Features
A viable FIT for Sri Lankan electricity industry
By Eng. Parakrama Jayasinghe
parajayasinghe@gmail.com
It is common wisdom to consider that the reliable supply of energy, particularly electricity, is an essential requirement for growth of the GDP by other sectors of the economy. But it must be realized that the energy services industry itself could be a major contributor to the GDP growth by itself, while serving the needs of all other sectors of the economy. This paradigm has been exploited to the maximum by the middle east countries, as well as coal exporting countries. Hitherto Sri Lanka has only concentrated on the need to provide continuous energy to other sectors of the economy both Electricity and other sources of energy to support their growth. In the electricity Sector until 1996, when 95% of the electricity was generated using indigenous renewable resources and thereby low electricity tariff levels, this appeared acceptable. However, with increase in the energy demand and over dependence on imported fossil fuels, this policy has created innumerable problems, with heavy drain on FOREX and higher cost of electricity and transport.
Ostrich attitude in continuing to depend on imported fossil fuels
There appears to be a sense of complacency, with the state pretending to be comfortable in providing uninterrupted power, ignoring the heavy burden on the balance of payments. Obviously, the fact that Sri Lanka had to face the ignominy of declaring bankruptcy and the need to repay the Billions borrowed in US Dollars loans, does not seem to be a consideration of those in charge of the energy sector. Such irresponsible behaviour is not what is expected from a government.
However, in recent times with the development of renewable energy technologies and their proven feasibility technically and financially and favourable impact on Sri Lanka’s electricity supply, it is indeed unfortunate that this realism and immense opportunity is ignored by our energy planners. The recent events have dispelled the myth that renewable energy is expensive and it is now well established that all commercially established renewable source-based power generation is definitely more economical than any form of fossil fuel-based electricity. Sri Lanka is also blessed with such renewable energy resources of capacity many times over our needs for several decades to come. This bonanza should and could serve as the vehicle through which Sri Lanka can overcome the present economic debacle. (See diagram)
The Feed in Tariff – Driver for RE Development
The private sector has demonstrated its commitment and capability to contribute towards this national service even under difficult circumstances and sometimes willful barriers created by vested interests wanting to perpetuate the continued dependence on imported fossil fuels.
The most visionary and progressive systems offered under the Surya Bala Sangramaya has already paid dividends with 825 MW of roof top solar providing 1200 GWh annually to the national energy mix. This may be a unique innovation in the whole world and Sri Lanka’s gratitude is due to everyone who created and developed this system. Also, its benefits and potential scope has expanded greatly with the progressive relaxation of the regulations on system capacities permitted by the CEB. It is hoped that they would continue to support this development by working towards the target of one million roof top systems as the first target, which is of great value to the cash strapped nation.
The recent upheavals in the economy and balance of payments, which have been addressed in the tariff revision in November 2022, offering a fixed tariff over the entire contract period, which contributed to the viability of the existing FITs resulted in the exponential growth of the sector as shown below. (See graph)

The somewhat controversial and ill-conceived system of variable tariff announced in June 2023 did not evoke any confidence in the investors, both due to its unnecessary complexity and the uncertainty making it totally nonbankable. A developer has no means of predicting the FIT he would get in the future, as the system is expected to be updated every three months. While the parameters used for the calculation have been declared, the actual values used for the original declaration nor the amendment done in October 2023, have not been published. Any developer would like to make his own predictions for the future before accepting any such scheme however attractive the original numbers were. The first amendment in October itself has shown the very likely downward trend scaring away any investors. Thankfully the CEB has provided the option of selecting the previous Fixed Tariff gazetted in November 2022. I believe that most if not all new projects have opted for the same.
This message must be heard loud and clear by the present committee reviewing the FIT system.
