Corvidla
Cohort participants

Participant Accounts

What people say after going through the cohorts

Written accounts from participants across the mathematics, architectures and research programmes. Not edited for tone.

Back to Home

140+

Learners graduated

94%

Cohort completion

4.7

Avg. satisfaction

6

Completed cohorts

Reviews

From recent cohort participants

SK

Siti Khadijah

Data engineer, Penang

I came in knowing how to run training scripts but not what was happening when the loss stopped improving. The mathematics course changed that. By week four I was reading the gradient flow sections of papers that had previously been opaque. The problem sets were hard in the right way — they forced me to re-derive things I thought I had understood from the session, and the corrections were specific about where my reasoning had gone wrong.

Mathematics for ML · July 2025

WJ

Wei Jun

ML engineer, Kuala Lumpur

The transformer architectures programme is the most demanding course I have taken. Twelve to fourteen hours a week is accurate, probably underselling weeks where a code review came back with substantial comments. But finishing it with a full reproduction of a published paper — one that I had to actually read, implement, and defend — felt different from any certification I have collected. The architecture defence in the final session was not comfortable, but it was fair and useful.

Transformer Architectures · June 2025

RP

Rajvinder Preet

Research assistant, Butterworth

The research programme takes a while to find its pace — the first eight weeks of literature surveying and question scoping felt slow, and I was impatient for the experiments. Looking back, the time spent on that phase made the rest of it far less wasteful than it would have been otherwise. The writing clinics were genuinely useful. My supervisor's comments on the paper draft were direct, occasionally difficult to read, and almost always correct.

Research Practice · May 2025

NF

Nurul Farhana

Software developer, George Town

I watched the full sample session before enrolling, which is the right way to make this decision. The teaching is methodical and expects you to follow along with a notebook open. If you want something faster and more survey-like, this is not it. I wanted to actually understand what eigendecomposition was doing in PCA and SVD, and after week three of the mathematics course I did. The derivation clinic was particularly good for catching the mistakes I had made and corrected badly.

Mathematics for ML · July 2025

CT

Chan Teck Hoe

AI practitioner, Ipoh

I had been fine-tuning models through a platform at work for about two years before taking the architectures programme. The course made it clear how much I had been operating without understanding. The section on training instabilities alone was worth the cost. Being able to read the papers that are usually cited as justification for these techniques, and now understand them, is something I use every week.

Transformer Architectures · April 2025

AB

Amir Bahar

PhD candidate, USM Penang

The research programme is genuinely a commitment. Sixteen hours some weeks is not an exaggeration. My supervisor's fortnightly reading of my draft sections was thorough and honest in the way that useful feedback needs to be. The ethics review module was more rigorous than I expected — most resources in this area are either dismissive or theoretical, and this treatment was actually useful for the scraping decisions I was making in my own project.

Research Practice · June 2025

Case Studies

Detailed participant journeys

From API user to architecture contributor

Transformer Architectures · 24 weeks

Challenge

A senior engineer at a Penang-based fintech company had been deploying fine-tuned language models through a managed platform for over two years. When their use case required a custom attention pattern, they had no basis for evaluating whether their implementation was correct or how to debug it when training diverged.

In the programme

Enrolled in the transformer architectures cohort. Implemented self-attention from scratch in weeks 3–5, completed a full training loop by week 12, and reproduced a sparse attention result for the paper reproduction project. Code reviews flagged two implementation errors early that would have caused subtle training instabilities.

Result

Completed the cohort and implemented the custom attention variant within eight weeks of finishing, identifying and fixing a masking error that a colleague's review had missed. Presented the approach internally and was able to justify architectural decisions to the research lead with reference to the attention mechanics, not just empirical results.

"The code review comments in weeks 7 and 8 were uncomfortable to receive and exactly right. By the paper reproduction project I was reading the implementation sections of papers instead of skipping them."

Getting the mathematics to stay understood

Mathematics for ML · 8 weeks

Challenge

A data analyst in George Town had worked through three different linear algebra and probability resources over two years. Each time, the material made sense during reading but did not stay usable — application to ML code required looking things up again from scratch within weeks.

In the programme

Completed the mathematics cohort with five to six hours per week. The requirement to implement each concept in Python in the same session as the derivation, followed by a problem set requiring both derivation and implementation, created a different retention pattern. The mentor call at week five addressed a specific confusion about the relationship between the covariance matrix and eigendecomposition that had not been resolved by earlier resources.

Result

Six weeks after completing the cohort, began reading the transformer architectures sections of three papers that had previously been inaccessible. Enrolled in the architectures programme the following cohort. The combination of derivation and implementation in the same session was the structural difference from previous study attempts.

"I have tried to learn this material three times. This was the first time it stayed. I am not entirely sure why — possibly the implementation, possibly having to submit something that would be read."

Contact

Get in touch about any programme

Address

33 Jalan Burma
10050 George Town, Penang

Office hours

Mon–Fri 9am–6pm
Sat 10am–1pm

Credentials

Professional recognition

MDEC Partner School — AI Upskilling, 2024

Malaysia Digital Economy Corporation partner institution for technical AI education

IEEE Malaysia Section — Education Affiliate, 2025

Affiliate status with IEEE Malaysia education committee, northern region

Penang Tech Community — Top-rated AI School, 2025

Community vote, Penang Tech forum, July 2025

Ready to enquire about a cohort?

Send us a note about the programme you are considering. We will respond within two working days with cohort dates and what to expect in the first week.

Contact Corvid Labs