Tag: Malaysia

SHAH ALAM, MALAYSIA (8 MAY 2026) – In today’s increasingly competitive innovation landscape, strong technical knowledge alone is no longer sufficient. Researchers and academics must also understand how to position ideas, demonstrate impact, and communicate innovation effectively. Recognising this need, the Office of Research & Industrial Linkages, Faculty of Chemical Engineering (FKK), Universiti Teknologi MARA (UiTM), organised The Winner’s Formula: Innovation Workshop 2026, an online capacity building programme aimed at strengthening innovation readiness among academic staff, researchers, and postgraduate communities.

Bridging Ideas with Innovation Impact

Conducted via Google Meet, the workshop provided participants with practical exposure to key elements required to transform research and project outcomes into competitive innovation products. Participants gained valuable insights into innovation development pathways, strategies for positioning ideas, and the foundational preparation required for innovation competitions and commercialisation initiatives.

The session was delivered by Ms. Wan Suraya Binti Sahabaludin, Head of the Quality Section, Department of Corporate Affairs and Public Relations, Shah Alam City Council, who brought over 25 years of experience in quality management, innovation, organisational development, and productivity. Her extensive involvement as a speaker, facilitator, mentor, and evaluator in Innovative and Creative Group (Kumpulan Inovatif dan Kreatif, KIK) programmes at national and international levels provided participants with practical perspectives grounded in real innovation success stories.

Learning from an Innovation Practitioner

Beyond theoretical understanding, participants were exposed to practical strategies on how ideas can be strengthened into impactful innovations with greater potential for recognition and implementation. Drawing from her extensive mentoring experience, Ms. Wan Suraya shared valuable perspectives on innovation pitching, understanding evaluation expectations, and cultivating a mindset of continuous improvement and excellence.

Her contributions to innovation development have been widely recognised through prestigious accolades, including the National Level Leader Award by the Malaysian Productivity Corporation (MPC), the National Excellent Facilitator Award, and the Outstanding Women Achiever Award. She has also successfully mentored numerous innovation teams across Malaysia that achieved recognition, including internationally.

Positive Response and Future Readiness

The programme received encouraging participation and positive feedback, with many attendees highlighting valuable takeaways related to pitching strategies, commercialisation awareness, and innovation development. Several participants also expressed interest in receiving continued mentoring and participating in future innovation related programmes, reflecting growing enthusiasm for innovation driven initiatives within the university ecosystem.

Participants particularly appreciated the practical insights shared during the session, especially in strengthening product potential, enhancing innovation presentation skills, and translating research and project outcomes into impactful solutions.

Strengthening UiTM’s Innovation Culture

This initiative reflects FKK UiTM’s ongoing commitment to strengthening innovation culture, enhancing research impact, and equipping researchers with the necessary mindset and capabilities to advance ideas beyond laboratory or classroom settings. By cultivating innovation readiness and confidence, UiTM continues to nurture a community capable of transforming ideas into meaningful societal and industrial impact.

#UiTM #FKKUiTM #InnovationReadiness #ResearchImpact #InnovationCulture #Commercialisation #EngineeringExcellence

The Faculty of Chemical Engineering, Universiti Teknologi MARA (UiTM), Malaysia, in collaboration with the Faculty of Engineering, Universitas Diponegoro (UNDIP), Indonesia, successfully co-hosted the Chem-E Summer Course 2026 from 20 to 24 April 2026 in Semarang and Kudus, Indonesia. This initiative reflects a shared commitment to strengthening regional academic collaboration and advancing engineering education that is both globally relevant and locally impactful.

Bringing together students and academic experts from both institutions, the programme provided an immersive platform for interdisciplinary learning, knowledge exchange, and cross-cultural engagement. Designed to bridge theoretical understanding with real-world application, the summer course integrated academic lectures, hands-on workshops, industrial exposure, and community-based activities—ensuring a holistic learning experience beyond the conventional classroom.

