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Contents
Technical Architect Resume: The Essentials
Why This Technical Architect Resume Works
How to Write a Technical Architect Resume That Gets Interviews
What to Include in a Technical Architect Resume
Technical Architect Resume Summary Examples
Technical Architect Work Experience Examples
Top Technical Architect Skills
Key Certifications & Licences for a Technical Architect
Common Technical Architect Resume Mistakes
Technical Architect Resume FAQs
Summary
Technical architect with eighteen years in software, the last seven owning the architecture of complex systems for enterprises in London. Designs scalable, resilient solutions, sets technical direction and standards, and guides teams from design through delivery across application, data, integration and cloud. Led the architecture of a platform modernisation that improved scalability and cut running costs. Defines target architecture and roadmaps, governs solution designs, makes build-versus-buy and design trade-offs, and mentors engineers while staying close to the code. Strong on both deep technical breadth and the communication and judgment an architect needs. Pragmatic about trade-offs and trusted across business and tech. Looking for a technical-architect, solution-architect or principal-engineer role on systems where scale and reliability matter.
Work Experience
Technical Architect
London Enterprise Technology, London, UK
Apr 2016 – Present
- Own the architecture of all the complex systems and set the whole technical direction and standards.
- Led the architecture of a platform modernisation that improved the scalability and cut running costs.
- Design all the scalable and resilient solutions across the application, the data, integration and cloud.
- Govern all the solution designs and make all the build-versus-buy and the key design trade-offs.
- Guide all the teams from the design through delivery and mentor the engineers along the way.
- Stay close to the code while leading the whole architecture right across the entire technical estate.
Senior Developer / Solution Architect
City Software Group, London, UK
Aug 2005 – Mar 2016
- Built the enterprise software and progressed to solution architect on the programmes.
- Led the design and the technical direction across the complex projects there.
- Learned the distributed systems, the cloud and architecture in real depth there.
- Gained the architecture certification and then moved into a technical-architect role.
Software Developer
City Software Group, London, UK
Jun 2003 – Jul 2005
- Built the enterprise software as a developer in the delivery teams.
- Learned the solid design, testing and the engineering on real systems.
- Built up the engineering depth that good architecture is built on.
- Then earned the move into a full senior-developer role from there.
Education
BSc (Hons) Computer Science, Computer Science
Imperial College London
Sep 2002 – Jun 2005
- Computer science degree covering software engineering, systems and architecture. It built the deep technical foundation behind architecture. Led into a career from developer to architect.
TOGAF & Cloud Architecture Certification, Software Architecture
The Open Group / AWS
Jan 2014 – Aug 2014
- Certification in TOGAF and cloud architecture covering frameworks, scalable design and governance. It formalised the architecture practised daily. Applied directly to the platform modernisation and design.
Highlights
Platform modernisation
- Led the architecture of a platform modernisation that improved scalability and cut running costs. A modern, well-designed platform pays back on every release and every bill.
Architect close to the code
- Stays close to the code and teams while owning architecture, standards and direction. Engineers trust an architect who understands the reality of building it.
Certifications
TOGAF & Cloud Architecture
The Open Group / AWS
Aug 2014 – Present
- Certification in TOGAF and cloud architecture covering frameworks, scalable design and governance. It formalised the architecture practised daily. Applied directly to the platform modernisation and design.
Microservices & Event-Driven Design
VMware Spring
Apr 2019 – Present
- Certification in microservices and event-driven design covering APIs, messaging and resilience. It supports the scalable, resilient architecture designed across the application and integration estate.
Key Projects
Cloud Platform Migration
Jan 2019 – Mar 2020
- Led the architecture of a move to the cloud and microservices, redesigning the estate so it scaled with demand, ran more cheaply and was far easier for the teams to evolve and release.
Integration & API Platform
Jun 2020 – Feb 2021
- Designed an integration and API platform connecting the core systems, so data flowed reliably between them and new services could be built and released without bespoke point-to-point work.
Languages
- English (UK) — Native or Bilingual Proficiency
- French — Limited Working Proficiency
Technical Skills
- Solution Architecture
- System Design
- Cloud Architecture
- Microservices
- Data & Integration
- TOGAF / Frameworks
- Technical Governance
- Performance & Scale
- Build-vs-Buy Analysis
- Mentoring
Personal Skills
- Strategic Thinking
- Problem Solving
- Communication
- Pragmatism
- Leadership
Activities & Interests
- Ghost Hunting
- Football
- Dating
- Watching Tv
- Ski
Technical Architect Resume: The Essentials
Before the detail, here is what actually decides a strong technical-architect resume:
- Lead with the systems you architect and the scale behind them: throughput, users, data volume or availability targets. 'Designs scalable systems' is empty without the numbers that made it hard.
