Technical Leadership Development: 7 Levels of Engineering Awareness Explained

The engineering world is a place where new tools and technologies are developed very quickly, and during a single career, one can experience several technological breakthroughs (such as the development of blockchain or AI, and soon, the widespread use of quantum computers). Apart from how demanding it is for engineers to stay ‘on top’ in terms of science and psychology (which would be a topic for a whole separate article), there is, of course, the aspect of the engineering career itself. And although this is only a small part of the topic, it is the latter aspect that I would like to focus on today.

Programmers, as engineers, face the same challenges and must have ways to find their place in a reality that is changing practically every day. This is difficult because a programmer must consider many aspects of their development and work. Nevertheless, I have worked with many engineers in my career and would like to outline the development process of such an engineer – especially for new and young programmers who are just leaving university. And since I am writing about the programming industry, although this whole scheme can be applied to other industries, I will use it in the context of programming often using the terms ‘engineer’ and ‘programmer’ interchangeably.

I am describing the levels of engineering awareness I have encountered in my professional work. I believe that it should be crucial for a programmer to be aware of such aspects in general, and in particular of the business world around them. Each successive level I describe in this article refers to the next degree of an engineer’s ‘initiation’ into the processes surrounding them and their understanding of their work in a broader context.

So, by “engineering awareness” as described in this article, I mean the depth of an engineer’s understanding of their role, the impact of their tasks, responsibilities and choices in an increasingly broader context at every organisational and business level. I hope this will help outline a path for development and define where the reader ‘is’ as an engineer. As a result, you will also learn what to do next to ‘move up to the next level.’

1. Intern or Graduate – Task-Oriented Work

Young engineers and master’s degree holders who are just leaving university are at this level. In their first job, they focus primarily on performing tasks under supervision, which are meticulously described. They rarely go beyond this framework. These engineers are able to use the knowledge they have gained through their education, but they rarely go beyond this scope. Their responsibility is also limited, involving the use of known techniques to perform assigned tasks under strict supervision and testing.

A programmer at this level has basic theoretical knowledge of programming and development tools, but does not yet have commercial experience. They most often work on minor bug fixes and simple functionalities (e.g. ‘changing the size of buttons’). In fact, a person at this level generates costs rather than profits for the company, as they also have to spend a lot of time learning about the company’s internal processes and mastering tools.

Key characteristics:

• Follows detailed instructions and established procedures
• Collects data and gathers information as instructed
• Performs routine technical work that does not require deep-dive into project details
• Receives close supervision and guidance on conventional problems
• Focuses on developing basic engineering skills and knowledge

Scope of awareness: Understanding at the task level with visibility not extending beyond the immediate performance of the task.

2. Engineer-Technician, Tool User – Junior

An engineer at the second level of awareness is one who has already understood that the knowledge gained at university is not enough to do a good job. They can use the tools they have used so far more efficently (to deliver assigned tasks faster or better), but they have also learned to use new tools imposed by the team. They are not a person who will take the initiative, but their independence and the difficulty of the tasks they undertake are increasing.

A programmer at this level works independently on fixing bugs and making simple changes. They are comfortable using familiar technologies and tools and can program freely in ‘their’ language. They can implement ready-made solutions and patterns, but in more difficult areas they are dependent on senior programmers. They can apply simple coding standards in their work (for example, use interfaces).

Key features:

• Performs basic design tasks and prepares some design documents
• Applies standard procedures and criteria to perform a sequence of tasks
• Demonstrates an understanding of typical software engineering concepts and programming tools
• Works with the support of more experienced engineers, but requires less direct supervision
• Focuses on building technical competence and developing skill sets

Scope of awareness: Extended technical understanding with increased awareness of project context and team dynamics. Understanding of the context of tasks within larger functionalities, awareness of the impact of one’s work on a module or component.

3: Process Improver and Innovator – Mid Level

An engineer at the third level begins to understand the limitations of their tools, but also knows how to work around them. They either adapt the tools to suit themselves or look for new ones that meet their requirements and, at the same time, the project requirements. An engineer at this level already understands their impact on the project and the project team. Such an engineer can also more boldly articulate their opinion, for example on processes that may be unnecessary or optimised…. The programming equivalent is a mid-developer. They can independently perform the tasks entrusted to them and have no problem using the technologies they work with. In a Scrum team, they actively participate in events (sprint planning or retrospectives). They are able to propose technological improvements for the project or organisational improvements for the team. They participate in code reviews and share their knowledge with juniors, as well as choosing the appropriate tools and libraries to complete the tasks assigned to them.