The attraction of Dendro Power
While the Roof Top Solar PV system supported by the regulations under the Surya Bala Sangraamaya, which by any standard is a most visionary approach, provided the means for the consumers even those in the domestic category to contribute participate in the nation’s power sector development by becoming “Prosumers” perhaps an even more far reaching and socially significant contribution by the people is possible by the development of the Dendro Energy, with Sri Lanka’s own proven concept of using sustainably grown short rotation coppicing species such as Gliricidia, where the rural farmers become the suppliers of the fuel for generation of firm energy on a year round 24/7 basis. It is important to recognize that Dendro Power is available all the time with a Plant Factor of 85% Vs 16% from Solar and may be 30% from Wind, with multiple spin off benefits to many sectors of the economy.
While we are thankful to the present minister for removing the artificially created obstruction of Dendro Development over the past six years, an attractive FIT is needed to win back the investors who abandoned the industry.
As a matter of interest, the flow of funds to the rural economy even from a 10 MW Dendro power plant is over Rs 1200 million annually, providing firm power which would otherwise be generated using imported fossil fuels. The savings in FOREX by the equivalent reduction of oil-based power is US $ 20 Million. This opportunity unfortunately does not attract any official attention. This is clearly the means of ensuring
“Power for the People by the People”
In this light the provisions in the proposed new Feed in Tariff structure needs urgent re-consideration as noted below
The Need for Level Playing Field

We give below a few specific examples of how this tariff mechanism discriminates against renewable energy (RE) producers particularly the local investors, and clearly disadvantages RE producers in ways that fossil fuel suppliers are not:
Price caps on RE producers; No price caps on fossil fuel power suppliers: CEB marginal cost of dispatchable plants is set as the maximum price cap for RE producers. For fossil fuel producers, there is no such price cap. At the very least, the CEB should treat all energy producers equally, and since fossil fuel producers do not have a price cap in their contracts, such a price cap should be removed from RE contracts as well. It is time that the CEB declared the true cost of generation using fossil fuel, both in CEBs owned plants and the IPPs, calculated on the same basis as the REs using the same formulae and the appropriate parameters including the cost of externalities. This will clearly highlight the value and urgency to provide the maximum support for RE development.
Tariff recalculation on a quarterly basis: This is totally impractical and poses a further disincentive, Project planning and financial closure invariably extend beyond three months, particularly for the larger commercial ventures, and such a quarterly tariff recalculation, which is not a feature present anywhere else in the world, makes financial planning for a large venture quite impossible. In order to capture any variations in the relevant parameter an annual re-calculation is more practical and should apply only for those projects approved in the respective year and not with retrospective effect.
It is apparent that this condition has been brought in consideration of the most disadvantageous financial parameters applicable in Sri Lanka at the time of development of this tariff system (June 2023) and in expectation of easing of these in the future. But the way it is applied, shows lack of appreciation of the ground situation, disincentivising the development of RE, while continually spending millions of dollars for use of oil for generation, which some of which could have been averted by providing favourable terms for the RE developers ready to enter in to the market now. There is a clear lack of holistic approach towards the long term national interest as described in the preamble.
Additional burden to RE investors through an Escrow account requirement: deposit of 2% of revenue in an Escrow Account is required of RE investors, another additional requirement imposed on RE investors alone.
This is further disincentive and a lopsided logic ignoring that the CEB has defaulted in payments for the RE developers for nearly a year or more. This has driven many such investors to near bankruptcy. Also such provisions are a further barrier for the local investors as against the large foreign investors for whom such requirements would not be a major burden.
A Clear Commitment from the CEB officials for RE Development
It is well known that, in spite of the protestations of support for the development of the renewable energy development by the Ministry, CEB and the SLSEA, the field level reality is quite different. All developers would testify to the hassle they face at every level and the inordinate delays by the respective officers, not limited to those in the Utility, but the plethora of other state agencies (other than for Roof Top Systems) , who appear to believe that hindrance or delaying the projects is their duty . (With apologies to the few officials who appreciate the national importance of RE and strive to ease the path of approval process).
