical considerations. Making industry-sponsored databases open source, or at least somehow available to the public, will help alleviate potential biases and obscurities between surgeons and industry and will benefit patient care.