
Boosting AI literacy for professional communication
"We are not training people how to use AI. Rather, we are trying to help them with what AI outputs, to be better business communicators," said Neufeld.
He noted that many corporate clients, particularly in the banking, financial services and insurance sectors, now have internal AI tools. However, employees often forward AI-generated content without editing, even when it contains grammatical errors or irrelevant details. This overreliance, Neufeld warned, creates a risk of miscommunication in high-stakes situations.
The British Council, he explained, trains professionals to assess, refine and apply AI-generated content using structured frameworks designed for the workplace. These frameworks provide support in areas such as business writing, interpersonal communication, influencing, and trust-building techniques.
"We want participants to think critically about what AI produces. Is it accurate? Is it appropriate for the audience? Can it stand up to scrutiny?" Neufeld added. He emphasised that professionals must also learn to navigate AI's limitations, including outdated data, hallucinations and factual inaccuracies—particularly when handling sensitive or time-critical communication.
At the British Council's Lunch and Learn 2025 session held on 10 July, participants were introduced to three targeted training modules aimed at building communication confidence in AI-assisted environments. The first session taught participants how to use the Point, Reason, Example, Point (PREP) structure to organise AI-generated text into persuasive messages. The second focused on negotiation skills, using frameworks such as Best Alternative to a Negotiated Agreement (BATNA), Bottom Line, and Most Desirable Outcome, with AI used to simulate role plays.
The final session applied the British Council's six Cs—clear, correct, concise, coherent, complete and courteous—to improve clarity and tone in AI-written content. Neufeld said these frameworks help participants keep human judgement at the centre of communication. "AI is useful for drafting and simulating ideas, but humans must still decide what to say, how to say it, and whether it's appropriate," he said.
British Council CES operates on a business-to-organisation model and delivers training to clients in the corporate, government and education sectors. Malaysia and Singapore are currently two of its largest markets in Southeast Asia, although demand in Thailand, Vietnam and Indonesia is on the rise. Neufeld, who has lived in Malaysia since 2010, began his tenure with the British Council as a corporate trainer and now leads CES across the Asia-Pacific region. He said demand for AI-related training has grown steadily over the past two years, as organisations race to integrate generative tools into their operations.
The British Council's observations align with broader trends among learning and development (L&D) teams in the region. AI is increasingly being used to create personalised assessments, enhance learner engagement, automate feedback, and deliver training at scale across multiple locations.
However, the British Council cautions that challenges remain. Neufeld said the absence of clear organisational policies, ethical concerns, and a loss of the human touch in communication are among the top risks raised by clients. "Some worry AI might replace certain roles; others are concerned about bias, or using inaccurate data that goes unchallenged," he said.
To adapt, the British Council is placing greater emphasis on developing communication fundamentals and soft skills with its corporate clients. According to Neufeld, these include active listening, clarity in messaging, critical thinking, emotional intelligence, and the ability to adapt tone to suit the audience and situation. The British Council has also identified creativity, time management and conflict resolution as vital skills for navigating increasingly complex and fast-changing workplaces. These areas are integrated into CES training programmes, alongside language competency and task-based communication models.
Looking ahead, the British Council anticipates broader workplace transformation over the next five to ten years, with AI serving as a central driver. Shifts in job roles, workforce composition, economic uncertainty, and rising expectations around employee well-being are all contributing to a new approach to learning. Neufeld said the British Council's corporate clients are also becoming more conscious of the reputational risks posed by poor communication. "A bad message can hurt trust. Whether written by a person or a machine, it still reflects your brand," he said.
In response, British Council Malaysia has incorporated more digital tools into its delivery model while maintaining interactive and context-based learning. Clients are increasingly requesting hybrid solutions that combine face-to-face workshops with online modules and follow-up coaching.
The British Council has stated that its role is not to replace corporate L&D teams, but to support them in ensuring communication remains a core skill in the age of automation. "Even with AI doing the heavy lifting in some areas, we still need people who can lead with empathy, explain ideas clearly, and respond in real time," said Neufeld.