Essential Features of a viable Feed in Tariff
We therefore request the following as minimum measures to keep all energy producers for the CEB on an equal footing:
* Remove the price cap on RE producers
* Remove the references to marginal cost and retain the cost+profit model
* Tariff revision on an annual basis (not quarterly)
* The capital cost component applicable at time of signing SPPA to be fixed for the period of loan recovery
* Remove the requirement for Escrow accounts
* Reset inflation to a more realistic level and adjust O&M charges accordingly
* All tariff to be paid in Sri Lankan rupees. Any foreign investors must receive the tariff in rupees , but be permitted to repatriate the investment and fair profits under the systems prevailing under the BOI
Most importantly, the energy sector should be a Sri Lankan Industry to ensure future energy security and it is requested that a clear and simplified tariff calculation mechanism is provided so that investors and ‘prosumers’ themselves can use the mechanism to calculate and forecast financial feasibility of a project.
Features
Application of AI in Logistics in Sri Lanka can improve efficiency, reduce cost and enhance decision making
“AI increases profits while reducing un ethical intervention which is proven by Successful Global Business Models”
Artificial Intelligence(AI) is still only a buzz word in the Sri Lankan society, though many wanted to have an awareness of the concept the resources are scares, even still the IT industry has not formulated any awareness programs or a Degree yet to cope with the development. But world education warns that there want be any IT based jobs in future without learning the AI. AI has multiple use in any discipline and it has the ability to increase the efficiency of the work intern cut down the product or the service cost. Below description is how the application of AI can smoother the function of Logistic or the Supply Chain Management.
Using Artificial Intelligence (AI) in logistics can greatly improve efficiency, reduce costs, and enhance decision-making in simple enhance the profit margins. Below is a structured overview of how AI can be used in logistics, including key applications, tools, and real-world examples. Machine Learning(ML) is the foundation to AI but subsequently develops the capability of absorbing the information from the cloud (IT environment) and produce future behavior or trends by analyzing the fed data to the computers on a certain period of time. In some occasions vendors offer unbelievable discounts by using ML or AI, because it clearly understands the market behavior, human behavior, expiration and many other variables that gives the profits or losses to the product or the service.
Key Areas Where AI is Used in Logistics;
· Demand Forecasting
· Route Optimization
· Warehouse Automation
· Predictive Maintenance
· Inventory Management
· Supply chain Management
· Customer Service with Chat bots
· Fraud Detection and Risk Management
1. Demand Forecasting
AI can analyze historical data, market trends, and external factors (like weather or news) to:
· Predict product demand more accurately
· Optimize inventory levels
· Reduce stockouts or overstocking
Tools: Machine learning models (e.g., time series forecasting) and IT platforms/software like Amazon Forecast, Prophet by Meta. These are the software applications that helps to understand the future trends.
Amazon Forecasting software
Traditional forecasting methods typically rely on statistical modeling, but software like “Chronos” that treats time series data (data collected during a certain period of time) as a language to be modeled and uses a pre-trained FM (forecast Models) to generate forecasts, which similar to how “Large Language Models” (LLMs) generate texts helps you achieve accurate predictions faster, significantly reducing development time compared to traditional methods.
Prophet by Meta
Prophet is a very efficient and accurate procedure for forecasting time series data based on an additive model where non-linear trends are fit with yearly, weekly, and daily seasonality, plus holiday effects. It works best with time series that have strong seasonal effects and several seasons of historical data. This software adds many social, cultural and geographical variables other than internal information to decision making.
2. Route Optimization
AI-powered systems can calculate the most efficient delivery routes in real-time using:
· Traffic data
· Weather conditions
· Delivery time windows
· Vehicle capacity and fuel usage
Example: UPS (one of the largest Logistic companies in the world) uses its ORION system (AI-based) to save millions of gallons of fuel per year.
IT Tools: Google OR-Tools, Route4Me, Mapbox with ML integration.
The “Route4Me” IT platform automates and integrates mission-critical last mile workflows, empowering route planners, dispatchers, drivers, and managers to take the business to the next level. Distribution networks, passenger transportation networks can achieve much cost reduction by using above platforms. This is a good platform for the Sri Lanka passenger industry to reduce the overheads for the population. In Sri Lanka “Pick me” and “Uber” uses similar platforms in their transportation industry. Whole three wheeler industry can be regulating with this kind of software and transfer benefits to the passengers.
