Picture by Creator
# Introduction
Operating a top-performing AI mannequin domestically now not requires a high-end workstation or costly cloud setup. With light-weight instruments and smaller open-source fashions, now you can flip even an older laptop computer right into a sensible native AI surroundings for coding, experimentation, and agent-style workflows.
On this tutorial, you’ll discover ways to run Qwen3.5 domestically utilizing Ollama and join it to OpenCode to create a easy native agentic setup. The purpose is to maintain all the things simple, accessible, and beginner-friendly, so you may get a working native AI assistant with out coping with a sophisticated stack.
# Putting in Ollama
Step one is to put in Ollama, which makes it simple to run massive language fashions domestically in your machine.
If you’re utilizing Home windows, you’ll be able to both obtain Ollama straight from the official Obtain Ollama on Home windows web page and set up it like some other software, or run the next command in PowerShell:
irm https://ollama.com/set up.ps1 | iex
The Ollama obtain web page additionally consists of set up directions for Linux and macOS, so you’ll be able to comply with the steps there if you’re utilizing a distinct working system.
As soon as the set up is full, you can be prepared to start out Ollama and pull your first native mannequin.
# Beginning Ollama
Most often, Ollama begins mechanically after set up, particularly whenever you launch it for the primary time. Which means you might not must do the rest earlier than working a mannequin domestically.
If the Ollama server isn’t already working, you can begin it manually with the next command:
# Operating Qwen3.5 Regionally
As soon as Ollama is working, the following step is to obtain and launch Qwen3.5 in your machine.
In the event you go to the Qwen3.5 mannequin web page in Ollama, you will notice a number of mannequin sizes, starting from bigger variants to smaller, extra light-weight choices.
For this tutorial, we’ll use the 4B model as a result of it provides steadiness between efficiency and {hardware} necessities. It’s a sensible selection for older laptops and sometimes requires round 3.5 GB of random entry reminiscence (RAM).
To obtain and run the mannequin out of your terminal, use the next command:
The primary time you run this command, Ollama will obtain the mannequin recordsdata to your machine. Relying in your web pace, this will take a couple of minutes.
After the obtain finishes, Ollama could take a second to load the mannequin and put together all the things wanted to run it domestically. As soon as prepared, you will notice an interactive terminal chat interface the place you’ll be able to start prompting the mannequin straight.
At this level, you’ll be able to already use Qwen3.5 within the terminal for easy native conversations, fast exams, and light-weight coding assist earlier than connecting it to OpenCode for a extra agentic workflow.
# Putting in OpenCode
After organising Ollama and Qwen3.5, the following step is to put in OpenCode, an area coding agent that may work with fashions working by yourself machine.
You possibly can go to the OpenCode web site to discover the obtainable set up choices and be taught extra about the way it works. For this tutorial, we’ll use the fast set up methodology as a result of it’s the easiest technique to get began.
Run the next command in your terminal:
curl -fsSL https://opencode.ai/set up | bash
This installer handles the setup course of for you and installs the required dependencies, together with Node.js when wanted, so that you wouldn’t have to configure all the things manually.
# Launching OpenCode with Qwen3.5
Now that each Ollama and OpenCode are put in, you’ll be able to join OpenCode to your native Qwen3.5 mannequin and begin utilizing it as a light-weight coding agent.
In the event you have a look at the Qwen3.5 web page in Ollama, you’ll discover that Ollama now helps easy integrations with exterior AI instruments and coding brokers. This makes it a lot simpler to make use of native fashions in a extra sensible workflow as a substitute of solely chatting with them within the terminal.
To launch OpenCode with the Qwen3.5 4B mannequin, run the next command:
ollama launch opencode --model qwen3.5:4b
This command tells Ollama to start out OpenCode utilizing your domestically obtainable Qwen3.5 mannequin. After it runs, you can be taken into the OpenCode interface with Qwen3.5 4B already linked and able to use.
# Constructing a Easy Python Mission with Qwen3.5
As soon as OpenCode is working with Qwen3.5, you can begin giving it easy prompts to construct software program straight out of your terminal.