The British Council is the United Kingdom's international organisation for cultural relations and educational opportunities, providing services in English language education, examinations, arts and cultural exchange. Founded in 1934 and present in over 100 countries, the British Council builds lasting trust and cooperation through language, culture and global partnerships. Now in its 90th year, the organisation continues to evolve, helping individuals and institutions around the world connect, learn and collaborate with the UK to foster peace, prosperity and shared progress.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


The Star
an hour ago
- The Star
Google and OpenAI's AI models win milestone gold at global math competition
Figurines with computers and smartphones are seen in front of Alphabet logo in this illustration taken, February 19, 2024. REUTERS/Dado Ruvic/Illustration (Reuters) -Alphabet's Google and OpenAI said their artificial-intelligence models won gold medals at a global mathematics competition, signaling a breakthrough in math capabilities in the race to build powerful systems that can rival human intelligence. The results marked the first time that AI systems crossed the gold-medal scoring threshold at the International Mathematical Olympiad for high-school students. Both companies' models solved five out of six problems, achieving the result using general-purpose "reasoning" models that processed mathematical concepts using natural language, in contrast to the previous approaches used by AI firms. The achievement suggests AI is less than a year away from being used by mathematiciansto crack unsolved research problems at the frontier of the field, according to Junehyuk Jung, a math professor at Brown University and visiting researcher in Google's DeepMind AI unit. "I think the moment we can solve hard reasoning problems in natural language will enable the potential for collaboration between AI and mathematicians," Jung told Reuters. The same idea can apply to research quandaries in other fields such as physics, said Jung, who won an IMO gold medal as a student in 2003. Of the 630 students participating in the 66th IMO on the Sunshine Coast in Queensland, Australia, 67 contestants, or about 11%, achieved gold-medal scores. Google's DeepMind AI unit last year achieved a silver medal score using AI systems specialized for math. This year, Google used a general-purpose model called Gemini Deep Think, a version of which was previously unveiled at its annual developer conference in May. Unlike previous AI attempts that relied on formal languages and lengthy computation, Google's approach this year operated entirely in natural language and solved the problems within the official 4.5-hour time limit, the company said in a blog post. OpenAI, which has its own set of reasoning models, similarly built an experimental version for the competition, according to a post by researcher Alexander Wei on social media platform X. He noted that the company does not plan to release anything with this level of math capability for several months. This year marked the first time the competition coordinated officially with some AI developers,who have for years used prominent math competitions like IMO to test model capabilities. IMO judges certified the results of those companies, including Google, and asked them to publish results on July 28. "Werespected the IMO Board's original request that all AI labs share their results only after the official results had been verified by independent experts and the students had rightly received the acclamation they deserved," Google DeepMind CEO Demis Hassabis said on X on Monday. However, OpenAI, which did not work with the IMO, self-published its results on Saturday, allowing it to be first among AI firms to claim gold-medal status. In turn, the competition on Monday allowed cooperating companies to publish results, Gregor Dolinar, president of IMO's board, told Reuters. (Reporting by Kenrick Cai in San Francisco and Jaspreet Singh in Bengaluru; Editing by Matthew Lewis)


The Star
an hour ago
- The Star
How prepared are we for an AI-first future?
THE impact of artificial intelligence (AI) on the labour market and economy as a whole is a topic of debate. It is both a disruptor and collaborator. Technological revolution, enabled by AI has the potential to reshape the labour market, shape the nature of work, job roles, the skills required to thrive, the available opportunities and employment dynamics across various industries. With AI advancing at a rapid pace, the labour market and workforce will undergo significant transformation unlike any before. The impact of AI on the labour market is multifaceted and complex; while it enhances productivity and increases process efficiency as well as creates opportunities, it comes with threats and challenges. AI has the potential to automate tasks, enhance the decision-making process, and create new job opportunities in fields such as data analytics, machine learning and AI development. Nevertheless, it raises concerns about jobs displacement, particularly in industries that rely heavily on routine and repetitive tasks; skill polarisation; and ethics. Many established organisations and institutions have predicted the likelihood that jobs will be replaced by AI. The findings and survey are striking: The United Nations Trade and Development estimated that up to 40% of all jobs could be affected by AI. The International Monetary Fund analysis showed that almost 40% of global employment is exposed to AI, with about 60% of jobs may be impacted in advanced economies, and in emerging markets and low-income countries, by contrast, AI exposure is expected to be at 40% and 26%, respectively. According to a report by the World Economic Forum, by 2025, AI will have displaced 75 million jobs globally, but will have created 133 million new jobs. This means that there will be a net gain of 58 million jobs globally. A report by McKinsey & Co says that AI is expected to create 20 million to 50 million new jobs globally by 2030. These new jobs will be in a range of industries, including healthcare, manufacturing and finance. AI is already spreading through the Malaysian economy. The scale of its impacts is potentially significant. The uptake of AI technologies could occur in waves and at different phases of the AI development. While a different forms of AI-powered tools and applications could be deployed across different occupations and sectors, there could be push-back by those whose businesses or employment are disrupted by the AI-based innovations. Malaysia TalentCorp's impact study indicated that approximately 1.8 million Malaysian employees are expected to be affected by the transition to AI, digitalisation and green economy, with varying levels of exposure. Of this, around 620,000 workers (18%) are projected to be highly impacted within the next three to five years, while another 1.2 million (35%) are expected to face moderate impact. Together, these groups account for roughly 53% of the 3.5 million skilled and semi-skilled employees who are directly engaged in the core operations across key sectors. The study focusses on 10 key sectors chosen for their significant contributions to Malaysia's gross development product, and they were aerospace, Chemicals, electrical and electronics, energy and power, food manufacturing and