Key characteristics:

• Independently evaluates, selects and adapts standard techniques and procedures
• Proposes improvements to existing tools and workflows
• Effectively collaborates with cross-functional teams
• Performs moderate design and prepares complete design documents
• Demonstrates the ability to independently solve complex technical problems

Scope of awareness: Project-level understanding with recognition of how individual contributions impact team performance and project success. Perspective of the entire project, understanding how individual components work together and impact product quality.

4. Technical Leader and Team Mentor – Senior Level

An engineer at the ‘fourth level of awareness’ can already be called a senior engineer. Such an engineer should already have decision-making power within the team, which not only optimises the way the entire team operates, but can also be a proposal for change for other teams. Such an engineer is distinguished by their understanding of the impact of various procedures and tools on the effectiveness of the entire team’s work – sometimes they understand this on a subconscious level, and sometimes they can name these elements. Usually, such a person is also already a specialist in their narrow field, but this does not limit their understanding of interdisciplinary system architectures.

In addition to a good understanding of the impact of environments and tools on the team itself, such an engineer also understands dependencies on one additional level – that is time. This can be called a multi-project perspective. It means that this person understands and accurately predicts how a decision or change they are making will affect not only the current project, but may also affect future projects that the team will be working on. This could be, for example, adopting a new framework as the standard for current and future projects.

As a programmer, a senior should, on the one hand, work closely with the architect in designing systems (or perform this role themselves), and on the other hand, be a support for all other junior programmers. Their code should be absolutely exemplary, meeting all the standards adopted in the company. When solving complex problems – where a mid-level developer would write a thousand lines of code – after hours of thinking, they are able to introduce a new layer of abstraction, simplifying and reducing the level of complexity and the amount of code by half, for example.

Key features:

• Designs complete projects, systems or components independently
• Reviews project documents for compliance and quality assurance, conducts code reviews
• Supervises and advises junior engineers and technicians
• Makes strategic technical decisions that influence the direction of the project
• Leads complex technical projects and initiatives

Scope of awareness: Multi-project perspective with an understanding of the impact of technical decisions on organisational capabilities and resource allocation.

5. Inter-system and Inter-functional Integrator – Staff Engineer

An engineer at the fifth level of awareness can be called a staff engineer or chief engineer. Such an engineer will have decision-making power not only within their team, but will also have a significant influence on the work of other teams. Such an engineer is specialised in their field, but has broad (and not basic) knowledge of the principles and practices of various related fields. It is a little more difficult to move up to this level, as it requires systematic and holistic thinking.

Another distinguishing feature between level four and level five is how their decisions affect the entire company, the business – even if this understanding is limited. This means that they cannot, for example, determine all the effects of a decision, but they can still indicate the direction that a given decision will take the entire company. Such a person will already understand that not every decision that is optimal from an engineering point of view will also be optimal from a business point of view, and that business is more important than local optimisation (e.g. technological).

As a programmer, an engineer with this level of awareness will be an ideal candidate as an organiser when several teams deliver a common functionality. For example, when there are several Scrum teams in a company, but the result of their efforts is to be a single product. Such a person will easily find their place in a company where, for example, SAFe is implemented.

Key characteristics:

• Applies extensive knowledge in many engineering disciplines
• Creates and maintains technical standards in the organisation
• Acts as a technical specialist for broad organisational segments
• Collaborates effectively with product teams and non-technical stakeholders
• Can design the architecture of entire systems and applications using different technologies
• Contributes to strategic technical discussions and decision-making

Scope of awareness: Systemic understanding at the system level with recognition of the interdependence between technical solutions and business results. Understanding the role of the end user in business processes in software development.

6. Business and Technology Integrator – Engineering Manager/Technology Leader

Becoming a sixth-level engineer is a natural consequence of a better understanding of business processes by a fifth-level engineer. Most often, this will be a person who has exactly the same job title as a level five engineer. However, because they have a better understanding of business processes and dependencies within the corporation itself, they will be able to make engineering decisions that are optimal from a business perspective. Such a person will have commercial awareness of the organisation. They will understand that the business depends on the end user and the economic environment, and that technological solutions must meet not only technological and business expectations, but above all those of the target customer.