For this tutorial, we requested it to create a small Python sport mission from scratch utilizing the next immediate:
Create a brand new Python mission and construct a contemporary Guess the Phrase sport with clear code, easy gameplay, rating monitoring, and an easy-to-use terminal interface.
After a couple of minutes, OpenCode generated the mission construction, wrote the code, and dealt with the setup wanted to get the sport working.
We additionally requested it to put in any required dependencies and check the mission, which made the workflow really feel a lot nearer to working with a light-weight native coding agent than a easy chatbot.
The ultimate consequence was a completely working Python sport that ran easily within the terminal. The gameplay was easy, the code construction was clear, and the rating monitoring labored as anticipated.
For instance, whenever you enter an accurate character, the sport instantly reveals the matching letter within the hidden phrase, displaying that the logic works correctly proper out of the field.
# Remaining Ideas
I used to be genuinely impressed by how simple it’s to get an area agentic setup working on an older laptop computer with Ollama, Qwen3.5, and OpenCode. For a light-weight, low-cost setup, it really works surprisingly effectively and makes native AI really feel way more sensible than many individuals count on.
That mentioned, it isn’t all clean crusing.
As a result of this setup depends on a smaller and quantized mannequin, the outcomes are usually not at all times robust sufficient for extra complicated coding duties. In my expertise, it may deal with easy initiatives, primary scripting, analysis assist, and general-purpose duties fairly effectively, however it begins to battle when the software program engineering work turns into extra demanding or multi-step.
One problem I bumped into repeatedly was that the mannequin would generally cease midway by a job. When that occurred, I needed to manually sort proceed to get it to maintain going and end the job. That’s manageable for experimentation, however it does make the workflow much less dependable whenever you need constant output for bigger coding duties.
Abid Ali Awan (@1abidaliawan) is a licensed information scientist skilled who loves constructing machine studying fashions. At present, he’s specializing in content material creation and writing technical blogs on machine studying and information science applied sciences. Abid holds a Grasp’s diploma in know-how administration and a bachelor’s diploma in telecommunication engineering. His imaginative and prescient is to construct an AI product utilizing a graph neural community for college students battling psychological sickness.
Picture by Creator
# Introduction
Operating a top-performing AI mannequin domestically now not requires a high-end workstation or costly cloud setup. With light-weight instruments and smaller open-source fashions, now you can flip even an older laptop computer right into a sensible native AI surroundings for coding, experimentation, and agent-style workflows.
On this tutorial, you’ll discover ways to run Qwen3.5 domestically utilizing Ollama and join it to OpenCode to create a easy native agentic setup. The purpose is to maintain all the things simple, accessible, and beginner-friendly, so you may get a working native AI assistant with out coping with a sophisticated stack.
# Putting in Ollama
Step one is to put in Ollama, which makes it simple to run massive language fashions domestically in your machine.
If you’re utilizing Home windows, you’ll be able to both obtain Ollama straight from the official Obtain Ollama on Home windows web page and set up it like some other software, or run the next command in PowerShell:
irm https://ollama.com/set up.ps1 | iex
The Ollama obtain web page additionally consists of set up directions for Linux and macOS, so you’ll be able to comply with the steps there if you’re utilizing a distinct working system.
As soon as the set up is full, you can be prepared to start out Ollama and pull your first native mannequin.
# Beginning Ollama
Most often, Ollama begins mechanically after set up, particularly whenever you launch it for the primary time. Which means you might not must do the rest earlier than working a mannequin domestically.
If the Ollama server isn’t already working, you can begin it manually with the next command:
# Operating Qwen3.5 Regionally
As soon as Ollama is working, the following step is to obtain and launch Qwen3.5 in your machine.
In the event you go to the Qwen3.5 mannequin web page in Ollama, you will notice a number of mannequin sizes, starting from bigger variants to smaller, extra light-weight choices.
For this tutorial, we’ll use the 4B model as a result of it provides steadiness between efficiency and {hardware} necessities. It’s a sensible selection for older laptops and sometimes requires round 3.5 GB of random entry reminiscence (RAM).
To obtain and run the mannequin out of your terminal, use the next command:
The primary time you run this command, Ollama will obtain the mannequin recordsdata to your machine. Relying in your web pace, this will take a couple of minutes.