3. Warehouse Automation
AI enables:
· Robotics for picking, packing, and sorting
· Vision systems for scanning and inventory management
· Autonomous forklifts and drones for internal transport
Example: Amazon’s use of “Kiva robots” in fulfillment(distribution) centers.
Kiva Robots in Warehouses
Traditionally, goods are moved around a distribution center using a conveyor system or by human-operated machines (such as forklifts). In Kiva’s approach, items are stored in portable storage units. When an order is entered into the Kiva database system, the software locates the closest automated guided vehicle to the item and directs it to retrieve it. The mobile robots navigate around the warehouse by following a series of computerized bar-code stickers on the floor. Each drive unit has a sensor that prevents it from colliding with others. When the drive unit reaches the target location, it slides underneath the pod(Pallet) and lifts it off the ground through a corkscrew action. The robot then carries the pod to the specified human operator to pick up the items or subsequently hand over to the “drone” to deliver to the customer. Human intervention is minimal and accordingly overheads are reduced, Sri Lanka needs to achieve this kind of operational level in order to par with the international markets.
4. Predictive Maintenance
Traditionally Sri Lankans are week in maintenance, they basically wait until the machine stops in the other way bureaucratic too are much restrict on the maintenance and the procurement procedure. Applying this kind of maintenance software will eradicate all of these lethargies and the bureaucratic blocks. Subsequently continuing the smooth operations and productions.
AI monitors equipment (vehicles, conveyor belts, etc.) to:
· Predict when they will fail
· Schedule maintenance proactively
· Reduce downtime and repair costs
Tools: IoT(internet of things as cameras, sensors, GPS etc.) sensors + ML models (e.g., anomaly detection), IT platforms like IBM Maximo.
IBM Maximo is a multi-facet coordinator
“From equipment to factories, from fleets to infrastructure, Maximo Application Suite empowers users across verticals to coordinate maintenance and management for a broad range of asset classes”.
5. Supply Chain Visibility
AI can analyze data across the supply chain to:
· Track shipments in real-time
· Identify delays or bottlenecks
· Provide predictive ETAs
📦 Example: DHL (Logistic Company) uses AI to forecast transit delays and offer dynamic ETA updates.
This is an ideal tool for cargo management, ideal for sea ports and the air ports in Sri Lanka. This is one of the grave gray areas in the port system, though the port system is lacking the required information due to that the client has to pay the demurrages and warehouse cost for the ports. Also, cut down unnecessary delays and reduce bribes and corruption at all levels.
6. Inventory Management
AI helps optimize:
· Stock levels across multiple warehouses
· Replenishment timing
· Safety stock calculation
Tools: ERP (Entrepreneur Resource Planning) systems with embedded AI (e.g., SAP, Oracle), custom ML models.
These systems drastically reduce the human intervention and speedup the Supply management process.
7. Customer Service & Chatbots
AI-powered chatbots and virtual assistants can:
· Handle customer queries 24/7
· Track orders
· Provide personalized delivery updates
Tools: Dialogflow, Microsoft Bot Framework, ChatGPT API
Dialogflow
“Dialogflow” is a natural language understanding IT platform that makes it easy to design and integrate a conversational user interface into the mobile app, web application, device, bot, interactive voice response system, and so on. Using Dialogflow, establishments can provide new and engaging ways for users to interact with the product. Dialogflow can analyze multiple types of input from the customers, including text or audio inputs (like from a phone or voice recording). It can also respond to the customers in a couple of ways, either through text or with synthetic speech.
AI Conversational Chatbots Platform
Above IT platforms control the human intervention and reduce the cost of employees. Chatbots are basically efficient than the humans due to the high memory power for the standard customer inquiries. Application to Government sector will reduce the burden for the general public.
