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Away from the headlines, Malaysian manufacturing is steadily changing how it competes — moving from cost and capacity towards engineering, precision and smarter production. Yoshitec is one of the companies making that transition. Manufacturing transformations rarely happen overnight. Vice President of Yoshitec – Elaine Soh. They happen quietly inside factories: when production data begins informing decisions once driven largely by experience, when automation improves precision, and when manufacturers stop asking how cheaply something can be made and start asking how much value they can add. In Mantin, Negeri Sembilan, Yoshitec offers a glimpse of that transition. The plastic injection moulding manufacturer has spent 18 years building a business that today employs 131 people, generates approximately RM42 million in annual revenue and distributes globally. It holds ISO, Halal and medical-grade certifications and has developed the capabilities to support international companies, including global giant 3M. But Yoshitec’s more interesting story is not how much it manufactures. It is what the company has decided to compete on.   Moving Away From Cheap For decades, manufacturing competitiveness was largely defined by volume, efficiency and price. That equation is changing. There will almost always be another factory somewhere capable of quoting lower. Yoshitec has deliberately chosen not to enter that race, avoiding low-margin mass production in favour of higher-complexity and higher-value projects where engineering, reliability and technical execution matter. It reflects a wider question confronting Malaysian manufacturers: rather than asking how much they can produce, should they be asking how difficult a problem they can solve? For Yoshitec, that problem-solving begins before production. Customers can arrive with little more than a sketch or product concept. An idea may look perfectly reasonable on paper but still be difficult, expensive or impossible to manufacture at scale. Yoshitec works through mould design, material selection and production requirements to turn those concepts into market-ready products. Its growing turnkey capabilities extend through moulding and assembly, giving customers access to multiple stages of production through one manufacturing partner. The manufacturer, in other words, is no longer simply receiving an order. It is increasingly helping determine how the product gets made.   Competing From Mantin When Yoshitec began in 2009, it identified a gap between large multinational manufacturers focused on major accounts and smaller workshops that could not always handle technically demanding projects. It positioned itself in the middle. Since then, that market has become considerably more sophisticated. Product tolerances have tightened, documentation requirements have increased and suppliers are expected to comply with increasingly complex global supply-chain standards. A factory may be located in Mantin, but the standard against which it is judged is international. That reality has driven Yoshitec’s investment in Industry 4.0 capabilities, earning the company recognition through the Smart Manufacturing Award from the Ministry of Investment, Trade and Industry (MITI). Its next phase includes deeper use of AI-driven quality systems. In precision manufacturing, the value of such technology is practical. Detecting defects earlier reduces waste. Better production data improves decision-making. Automation increases consistency. Smarter quality systems can identify patterns before they become expensive problems. The factory is no longer simply producing. Increasingly, it is learning from production.   Growing Without Becoming Slow Technology, however, does not solve every scaling problem. Growing to 131 employees has forced Yoshitec to introduce more formal management systems while attempting to preserve the agility of a smaller company. It is a familiar dilemma. Structure creates discipline, but too much structure creates bureaucracy. Yoshitec’s answer is to maintain what it describes as a “one-team” culture alongside stronger processes. Its internal YPE — Yes, Perfect, Excellent — ethos reinforces an emphasis on finishing details, quality and problem-solving. When a customer presents a design that appears impossible, Yoshitec wants its engineers’ instinct to be: let’s figure it out. As routine manufacturing becomes easier to automate and commoditise, that willingness to solve difficult problems could become increasingly valuable.   Less Waste, More Value The reinvention extends to sustainability. Yoshitec works around a straightforward principle: the best waste is no waste. It optimises plastic usage and recycles production scrap, recognising that sustainability and manufacturing efficiency increasingly overlap. A rejected component represents wasted material, machine time, energy and labour. Producing more accurately therefore makes both environmental and commercial sense. The company’s definition of responsible growth also includes people. Its team has volunteered with Pusat Jagaan Nur Hasanah, while internally Yoshitec maintains that expansion should not come at the expense of employee wellbeing.   Malaysia’s Bigger Manufacturing Opportunity Yoshitec ultimately wants to become a benchmark for smart, sustainable precision moulding in ASEAN and help create an environment where global OEMs think of Malaysia when seeking sophisticated manufacturing partners. That ambition points to a larger opportunity. Malaysia’s next manufacturing advantage may not come from producing more for less. It may come from engineering expertise, automation, precision, integrated services and the ability to solve increasingly difficult production problems. Yoshitec’s journey suggests that transition is already underway. The factories are still here. The production lines are still running. What is changing is the intelligence being built around them. And much of Malaysia’s manufacturing reinvention is happening quietly — one factory, one engineer and one difficult problem at a time.