After the obtain finishes, Ollama could take a second to load the mannequin and put together all the things wanted to run it domestically. As soon as prepared, you will notice an interactive terminal chat interface the place you’ll be able to start prompting the mannequin straight.
At this level, you’ll be able to already use Qwen3.5 within the terminal for easy native conversations, fast exams, and light-weight coding assist earlier than connecting it to OpenCode for a extra agentic workflow.
# Putting in OpenCode
After organising Ollama and Qwen3.5, the following step is to put in OpenCode, an area coding agent that may work with fashions working by yourself machine.
You possibly can go to the OpenCode web site to discover the obtainable set up choices and be taught extra about the way it works. For this tutorial, we’ll use the fast set up methodology as a result of it’s the easiest technique to get began.
Run the next command in your terminal:
curl -fsSL https://opencode.ai/set up | bash
This installer handles the setup course of for you and installs the required dependencies, together with Node.js when wanted, so that you wouldn’t have to configure all the things manually.
# Launching OpenCode with Qwen3.5
Now that each Ollama and OpenCode are put in, you’ll be able to join OpenCode to your native Qwen3.5 mannequin and begin utilizing it as a light-weight coding agent.
In the event you have a look at the Qwen3.5 web page in Ollama, you’ll discover that Ollama now helps easy integrations with exterior AI instruments and coding brokers. This makes it a lot simpler to make use of native fashions in a extra sensible workflow as a substitute of solely chatting with them within the terminal.
To launch OpenCode with the Qwen3.5 4B mannequin, run the next command:
ollama launch opencode --model qwen3.5:4b
This command tells Ollama to start out OpenCode utilizing your domestically obtainable Qwen3.5 mannequin. After it runs, you can be taken into the OpenCode interface with Qwen3.5 4B already linked and able to use.
# Constructing a Easy Python Mission with Qwen3.5
As soon as OpenCode is working with Qwen3.5, you can begin giving it easy prompts to construct software program straight out of your terminal.
For this tutorial, we requested it to create a small Python sport mission from scratch utilizing the next immediate:
Create a brand new Python mission and construct a contemporary Guess the Phrase sport with clear code, easy gameplay, rating monitoring, and an easy-to-use terminal interface.
After a couple of minutes, OpenCode generated the mission construction, wrote the code, and dealt with the setup wanted to get the sport working.
We additionally requested it to put in any required dependencies and check the mission, which made the workflow really feel a lot nearer to working with a light-weight native coding agent than a easy chatbot.
The ultimate consequence was a completely working Python sport that ran easily within the terminal. The gameplay was easy, the code construction was clear, and the rating monitoring labored as anticipated.
For instance, whenever you enter an accurate character, the sport instantly reveals the matching letter within the hidden phrase, displaying that the logic works correctly proper out of the field.
# Remaining Ideas
I used to be genuinely impressed by how simple it’s to get an area agentic setup working on an older laptop computer with Ollama, Qwen3.5, and OpenCode. For a light-weight, low-cost setup, it really works surprisingly effectively and makes native AI really feel way more sensible than many individuals count on.
That mentioned, it isn’t all clean crusing.
As a result of this setup depends on a smaller and quantized mannequin, the outcomes are usually not at all times robust sufficient for extra complicated coding duties. In my expertise, it may deal with easy initiatives, primary scripting, analysis assist, and general-purpose duties fairly effectively, however it begins to battle when the software program engineering work turns into extra demanding or multi-step.
One problem I bumped into repeatedly was that the mannequin would generally cease midway by a job. When that occurred, I needed to manually sort proceed to get it to maintain going and end the job. That’s manageable for experimentation, however it does make the workflow much less dependable whenever you need constant output for bigger coding duties.
Abid Ali Awan (@1abidaliawan) is a licensed information scientist skilled who loves constructing machine studying fashions. At present, he’s specializing in content material creation and writing technical blogs on machine studying and information science applied sciences. Abid holds a Grasp’s diploma in know-how administration and a bachelor’s diploma in telecommunication engineering. His imaginative and prescient is to construct an AI product utilizing a graph neural community for college students battling psychological sickness.