- Show outcomes tied to money and risk, such as running-cost reduction, latency cut, or an availability SLA met, because architects are judged on business impact, not diagram count.
- Name your architecture toolkit and evidence it: TOGAF, C4 diagrams, ADRs, well-architected reviews, non-functional requirements, so the reader sees rigour, not just seniority.
- Prove you still stay close to the code. An architect who cannot be trusted on implementation detail loses the engineers, and hiring teams screen hard for this.
- Make the governance and trade-off work explicit: build-versus-buy calls, design authority, standards you set, since that judgement is what separates an architect from a senior developer.
- Distinguish the flavour of architecture you do (solution, enterprise, cloud, integration, data) because a modernisation lead and a data-platform architect are read against different bars.
Why This Technical Architect Resume Works
The sample reads like an architect trusted to own direction while still respected by the engineers building it. A few structural choices are worth copying:
- The summary anchors on a specific outcome, leading a platform modernisation that improved scalability and cut running costs, so the reader sees business impact before any technology list.
- It names the four domains the role spans (application, data, integration, cloud), which tells an enterprise reader exactly how broad this architect's remit really is.
- The eighteen-years-in-software, last-seven-in-architecture framing signals depth earned through delivery rather than a title handed over, which is what gives an architect credibility.
- It pairs technical breadth with the communication and judgement an architect needs, and explicitly staying close to the code, so the writer reads as neither an ivory-tower architect nor a lone senior developer.
- The career runs developer to senior developer or solution architect to technical architect, so progression and hands-on roots are shown by structure without the candidate claiming them.
- The highlighted projects (a cloud and microservices migration, an integration and API platform) give a hiring panel two verifiable, scoped wins behind the headline claim.
How to Write a Technical Architect Resume That Gets Interviews
Panels for this role read for judgement under constraints and for credibility with engineers. Write so both are visible before the first diagram is ever discussed:
Frame the system by scale and constraint
Open each major role with what made the architecture hard: transactions per second, concurrent users, data volume, an availability target, or a regulatory constraint. 'Architected a platform serving 40 million requests a day at 99.95 percent availability' tells a panel more about your level than any list of patterns or cloud services.
Tie architecture decisions to business outcomes
Architects are hired to change cost, risk and speed, so quantify those. Name the running-cost reduction from a cloud redesign, the latency you cut, the release frequency you enabled, or the outage class you designed out. A trade-off is only credible when you show what it bought and what it cost.
Evidence your architecture practice
Show the how, not just the what: TOGAF or a well-architected review you ran, C4 diagrams and architecture decision records you authored, non-functional requirements you set, a design authority you chaired. This proves you architect with discipline rather than drawing boxes, which is exactly what senior panels probe for.
Prove you stay close to the code
The fastest way to lose an engineering panel is to read as an architect who stopped building years ago. Reference a proof-of-concept you coded, a performance problem you debugged, or a framework decision you made hands-on. Credibility with the delivery teams is a core part of the job, so put evidence of it on the page.
Make governance and trade-offs explicit
The judgement work is what separates an architect from a senior developer, so name it. Show a build-versus-buy decision and its reasoning, standards you set across teams, or a costly design you talked the business out of. These decisions, with their trade-offs, are the strongest evidence of architect-level thinking.
Tailor to solution, enterprise or cloud architecture
A solution architect is scoped to a programme, an enterprise architect owns cross-cutting strategy, a cloud architect goes deep on one platform. Weight your bullets toward the flavour the role wants, so your trade-off stories land at the right altitude for that title.
For senior, high-stakes moves it can pay to have an expert writer shape it with you.
What to Include in a Technical Architect Resume
Beyond the standard sections, these blocks carry disproportionate weight for an architecture role:
A headline system with its scale: users, throughput, data volume or availability target, plus your architectural role on it.
A domains line (application, data, integration, cloud, security) so a reader can place the breadth of your remit at a glance.
Your frameworks and practice: TOGAF, C4, ADRs, well-architected reviews, and the non-functional requirements you own.
A cloud-platform depth cue (AWS, Azure or GCP) with the services that matter for scale, not a generic 'cloud' label.
A governance or design-authority reference, since chairing standards and trade-off decisions is what marks architect seniority.
A hands-on signal, such as a proof-of-concept you built or a performance issue you fixed, to show you have not left the code behind.