Companies can invest in automation, advanced manufacturing and new technologies, but none of it works without people who know how to use them. Institut Latihan Umax is tackling one of the most persistent challenges facing Malaysian industry: finding workers with the skills to do the job. Malaysia does not have a shortage of people looking for work. Yet companies continue to struggle to find people with the right skills. That contradiction has become increasingly important as the country moves towards more sophisticated manufacturing, automation and Industry 4.0. The problem is no longer simply about education. It is a business problem.   Institut Latihan Umax, managed by Ukiran Maksima Sdn Bhd, operates directly within that gap. The Technical and Vocational Education and Training (TVET) institution specialises in welding technology and polymer technology, particularly injection moulding, combining theoretical education with hands-on technical training. Its students include SPM leavers, unemployed youth, job seekers and working adults. But the ultimate measure of its programmes is determined somewhere else: the workplace.   Training for the Job For employers, hiring someone with a qualification is not necessarily the same as hiring someone who is ready to work. Technical industries require employees who understand equipment, processes, safety and production environments. Businesses also need people capable of communicating, solving problems and working effectively within teams. Umax was built around closing that divide. Its programmes incorporate practical training, professional certification, career guidance and job-placement services. By working directly with employers and industry partners, the institution attempts to ensure that what students learn reflects what companies actually need. The distinction matters. Education can produce qualifications. Industry needs capability. For Umax, success therefore depends less on how many people enter its classrooms and more on how many leave equipped for sustainable employment.   Technology Keeps Changing the Skills The challenge is becoming harder because the workplace itself is moving. Automation, artificial intelligence, digitalisation and Industry 4.0 are changing how factories operate and what employers expect from workers. Technical skills can no longer remain static. Umax continuously reviews its curriculum, training equipment and certification programmes while investing in trainer development. Employer feedback, labour-market information and graduate employment outcomes are used to identify where skills demand is moving. This creates a continuous cycle between industry and education. As businesses adopt new technologies, training has to respond. As jobs evolve, workers need new competencies. And as existing roles change, even experienced employees may need to return to training. That is why Umax’s market extends beyond school leavers. Upskilling and reskilling working adults is becoming an increasingly important part of workforce development as companies attempt to modernise without leaving existing employees behind.   Quality Over Headcount There is an obvious growth strategy for any education provider: increase enrolment and introduce more courses. Umax is deliberately cautious about both. The institution says growth should instead be reflected in graduate employment, training quality, stronger employer partnerships and the ability to deliver skills that have genuine market demand. It does not want to introduce programmes simply because students might enrol in them. There must also be an industry need on the other side. That approach puts employability at the centre of the business model. It also explains the emphasis on job placement. Umax works with employers to connect graduates with employment opportunities, extending its role beyond training towards workforce development.   A Business Issue, Not Just an Education Issue As Umax itself expands, maintaining industry relevance becomes more difficult. Its response has been to strengthen governance, introduce clearer responsibilities across specialised teams and rely more heavily on performance monitoring, employer feedback and employment outcomes. The institution is also modernising training facilities, strengthening industry partnerships and developing its trainers to keep pace with technological change. These investments address a much larger economic challenge. Malaysia can attract investment, automate factories and encourage companies to move into higher-value activities. But those ambitions ultimately depend on whether businesses can find enough people capable of doing increasingly sophisticated work. Machines alone do not create an advanced economy. Neither do certificates. People with the ability to apply knowledge, adapt to technology and solve real problems do. That is why Malaysia’s skills gap increasingly belongs not only in conversations about education, but in boardrooms, factories and economic planning. For institutions such as Umax, the task is to make sure the skills being taught today still have value when graduates walk into the workplace tomorrow.  

