Neural Networks & Architecture

Where architecture
decisions get
tested.

Market Path seminars go past theory. Each session is built around real model design problems — the kind that surface when you move from reading papers to building systems.

See what we cover
Neural network architecture seminar session

The distance between reading and doing

Most people who study neural networks can explain backpropagation. Far fewer can explain why their transformer variant underperforms on long sequences, or how to trade off depth against latency in a production setting.

That gap — between knowing the concept and making the decision — is where most learning programmes stop. This is where Market Path starts.

Architectural trade-offs

Sessions address specific design choices: attention mechanisms vs. recurrence, skip connections, bottleneck layers. Each choice is examined with concrete model behaviour in mind.

Debugging at depth

Participants work through failure cases — vanishing gradients, mode collapse, training instability — using structured analysis rather than trial and error.

Peer discussion built in

Each seminar includes structured exchange between participants. Different backgrounds surface different assumptions, which tends to produce more durable understanding.

Market Path seminar facilitator Live feedback

What happens when you get stuck

Getting stuck on an architecture problem at 11pm is not unusual. What matters is whether you have somewhere to take that question. Market Path seminars run with a facilitator present through each session, and participants have access to an async discussion channel between meetings.

The facilitators are practitioners — people who have shipped models, not just taught about them. They do not hand you the answer, but they help you find where your reasoning breaks down. That distinction matters more than it sounds.

Support is not a promise of quick fixes. It is structured access to people who have faced the same problems and can point you toward the right questions.

8 participants per cohort
6 weeks per seminar series
4 live sessions per series

Curriculum tied to where the field is now

Neural network research moves quickly. Seminars are updated each cycle to reflect published findings, new architecture patterns, and tooling shifts that practitioners are actually dealing with.

Seminar participants working through transformer architecture analysis

Transformer variants in practice

Covers sparse attention, linear approximations, and positional encoding strategies — examined through benchmark results and real deployment constraints.

Deep learning architecture discussion session

Scaling and efficiency

Examines parameter-efficient fine-tuning, quantisation approaches, and the trade-offs that appear when moving from research scale to deployable systems.

Group seminar on convolutional network design

Vision architectures

ConvNets vs. Vision Transformers — where each performs, where each fails, and what the benchmarks do not show you.

Topics covered this cycle
  • Mixture-of-experts routing strategies
  • State space models vs. attention
  • Gradient flow in very deep networks
  • Diffusion model architecture internals
  • Loss landscape analysis tools

How this differs from self-paced courses.

Self-paced courses work well for foundational knowledge. They do not work well for developing judgement — the ability to make a defensible architecture decision and explain why. That requires a different structure.

Small cohorts, real discussion

Eight participants per cohort is a deliberate constraint. It keeps sessions focused enough that everyone's specific questions get addressed, not just the common ones.

Problems before explanations

Sessions open with a specific architecture problem. Participants work through it before the facilitator walks through the reasoning. The sequence matters — it surfaces where assumptions differ.

Career movement, not just knowledge

Participants who complete a series leave with documented reasoning on real problems — something they can reference in technical interviews or use to inform decisions at work. Knowledge alone is not the goal.