Technical Architect Resume Summary Examples
Match the summary to your flavour of architecture and seniority. These three add breadth around the sample, an emerging architect stepping up from senior engineering, a mid solution architect, and a senior or principal architect:
Entry-level resume summary example
Senior software engineer stepping into a solution-architect role, with ten years building distributed backend systems in Java and Go and the last two owning technical design for a payments squad. Comfortable turning ambiguous requirements into a target design, writing architecture decision records, and setting the non-functional requirements around latency, throughput and failure modes. Led the design of a service split that took a monolith to event-driven microservices on AWS, cutting deployment lead time from days to hours while holding a 99.9 percent availability target. Still hands-on in code reviews and proofs-of-concept, and looking to grow into a full technical-architect remit spanning integration and data alongside application design.
Mid-level resume summary example
Solution architect with eight years designing enterprise systems across application, data and integration, currently owning the architecture for a retail platform serving 30 million requests a day. Sets target architecture and standards, runs well-architected reviews, and governs solution designs through a design-authority board, balancing build-versus-buy calls against cost, risk and delivery speed. Led a cloud migration that redesigned the estate onto AWS and cut infrastructure running costs by roughly 35 percent while improving release frequency from monthly to weekly. TOGAF-certified and still close to the code, trusted by engineering teams because architectural decisions come with reasoning and trade-offs, not mandates. Looking to broaden into enterprise architecture across a wider technology estate.
Senior-level resume summary example
Principal technical architect with eighteen years in software and the last eight owning architecture for large-scale, high-availability platforms across finance and retail. Defines multi-year target architecture and roadmaps, chairs the design authority, and takes technical responsibility for the trade-offs that shape cost, resilience and delivery across application, data, integration and cloud. Led a platform modernisation onto microservices and event-driven design that scaled to peak load without failure, cut running costs by a seven-figure annual sum, and halved mean time to recovery. Mentors staff and principal engineers toward architecture while staying hands-on in critical proofs-of-concept. Trusted equally by boards and engineering teams, and focused on architecture leadership where scale, reliability and pragmatic judgement genuinely matter.
Technical Architect Work Experience Examples
Write bullets that carry the system's scale, the architectural decision you made and the outcome in cost, risk or performance. These labelled sets show how a technical architect's experience reads across three common specialisms:
Cloud & platform modernisation
- Led the architecture of a monolith-to-microservices migration onto AWS for a platform serving 30 million requests a day, cutting infrastructure running costs by around 35 percent while lifting release frequency to weekly.
- Redesigned the compute and data tier around autoscaling and managed services, holding a 99.95 percent availability target through peak trading and removing the single points of failure that had caused prior outages.
- Set the well-architected review process and the landing-zone standards adopted across six delivery teams, giving every new service a consistent security, cost and resilience baseline before it shipped to production.
- Made the build-versus-buy call to adopt a managed event bus over a self-hosted broker, documenting the trade-off in an ADR that saved an estimated 400 engineering hours a year in operational maintenance.
- Ran a performance and cost proof-of-concept comparing serverless and container options, then set the target pattern that cut the platform's cloud bill by a six-figure annual sum without breaching latency budgets.
Integration & data architecture
- Designed an integration and API platform connecting eight core systems through an event-driven backbone, replacing brittle point-to-point links so new services shipped without bespoke integration work each time.
- Defined the canonical data model and API contracts across domains, cutting the average integration effort for a new consumer from several weeks to a few days and removing a recurring source of production defects.
- Architected a streaming data pipeline on Kafka feeding analytics and operational systems, sustaining sub-second latency at peak volume and giving the business near real-time reporting it had never had before.
- Introduced an API gateway and governance standard covering versioning, security and rate limiting, which let 40-plus internal services expose APIs consistently and safely across the enterprise estate.
- Led the data-migration architecture for a legacy decommission, sequencing dual-run and reconciliation so the cutover completed with zero data loss and no downtime for the dependent customer-facing services.
Enterprise architecture & governance
- Defined the multi-year target architecture and roadmap for a business unit, aligning application, data and cloud strategy so individual programmes delivered toward one coherent estate rather than competing designs.
- Chaired the design authority board reviewing solution designs across the portfolio, catching costly or non-compliant patterns early and holding designs to agreed non-functional and security standards.
- Ran the technology-selection and build-versus-buy process for a core platform decision, presenting a scored options analysis to the board that avoided a seven-figure commitment to the wrong vendor.
- Set the architecture standards, reference patterns and ADR practice adopted org-wide, giving 200-plus engineers a shared decision framework that reduced rework and sped up solution design across teams.