8. Fraud Detection & Risk Management
AI detects unusual patterns in:
· Orders
· Transactions
· Supplier behavior
Helps prevent:
· Cargo theft
· Counterfeit goods
· Financial fraud
*”KPMG Clara” for Supply Chain Risk Management
“KPMG Clara” is an AI-powered IT platform offering supply chain analytics, risk detection, and compliance management.
Key Features:
· AI-driven risk modeling
· ESG (Environmental, Social and Governance) and compliance monitoring
· Predictive analytics for disruptions
· Supplier risk scoring
“Geo Analysis” (AI based) IT platform in Supply Chain Access Control
Above IT platform Monitor access patterns across cross-border freight hubs, regional warehouses, and remote carrier logins. “Geo analysis” for supply chain authentication identifies impossible travel, geo-inconsistencies, and spoofed IPs to reduce credential abuse and unauthorized entry into logistics systems. This important IT platform can reduce corruption and many unethical practices, ideal tool for the Sri Lankan Government sector that can curb the mal practices.
Artificial Intelligence (AI) is a remarkable IT tool which can apply in almost all the sectors that can reap the Efficiency and Accuracy. In above paragraphs I have described the application in different stages of the Logistic or the Supply Chain Management. Application of AI tools can be done on stages as initially find the specific pain points pertaining to the supply chain and then, prepare data from the GPS, inventory systems, sales forecasts and supplier records. Subsequently can understand the specific AI platforms and ML models to suit the SCM operation. Further, can apply in a small scale as a pilot project and analyze impact as cost savings or efficiency gains. Once understand the model can roll out to other areas of operations in the establishment.
Final outcome will be “15% reduction in fuel cost, 20% faster deliveries, Increased customer satisfaction”
There may be many negative lobbies since this is new to the many sectors in the country and further ability to proof the corruption but proper education and understanding the world AI based business models, establishments can reach the required goal.
(Writer can be reached at, chandana_w@yahoo.com)
by Lt Col. Chandana Weerakoon.
Chartered Logistician
Features
Motherhood is not ‘giving up’
Since having my baby, I have been regularly met with the question, “Are you back at work?”
“No,”
I reply. “I am doing my PhD from home.”
Several emotions arise. I feel guilty that I am not back at work, that somehow I should be. I also feel relieved that I can justify my time at home by offering up the PhD as a worthy endeavour. Sometimes, the person responds in surprise, “Oh, so no work?” Other times, they are approving, “How lucky for you and your baby.” Occasionally, there is the advice, “Don’t give up work.”
At the back of my mind are certain thoughts. “Am I not ‘working’? Isn’t the work of motherhood also considered ‘work’? If it isn’t, shouldn’t it be?”
Although the questions, comments, and advice about returning to work are made innocently enough, mostly benevolently, they have prompted me to reflect on the idea of work and motherhood, and how mothers and society view both.
Motherhood, I believe, is a full-time, highly skilled, unpaid job that never ends. All mothers work at least two jobs. They do the work of mothering, and also work in either a paid or unpaid additional role. Many women will do even more. They mother, care for their elderly parents, work a paid job, voluntarily contribute to community building, and try to fit in creative pursuits, hobbies, or ‘self-care’ when they can.
Motherhood requires many skills. You are, effectively, the CEO of your family and home (with hopefully a supportive co-CEO by your side). There is the work of child-rearing, which requires patience, energy, creativity, presence, flexibility, courage, fortitude, knowledge, and the ability to research, learn, and unlearn. You are raising the future. Then there is the work of home and family life, which requires skills in leadership, organisation, prioritisation, delegation, negotiation, financial management, crisis management, and conflict resolution. There is also the internal work of being self-aware, forgiving yourself and others, practicing compassion, and accepting the inherent imperfections of ‘doing it all’.
This work of motherhood is now recognised as ‘unpaid caregiving and domestic work’ and ‘invisible labour’ by international organisations such as the United Nations. It includes physical labour, direct care labour, mental or cognitive labour, and emotional labour, and is mostly the work of women.