An engineer at this level, when proposing a change, will consider it in terms of optimisation for the user, and not necessarily technical optimisation, even if this may cause problems in the engineering teams. For example, if engineering teams want to use tool A, but the results of tool A are not optimal for the end customer, an engineer at this level will propose using tool B, which will provide greater value to the user. This may, of course, cause some conflicts within the engineering department, but it is necessary to deliver even better value.

A developer at this level will combine deep technical knowledge with an understanding of business processes. They will be able to communicate effectively with non-technical stakeholders and translate business requirements into technical solutions. They should be able to analyse user behaviour and predict how specific changes will affect specific habits and the inflow or outflow of users.

Key characteristics:

• Understands market requirements, user needs and business priorities
• Makes technical decisions in the context of company goals and market requirements
• Communicates effectively with non-technical stakeholders using business terminology
• Participates in strategic planning and resource allocation decisions
• Communicates with management using business language
• Manages budgets, schedules, and cross-functional teams

Scope of awareness: A business-integrated perspective with an understanding of how technical decisions impact financial performance, market position, and competitive advantage.

7: Strategic Organisational Leadership – Chief Engineering Officer/Chief Technical Officer

In our categorisation, this is the highest level of engineering awareness, and it is not important whether it comes from a programming environment or other engineering field (this will only be relevant in terms of the company’s specialisation). Such a person will obviously no longer undertake strictly engineering work, but will rather act as a consultant and indicate the direction in which other engineers should strive. They will rather be a representative of the engineering division before or within the board of directors. This position may be called chief engineer or, for example, CTO. The sixth-level engineer and the seventh-level engineer may not differ much in terms of knowledge. The differences will be more in terms of decision-making power and authority.

Key characteristics:

• Makes strategic decisions with far-reaching implications for the organisation
• Demonstrates a high degree of creativity, foresight and mature judgement in planning and organising extensive programmes
• Leads programmes that are critical to the organisation
• Represents the organisation as an expert and industry spokesperson
• Defines programme objectives and requirements for major organisational initiatives

Scope of awareness: A holistic organisational perspective encompassing strategic, financial, operational and competitive considerations with an understanding of long-term industry trends and market dynamics.

Pathways for Software Engineer Progress and Development

The journey through these levels of awareness is not strictly linear, and engineers may develop different aspects of awareness at different rates. Key factors influencing progress include:

Professional development activities:

• Participation in cross-functional projects
• Training and business education
• Mentoring and coaching relationships
• Industry involvement and networking

This list also clearly shows that above level four, the main specialisation ceases to be so important, and ‘entering’ a higher level of awareness is increasingly linked to business and strategic knowledge. Therefore, it is important to remember that not everyone will want to go through all these levels. Engineers who have very precise minds but no heart or understanding of business may stop at level three or four and never advance higher. And that’s fine if they feel comfortable with it and understand it.

Even though I have assigned a job title to each ‘level,’ I have pointed out several times that this is not a rigid division, and the smaller the organisation, the more these levels overlap between different positions. Nevertheless, there are several key ‘transitions’ that require a change in thinking:

• The first occurs between levels 3 and 4, where individual contribution to team leadership is already required
• The second key transition is between levels 4 and 5, where it is necessary to acquire greater awareness of the surrounding business
• The third transition is between levels 5 and 6, where technical expertise must give way to strategic thinking and leadership skills

As you may have noticed, I have deliberately avoided assigning years of experience to each level of development in this article. It is obvious that each level takes time, but the pace will be different for each person and will depend on many factors. Therefore, I decided that it did not make sense, although one could estimate that each level requires 1-3 years of experience.

Tabular Summary of Engineering Awareness Levels

Below is a simple summary of everything I have described above.

Engineering awareness represents a multidimensional progression from task-focused execution to strategic organisational leadership. Each level builds on previous competencies while expanding the scope of understanding and responsibility. Organisations benefit from recognising and supporting the development of engineers at these levels of awareness, as higher levels of awareness contribute to more effective decision-making, better cross-functional collaboration, and a stronger alignment between technical work and business objectives. However, it is important not to forget the most important thing in all of this: the people themselves, our Engineer.