- Mentored senior engineers into architecture roles through design reviews and pairing, building the internal architecture capability the organisation had previously bought in through expensive contractors.
Top Technical Architect Skills
Panels read this block to confirm architectural breadth and hands-on depth, so lead with the design and platform competencies and keep the soft skills tight:
Hard skills
- Solution & System Architecture
- Enterprise Architecture (TOGAF)
- Cloud Architecture (AWS / Azure / GCP)
- Microservices & Event-Driven Design
- Domain-Driven Design
- API & Integration Architecture
- Data Architecture & Streaming (Kafka)
- Non-Functional Requirements (Performance, Scale, Resilience)
- Well-Architected & Design Reviews
- Architecture Decision Records (ADRs)
- C4 Modelling & Architecture Diagramming
- Build-vs-Buy & Technology Selection
- Technical Governance & Design Authority
- Infrastructure as Code (Terraform)
- Security & Compliance by Design
- Observability & Reliability Engineering
- Cost Optimisation (FinOps)
- Roadmapping & Target Architecture
Soft skills:
- Pragmatic judgement
- Trade-off analysis
- Stakeholder communication
- Strategic thinking
- Technical leadership
- Mentoring
Key Certifications & Licences for a Technical Architect
Architecture credentials will not win a role on their own, but the right ones confirm framework and cloud depth to a panel. These are the certifications that genuinely strengthen a technical-architect resume:
-
TOGAF 10 Certified
— The Open Group The standard enterprise-architecture framework credential; most valued for solution and enterprise-architecture roles that govern across teams.
-
AWS Solutions Architect - Professional
— Amazon Web Services The deepest AWS design credential; strong evidence of cloud-architecture depth for roles centred on AWS scale and cost.
-
Azure Solutions Architect Expert
— Microsoft The equivalent depth credential for Azure estates; relevant where the target platform is Microsoft-centric.
-
Google Professional Cloud Architect
— Google Cloud Confirms GCP design depth; worth holding for roles architecting on Google Cloud.
-
CPSA-F
— iSAQB Vendor-neutral software-architecture certification focused on design method and documentation, complementing the cloud and TOGAF credentials.
Common Technical Architect Resume Mistakes
These are the errors that quietly sink a technical-architect resume, all specific to how architecture panels judge the role:
- Listing technologies and patterns with no scale or constraint, so a panel cannot tell whether you architected something genuinely hard or just used the words.
- Describing designs with no business outcome. An architecture with no cost, risk or performance result behind it reads as diagrams, not impact.
- Reading as an ivory-tower architect who left the code years ago, with nothing hands-on to reassure an engineering panel you can be trusted on detail.
- Hiding the judgement work. Omitting build-versus-buy calls, trade-offs and governance makes you look like a senior developer with a new title.
- Blurring the flavour of architecture, so a solution-architect role cannot tell if your enterprise-strategy experience actually fits the scoped, delivery-focused job.
- Padding with every framework and cloud service instead of the two or three decisions that show real architectural thinking under constraint.
Technical Architect Resume FAQs
The questions candidates most often search when writing a technical-architect resume:
Lead with solution and cloud architecture, microservices and event-driven design, API and integration architecture, and the non-functional requirements you own around scale and resilience. Add your practice (TOGAF, C4, ADRs, well-architected reviews) and a hands-on cue. Panels look for breadth across domains plus proof you still understand implementation detail.
Tie architecture decisions to scale and business outcomes: requests per second or users served, availability target met, running-cost reduction, latency cut, or release frequency improved. A line like cutting cloud running costs 35 percent while holding 99.95 percent availability is exactly the evidence an architecture panel wants.
Not code itself, but clear evidence you still work close to it. Reference a proof-of-concept you built, a performance problem you debugged, or a framework decision you made hands-on. That credibility is what earns the trust of engineering teams, and panels screen for architects who have not drifted away from delivery.
The core is similar, but weighting differs. A solution-architect resume centres on programme-scoped design and delivery; an enterprise-architect resume centres on cross-cutting strategy, standards and roadmaps; a cloud-architect resume goes deep on one platform. Tailor which of these you foreground to the role you are targeting.
Two pages is normal at this seniority, given the depth of systems and decisions to evidence. Keep it two, not three, by leading with headline architectures and their outcomes and summarising early-career development roles briefly rather than listing every project in full.
No, TOGAF is not required, and strong delivery experience matters more. It helps for enterprise and solution-architecture roles that govern across teams and expect framework fluency, while cloud-heavy roles often value an AWS, Azure or GCP professional-level certification more. Lead with real architecture outcomes and list certifications as support.
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