I am not complaining. Men have their own unpaid labour. I love being a mother and wife. I view it as a privilege and a blessing. Ideally, the job can also be supported by paid or unpaid help. My point is that the work of women, and specifically mothers, should be recognised and respected, not only by society, but also by women and mothers themselves.
I know it is not just me who has experienced conflicting emotions about ‘giving up’ traditional work to focus on family life. Within my social circle and more widely, mothers describe a loss of self-worth and identity unless they are ‘working mothers’, and feeling embarrassment and guilt when asked the dreaded question, “What do you do?” There is the loss of financial dignity that comes with taking on an unpaid job, no matter how important you may think it is. Dynamics with husbands also need to shift, where both members are viewed as equally valuable to making the business of ‘home’ successful.
Neha Ruch, the author of The Power Pause, is an American brand strategist-turned-full-time stay-at-home mother and home maker, who addresses this very issue. Many of my thoughts for this article are based on her book. She argues that the time a woman wishes to invest in this phase of life, motherhood and family life, is valuable, not just for the children or family unit, but for the mother herself. It is a time for growth, skill-building, and expanding networks and connections.
Often, it leads women in new, creative, and more fulfilling directions, and provides an opportunity for them to re-enter the workforce on their own terms. She also points out that ‘the pause’ is not a luxury for a lucky minority, as many women become the default caregiver for their children if childcare is too costly, or not the preferred option. Through the movement she has created, Ruch provides legitimacy, validation, and structure to this phase of life (because, after all, it is only a phase, not forever) that is often spoken of as mindless, monotonous, and unglamorous, and I am grateful for it.
I suppose what I am saying is, next time you meet a mother, consider asking her, “How are you?”, and next time I am asked what I do, I should proudly declare (using Ruch’s script), “Right now, I am on a career pause and get to be home with my baby, and I am exploring possibilities for the future.”
(Lihini Wijeyaratne Cooray
Lihini is rediscovering her love for writing while embracing first-time motherhood and her ‘Power Pause’. She is also navigating her roles as a doctor and PhD researcher. She hopes that her writing can inspire a fresh perspective on motherhood as being valuable, powerful, and exciting.)
by Lihini Wijeyaratne Cooray
Features
The Same Sun—A Short Story
When I finally woke up, sunlight streamed brightly through the window, filling the room with a golden glow. I could hardly believe it—the nap I had taken around four o’clock the previous afternoon had lasted the entire night. In this new country, inside a fresh-scented university dormitory, I was on the threshold of a new life. The past two days felt like a fleeting dream. Just a short while ago, I had stood at the Colombo Airport, bidding farewell to my parents, relatives, and friends.
My journey had taken me first to London on a BOAC flight (British Overseas Airline Corporation, now British Airways). From Heathrow, I boarded an Air Canada flight bound for Toronto. Each leg of the trip had stirred a storm of emotions in my heart—excitement for the unknown, but also the ache of separation.
Even after such long sleep, fatigue still clung to me. Perhaps this was what people meant by “jet lag.” The sudden ring of the phone interrupted my thoughts. I picked up the receiver, and to my delight, a familiar Sri Lankan voice greeted me. Relief washed over me instantly.
It was Sivasunderam—Siva—pursuing a postgraduate degree at the University of Toronto. He had heard of my arrival through the university’s International Student Center.
“Have you had dinner?” he asked.
“No, I kept sleeping,” I admitted.
“I’ll come by in half an hour and take you out,” he promised.
“Dinner? Isn’t it morning?” I asked, bewildered.
He laughed. “No, it’s almost 8 p.m.”
I glanced at my wristwatch. He was right. It was still the day I had arrived in Canada—I had already adjusted the time at the Toronto airport.
“Then why is it so bright outside?” I wondered aloud.
“That’s Canadian summer,” Siva chuckled. “Wait until winter—then it will be dark before you’ve even finished your dinner. Didn’t you learn about the Earth’s tilted rotation and the seasons back in school?” he teased.