A key strength of the programme lies in its strong alignment with the United Nations Sustainable Development Goals (SDGs), particularly SDG 7 (Affordable and Clean Energy), SDG 12 (Responsible Consumption and Production), SDG 13 (Climate Action), and SDG 6 (Clean Water and Sanitation). Participants were exposed to cutting-edge topics such as biomass valorisation, catalytic pyrolysis, and the integration of sustainability frameworks into engineering practice. These were complemented by a practical DIY Waste-to-Fuel workshop, which emphasised accessible, low-cost technologies for rural and community applications—directly supporting inclusive and sustainable energy solutions.

The programme also featured a series of technical and industrial visits, including exposure to pyrolysis and waste-to-energy facilities, as well as an industry visit to PT Djarum Oasis. These activities provided participants with valuable insights into the practical implementation of sustainable technologies, reinforcing the importance of industry-academia integration in engineering education.

Academic contributions from both UiTM and UNDIP played a central role in the success of the programme. UiTM was represented by Assoc. Prof. Ir. Dr. Nur Hashimah Alias, who delivered a session on community-focused waste-to-fuel technologies, and Dr. Muzakkir Mohammad Zainol, who presented on biomass valorisation pathways for sustainable fuel production. Dr. Siti Norazian Binti Ismail further supported the initiative as a Student Advisor, facilitating student engagement and cross-cultural learning. From UNDIP, Prof. Ir. Didi Dwi Anggoro, M.Eng., Ph.D. shared expertise on catalytic pyrolysis for fuel production, while Prof. Dr. Diana Nur Afifah delivered insights on sustainability frameworks and SDG integration.

UiTM further reinforced the academic value of the programme by granting official lecture exemptions to participating students, recognising the summer course as an integral component of experiential and global learning. This reflects the institution’s broader commitment to producing industry-ready graduates equipped with international exposure and practical competencies.

Beyond academic enrichment, the programme also fostered meaningful cultural exchange through activities in Semarang and Kudus, enabling participants to develop intercultural awareness and global perspectives—key attributes for future engineers operating in an increasingly interconnected world.

From a strategic perspective, the co-hosting of the Chem-E Summer Course 2026 represents a significant step towards strengthening ASEAN-centric collaboration in higher education. By integrating academic excellence, industry engagement, and community impact, the initiative establishes a strong foundation for future partnerships in research, student mobility, and innovation-driven programmes.

More importantly, it demonstrates a shift in engineering education—from theory-driven instruction to application-oriented learning that directly addresses global sustainability challenges. Through initiatives like this, UiTM and UNDIP are not only enhancing their global engagement but also contributing meaningfully to the advancement of the SDGs by equipping future engineers with the knowledge and skills required to drive sustainable solutions in the region and beyond.

SHAH ALAM, MALAYSIA (17 APRIL 2026) – In response to global shifts towards innovation-driven economies, the Faculty of Chemical Engineering (FKK), Universiti Teknologi MARA (UiTM), hosted the BITCOM Visit 2026: FKK Research Product Scouting and Commercialization at the Oval Meeting Room, FKK.

The programme accelerated the transition of research outputs from laboratory validation to industry application, while strengthening the institution’s technology transfer and intellectual property management.

A delegation from BITCOM UiTM, comprising experts in commercialisation and IP strategy, delivered knowledge-sharing sessions on commercialisation pathways and technology licensing. These engagements provided researchers with practical guidance on advancing their innovations beyond academic outputs.

A key highlight event was the product scouting session, featuring four shortlisted innovations at Technology Readiness Level 4, namely AntioxEnrich Kantan, CLE BioFilm, QRA GPS Software Tool, and PELLEZOP: Smart Pellets for Sustainable Dye Elimination. These technologies demonstrated strong commercialisation potential across diverse engineering domains.