TotalEnergies will sell a 9.1% stake in the Papua LNG joint venture to its partners and hand over operatorship of the project to ExxonMobil, the French energy major said on Monday. The company, which co-owns the project with Exxon, Santos, Kumul Petroleum/MRDC and ENEOS Xplora, said it would sell shares to its partners in proportion to their existing interests, while retaining a 20% stake in the venture. TotalEnergies did not disclose the sale price for the transaction. Separately, TotalEnergies said it was nearing a final investment decision on the liquefied natural gas (LNG) facilities, noting that contractual and commercial hurdles have now been cleared. CEO Patrick Pouyanné had said in July that he was targeting a final decision by November, suggesting the project is moving closer to a definitive stage after years of development. Papua LNG forms part of TotalEnergies’ broader portfolio of projects aimed at growing lower-cost LNG supplies. The project is expected to produce 5.6 million metric tons per year (Mtpa) from the Elk and Antelope fields in Papua New Guinea’s Gulf Province, with output mainly destined for Asian buyers. Exxon, which already operates the neighbouring PNG LNG plant, will take over as the operator of the Papua LNG project going forward. Meanwhile, TotalEnergies’ offtake share, which gives it access to 1.5 Mtpa of LNG for its own portfolio, will remain unchanged despite the reduction in its equity stake. TotalEnergies said it has completed the tendering process for engineering, procurement and construction work on the project, with contracts now pending approval from its partners. The company added that close to US$4 billion in cost savings has been achieved since 2024 through the rebidding of those contracts and the optimisation of the project’s design, bringing overall capital spending down to approximately US$14 billion. In addition, the companies have finalised an amended gas agreement with Papua New Guinea’s government and established an LNG marketing joint venture with Kumul Petroleum to sell 2.4 Mtpa of the project’s total 5.6 Mtpa output.

Electricity is most visible when it fails. A blackout can stop production, interrupt business and disrupt daily life. Keeping power available depends on infrastructure that most people never see, and on the specialists who install, maintain and upgrade it. Director of Betapac Sdn. Bhd. – Mohd Yassir Che Amat. Betapac Sdn. Bhd. has spent more than two decades working on that infrastructure. Established in 2000 and based in Subang Jaya, the Malaysian electrical and mechanical engineering company handles cable installation, switchgear work, substation maintenance and high-voltage systems of up to 500kV. It also undertakes engineering design and SmartMeter installations. “The main problem Betapac solves is ensuring that electricity is delivered safely and reliably,” the company says. When Betapac entered the market, it saw a need for contractors capable of managing complex high-voltage projects from start to finish. Utility providers and developers often had to engage separate firms for design, installation, testing and commissioning. Betapac built its business around bringing those stages together, giving clients one engineering partner to coordinate the work. Today, the challenge is changing. New infrastructure is still needed, but existing power assets also require attention. Aging substations must be maintained, equipment replaced and systems upgraded, often while limiting disruption to the electricity supply. That makes careful planning as important as the installation itself. The push towards smarter networks adds another layer of complexity. Digital protection systems and smart meters offer ways to improve performance and reliability, but introducing them requires specialist knowledge. Betapac is investing in those capabilities as it pursues transmission projects and the modernisation of existing power infrastructure. Much of its work happens during critical shutdown periods, when teams have limited time to complete upgrades safely and bring systems back online. Equipment must be installed correctly, then tested and commissioned before use. On high-voltage sites, errors carry serious consequences. Betapac says its ability to manage these demanding stages is a key part of the value it offers clients. The demands increase as projects grow larger. Maintaining consistent quality and safety across several sites requires more than the oversight of a few experienced leaders. Betapac has strengthened its project management processes, safety procedures and quality controls while giving project managers, engineers and site teams greater responsibility. It is also investing in training. High-voltage testing, commissioning and newer grid technologies call for specialised skills, and the company needs a broader technical workforce to support future projects. Developing employees internally helps it share expertise across teams instead of relying on a small