I had never met Siva in person before, yet from the warmth in his voice, he already felt like an old friend.
New Encounters
Siva arrived at my room in “New Hall” of the University of Toronto, where I was staying temporarily until my room at St. George College became available. He had brought along his friend Surjeet, an Indian Sikh. Both of them lived at St. George, a residence for postgraduate students.
Surjeet was tall, striking, and carried himself with quiet authority. Unlike some Sikhs, he did not wear a turban, though a stainless steel bracelet gleamed on his right wrist. He owned a Volkswagen Beetle, but since his department was within walking distance of the dormitory—and parking was expensive—he usually left it parked at St. Gorge College and walked to the department.
As we walked together, Siva turned to me with a mischievous smile. “Have you ever eaten pizza?”
“What’s that?” I asked honestly. It was 1973, and I had just arrived from Sri Lanka.
“Then you’ve eaten roti?” he pressed. I nodded. “Well, imagine a roti topped with tomato sauce, cheese, onions, green peppers, and slices of meat, baked until golden. That’s pizza.”
At his description, my stomach rumbled. I had eaten very little on the flight and nothing since landing. Until that moment, I hadn’t realized how hungry I was.
We walked to a restaurant called “Pizza Pub.” Its walls were painted green, the tables dressed in red cloths, and oil lamps flickered on each one. The dim light cast a cozy glow over the room. Young couples leaned close, holding hands and whispering, more interested in one another than their food.
“This reminds me of Peradeniya,” I remarked, thinking of my old university back in Sri Lanka. “Perhaps even worse!”
“I never studied at Peradeniya,” Siva replied with a grin. “But here, pizza is everywhere. It’s inexpensive and particularly popular among students. Originally Italian, yes—but what you’ll taste here is an American version. In Italy, pizza is just dough, tomato paste, and cheese. Not nearly as tasty. By the way, have you noticed the colors? Red, white, and green—the same as the Italian flag.”
Surjeet, less talkative but decisive, called the waitress over. “A large pizza with pepperoni, mushrooms, green pepper, onions, and anchovies. And please, bring it quickly—we’re starving.”
The waitress, a Canadian student working part-time, scribbled down the order with a friendly smile. Siva leaned toward me and whispered that many students took up such part-time jobs in restaurants and grocery stores to support their finances.
“I’ll try to bring the pizza right away. What would you like to drink?” she asked Surjeet politely, her tone somewhat warmer than usual.
“Shall we have a beer?” Siva suggested, looking at me.
“No, not for me,” I said quickly.
“You’ve come all this way and won’t even try? Don’t worry—I’ll cover it. You can pay me later,” he teased.
“Three Molson Exports, please,” Siva told the waitress.
When she left Siva, turning to Surjeet, Siva said. “She didn’t even notice us—only gave you a polite smile. Go on, ask for her phone number!”
Surjeet chuckled but, as usual, kept silent.
A taste of unfamiliar food
The pizza arrived, steaming hot, its generous toppings bubbling with melted cheese. The waitress placed it on the cast-iron stand at the center of the table and lit the small oil lamp beneath it, keeping the food warm.
“Shall I bring more beer?” she asked.
“No, just some chili flakes and Parmesan cheese, please,” Siva replied.
Curious, the waitress turned to Surjeet. “And what country are you from?”
Without missing a beat, Siva answered for him. “We’re from Canada, and he’s from Italy,” he said, pointing at Surjeet.
She frowned, unconvinced. “No, I mean originally—where are you really from?”
Siva, grinning mischievously, repeated, “We’re from Canada, and he’s from Italy.” His sarcasm was clear.
“I’m from Sri Lanka,” I finally added softly, breaking the playful charade.
Siva sprinkled the chili flakes and Parmesan generously over the pizza before serving me a slice. The first bite was a revelation—the crisp crust, the spicy tang of chili, the savory richness of the toppings. Though unfamiliar, it was delicious, and my hunger only heightened the taste.
After we finished, Siva asked, “Shall we get some espresso?”