cService, global business services, ICT, medical devices, pharmaceutical manufacturing and wholesale and retail trade. The Ipsos AI Monitor 2025 revealed that 62% of adults in Malaysia in 2024 think that AI will replace their current job in the next five years. According to the Human Resources Ministry response in Parliament, between 2020 and September 2024, a total of 293,639 workers in Malaysia have already lost their jobs due to automation and AI. The impact of AI on the workforce will vary by industry and state. The transition to AI's transformative force in the labour market isn't seamless. Policymakers, society, businesses, employers, and employees must adapt to the changes and disruptions AI generates, ensuring its challenges are responsibly addressed. Policymakers should proactively prepare their workforce and labour markets so that they are equipped to ride on the AI's disruption through education, training and skills development and adaptable labour market policies. So, what roles should the Malaysian government play at this stage of AI uptake and development? The government must act now and prepare our workforce for a more radical future. We should outline the following action plans to prepare our students, graduates and youth as well as workforce for adapting to the AI era. > It begins with the integration of AI in our education system to future-proof Malaysia's next generation of workforce. Schools curriculum must focus on AI-complementary skills, adapting to the changing landscape of AI, incorporating AI literacy, digital skills and critical thinking skills into the education system. The application of AI-powered tools is being used for adaptive learning platforms, automate elements of lesson learning and grading, and intelligent tutoring systems as well as personalise the learning experience. China will integrate AI applications into teaching efforts, textbooks and the school curriculum as it moves to overhaul education. Integrating AI into Technical and Vocational Education and Training and apprenticeship programmes offer a powerful way to enhance learning, improve employability, and prepare students for the reality of the modern workplace. > The most essential five skills that Malaysians must be equipped to survive and thrive in this dynamic, technology-infused work landscape are analytical skills, functional and job-specific skills, project management skills, creativity and innovation skills, and advanced digital skills. > Combining research and development tax credits, research and development grants and a free, open-source products can support small and medium enterprises (SMEs) to adopt AI in their business operation, including incentivise a broader uptake of AI training assistants to help increase process efficiency. AI assistants can significantly boost the productivity and performance of lower-performing workers by automating repetitive tasks, providing data-driven insights, and offering personalised learning opportunities Dedicated public institutions can significantly facilitate the adoption and spread of AI within firms. Firms have cited uncertainty over the return on AI investment as a critical obstacle for considering adopting AI. These institutions can help SMEs find the information and give advice and guidance for the adoption of AI, for instance, provide guidelines or a framework to help SMEs navigate the vendor selection process, as well as create networking and collaborative platforms between public and private sectors to help businesses build AI capabilities. > Encourage the broad adoption of AI across all firms, regardless of size through the development of a new AI-pathfinder or AI Accelerator programme – a structured initiative designed to support and accelerate the growth of startups and businesses focused on AI technologies. These programmes typically offer mentorship, technical support, access to resources, and networking opportunities to help participants develop and scale their AI-driven products and services. We can draw on the successful schemes in Singapore and Germany supporting business transformation through a new AI-powered personalised service. For example, the Monetary Authority of Singapore (MAS) Pathfinder Programme for financial sector AI adoption, is a collaborative initiative between MAS and the financial industry that fosters knowledge exchange in AI implementations. Participating financial institutions share their experience implementing AI solutions while also gaining insights from the collective experiences of their peers. > An interactive labour market system to create early awareness and opportunity that helps our workforce to reskilling and upskilling equipped with required new skillset to better handle AI-driven task and take up new job opportunities created by AI. This system provides real-time analysis of demand and supply of AI jobs, including the job roles that will be displaced by AI, the industries that will create new source of employment, what skills that will be in demand, and also which training courses that are suitable. > Upskilling and reskilling programmes critical for facilitating workers transition to new employment opportunities, and equip individuals with the necessary skills to thrive in an AI-enhanced economy. What is important is that the workers receive the right training and skills for transformation development. The government and the private sector can collaborate to identify emerging skills gaps and develop targeted training programmes. Lee Heng Guie is executive director of the Socio-Economic Research Centre. The views expressed here are the writer's own.


The Star
an hour ago
- The Star
Ancom eyes earnings growth moving forward
PETALING JAYA: Ancom Nylex Bhd is poised for an earnings recovery, with growth expected moving forward. According to Kenanga Research, this recovery is supported by a significant increase in the amount of monosodium methanearsonate (MSMA) sold, as the company highlighted during its financial results briefing for 2025. Kenanga Research noted that 'the guidance for MSMA double-digit growth is in line with our assumptions of a 10% year-on-year uptick in 2026 (FY26), mainly on market share gains in Brazil and the United States as key Israel-based rivals face disruptions from regional geopolitical tensions.' For FY27, a higher volume growth of 15% is estimated, as Ancom is expected to secure Brazilian regulatory approvals to market MSMA beyond sugarcane applications to larger soybean plantings, said Kenanga Research. The brokerage firm added that the annual growth over the past five years ranged between 5% and 10%. Meanwhile, Ancom's timber preservative and MSMA exports to the United States will enjoy a tariff exemption. 'Altogether, we expect the timber preservative order to hold quite steady over FY26 and FY27,' it noted. It added that the group's new agrochemical artificial intelligence (AI) will start contributing in FY26 and FY27. Kenanga Research said Ancom finally integrated a new tri-phosgenation process in its commercial production of AI 'T' in April 2025. However, deliveries are expected only from the second quarter or even the second half of FY26 onwards due to audits and tests by customers to ensure quality and product consistency. Despite such backloading of FY26 sales, a similar full-year benefit is still expected for AI 'T' in FY26, albeit with a difference in timing.