number of senior specialists. Growth brings financial pressure as well. Major projects require substantial upfront spending on equipment, materials and manpower. Betapac says it chooses work that matches its capabilities and resources, rather than pursuing every large contract available. “Growth requires patience, perseverance, and above all, time,” the company says. Its measure of progress includes the ability to remain stable, adapt and deliver safely over the long term. That thinking also informs its approach to sustainability. Refurbishing substations and upgrading existing systems can extend the useful life of infrastructure and avoid unnecessary replacement. Although this work can be technically demanding, it helps customers make better use of assets they already have. Betapac aims to take on more complex projects in grid modernisation, smart technologies and high-voltage upgrades. To do so, it will need stronger technical teams and systems that can maintain standards at a larger scale. For most people, reliable electricity is something to take for granted. For Betapac, it is the result of planning, skilled work and constant attention to the infrastructure already in place.  

A person can earn an income, pay their bills and run a small business yet still struggle to qualify for a loan. If they have little conventional credit history, a lender may have too little information to assess them. For gig workers, young adults and others outside standard employment patterns, the absence of a record can close doors. Global Psytech is trying to give lenders another way to make that decision. The Malaysian technology company combines psychometrics, behavioural science, data analytics and artificial intelligence to study factors that traditional credit reports may miss. Its work also extends to talent assessment, governance and other decisions involving human behaviour. Founder & Chief Executive Officer of Global Psytech – Dr. Haniza Yon. “A lack of credit history should not automatically mean a lack of creditworthiness,” the company says. That belief led Global Psytech to develop GFI, a psychometric credit scoring system. Rather than relying entirely on past borrowing records or third-party data, it gathers information from the individual and uses behavioural indicators to help financial institutions assess willingness to repay. The aim is to give lenders more evidence when considering applicants who might otherwise be difficult to evaluate. Global Psytech says the system has been used in more than five countries. It reports that its models have achieved predictive accuracy as high as 98% and, in some implementations, helped financial institutions reduce non-performing loans by more than 50%. Those are company-reported results, but they illustrate the commercial question driving the work: can lenders reach more people while managing risk responsibly? The opportunity extends past a lending decision. Global Psytech says behavioural assessments can also identify a borrower’s strengths and areas for development. For institutions financing entrepreneurs, that information could inform the support offered after a loan is approved. The company’s wider business follows a similar principle. Its technology is used to support decisions about talent, leadership potential and human-related risks. In each case, the visible result may be a score, assessment or dashboard. Producing it, the company says, requires years of research, testing and refinement. That work matters when an assessment can influence whether someone receives financing or is considered for a job. Global Psytech places scientific validation, information security and responsible use of AI at the centre of its approach. It holds ISO/IEC 27001:2022 certification for information security management and says it continues to invest in research even when commercial returns take longer to arrive. Growth presents a different challenge. With offices in Malaysia and Qatar and clients across more than 10 countries, Global Psytech wants its Malaysian-developed technology to reach more markets. But adapting a product for every new client or country can make it difficult to scale. The company is working towards more repeatable products and processes while accounting for important local differences. It must also become less dependent on its founder. As the business expands, responsibility for decisions is moving to a broader leadership team. Stronger management structures and clearer accountability are intended to let the company grow without losing its research standards. “Focus is as important to growth as ambition,” the company says. It plans to concentrate on problems where its scientific expertise can produce measurable results, rather than pursue every new application of AI. Global Psytech’s next test is whether its technology can earn trust at a much larger scale. If it succeeds, its greatest impact may begin with people who have been difficult for conventional systems to see.