Thinking it was another form of alcohol, I shook my head. “No, I’ve already had enough.”
He laughed. “Espresso isn’t alcohol—it’s strong coffee, served in tiny cups. No milk, but you can add sugar if you like.”
When it arrived, the espresso’s bitterness startled me. Not wanting to offend Siva, I stirred in plenty of sugar and drank it quickly.
After dinner, Siva and Surjeet walked me back to my dorm. Before leaving, they shook my hand firmly. It felt unusual at first, but I would soon learn that this Western handshake was more than just formality—it was a universal gesture of greeting and farewell. In some cultures, I would later discover, men even embraced or kissed one another on the cheek as a sign of friendship. Back in my room, I tried to sleep, but my mind refused to rest. Memories of my past filled the silence.
I had been born and raised in Badulla, a town nestled in the hills of Sri Lanka. My family lived in a remote village nearby—Morahela—where my parents both taught at the local school. Traveling even to Colombo for my high school years had once felt like a great adventure. I remembered my first solo journey vividly: the night train to Colombo from Badulla, traveling using my father’s railway pass.
My schooling had been a journey of its own: from Morahela Public School up to Grade 4, then to St. Bede’s College in Badulla, followed by St. Thomas’ College in the cool, misty hills of Gurutalawa, and finally Ananda College in Colombo. From there I entered the University of Ceylon (now University of Sri Lanka) at Peradeniya, the historic campus in Hantana, nestled near the ancient kingdom of Kandy, and later worked as an engineer at the Arpico Factory of Richard Pieris & Co. Ltd. Each step had felt like climbing to a new peak.
Now, I had crossed oceans—through London and into Toronto, Canada. This was the first time I had ever left my homeland, and the thought carried both pride and melancholy. My mind wandered back to Morahela, where my mother, unbeknownst to me, had transferred ownership of our family home and nearly four acres of surrounding land into my name. Years later, while working overseas, I would renovate that home—adding electricity, running water, modern bathrooms with hot water, even an air-conditioned room, and living quarters for a caretaker. Whenever I returned to Sri Lanka, that house became my retreat.
At the Toronto central bus station, I found myself weighed down with two large suitcases and the carry-on bag. Unsure of the way to the university, I asked the bus driver for help. With fatherly kindness, he advised, “Son, don’t even think of walking with all that luggage. Take a taxi.” He even hailed one for me, sending me safely toward the University of Toronto’s International Student Center.
After completing my final exams at the University of Ceylon, I was not among the lucky few offered posts as Instructor, not to mention Assistant Lecturer. Ironically, I had graduated with first-class honors in engineering and had even won the Dr. Hewavitarane Prize for best overall performance across all departments of Engineering at University.
Undeterred, I secured a position as an Assistant Works Engineer in the private sector. The job came with a fully furnished house rent-free, a generous salary, and two afternoons a week free to teach as a Visiting Lecturer at the University of Moratuwa.
I still remember the day of my job interview. The factory was located in Nawinna, a suburb of Colombo, and I wanted to stay overnight at a nearby guesthouse. When I asked the receptionist of the guesthouse for a room, she looked at me quizzically and asked, “For how many hours?” Only then did I realize the nature of the place. Embarrassed, I clarified that I wanted the room for the entire night.
That night was sleepless—not only because I was nervous about the interview, but also because the room was stifling without air conditioning, mosquitoes swarmed mercilessly, and disturbing noises came through the thin walls. A young woman cried in the next room, while an older man murmured consolations, repeating, “Lovers don’t cry.” The next morning, I glimpsed the pair—the man far too old, and probably as old as her father.
Despite the restless night, I faced my interview bravely and secured the job.
Before leaving Sri Lanka for graduate studies, I had risen to a permanent position of executive engineer in the private sector. Shifting from the authority of that role to the humility of a student’s life in Canada was a difficult adjustment, but a necessary one. This is my story of coming from Sri Lanka to Toronto, Canada.
by Clarence de Silva
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