The BITCOM panel highlighted that the innovations are technically sound and market relevant, with the next step focusing on identifying suitable funding mechanisms and commercialisation routes. This initiative reflects UiTM’s commitment to strengthening industry collaboration, enhancing research impact, and aligning with global expectations for innovation-driven universities.

#FKKUiTM #ResearchCommercialization #BITCOM #Innovation

KUALA LUMPUR, MALAYSIA (31 MARCH 2026) – To remain competitive in a rapidly evolving global market, engineering education must extend beyond the four walls of a lecture hall. This week, 60 Bachelor of Oil and Gas Engineering (Hons) students from Universiti Teknologi MARA (UiTM), coordinated by the SPE UiTM Student Chapter (SPE UiTM SC), are participating in the Offshore Technology Conference (OTC) Asia 2026 at the Kuala Lumpur Convention Centre.

A Front-Row Seat to Innovation

The visit provides students with a first-hand look at the technological revolution currently redefining the offshore sector. Beyond the machinery, the event serves as a massive networking platform. Students are engaging directly with seasoned professionals from global energy leaders, gaining a better understanding of the technical competencies and “soft skills” required to thrive in the modern energy landscape. These meaningful interactions provide valuable insights into diverse career journeys and the resilience needed to succeed as future engineers.

Witnessing the Digital and Sustainable Shift

The cohort is exploring several key “Future Tech” domains, including digitalization, AI, and decarbonization solutions.

“OTC 2026 has been an enriching experience that broadened our perspective on the industry,” noted a student representative from SPE UiTM SC. “Witnessing these advancements in sustainability and digitalization firsthand has not only enhanced our understanding but also inspired us to continuously improve ourselves as future leaders.”

A Commitment to Graduate Employability

This initiative highlights UiTM’s dedication to Graduate Employability. By ensuring students are well-versed in emerging trends and innovations, SPE UiTM SC continues to produce engineers who are “industry-ready” for the global challenges of tomorrow.

#SPEUiTMSC #OTCAsia2026 #FutureEnergyLeaders #UiTM #EngineeringExcellence

Kuala Lumpur, 11 September 2025 – Universiti Teknologi MARA (UiTM) continues to enhance its academic excellence with 14 lecturers participating in the tNavigator – Basic Model Designer training held at Rock Flow Dynamics, Equatorial Plaza, Kuala Lumpur. The one-day programme provided participants with hands-on exposure to the latest industry software, tNavigator, which plays a critical role in petroleum engineering, particularly in reservoir modelling and performance forecasting.

The training covered both theoretical and practical aspects, beginning with the management of static and dynamic data, followed by case preparation and simulation, and finally result analysis through advanced visualisation tools. Participants gained valuable insights into how raw field data from oil and gas reservoirs can be transformed into dynamic models, enabling better planning, performance prediction, and field development optimisation.

Adding a unique dimension to the event, the session was facilitated by Noor Sahlin Hassan, a UiTM alumni who now serves at Rock Flow Dynamics. Her presence underscored the success of UiTM graduates in the global energy industry while also reflecting the spirit of giving back to the academic community. Her role provided inspiration to the lecturers, reinforcing the value of continuous learning and industry engagement.

Beyond technical upskilling, the training served as a platform to strengthen collaboration between UiTM and industry partners. By aligning academic expertise with current industry practices, the programme ensures that UiTM’s teaching and research remain relevant to the evolving demands of the oil and gas sector, while also paving the way for future strategic partnerships.

Participants noted that the knowledge and practical experience gained during the training will directly benefit their teaching and research activities. It will also enrich the learning experience for students, particularly in projects and coursework related to petroleum engineering, thus equipping future graduates with industry-ready skills.

Overall, the tNavigator – Basic Model Designer training not only enhanced UiTM lecturers’ technical competencies but also reaffirmed the university’s commitment to driving academic excellence through strong industry collaboration. This initiative reflects UiTM’s mission to nurture highly skilled, innovative, and globally competitive graduates who can meet the challenges of the energy and natural resources sector.