On a mission to help engineers to be more entrepreneurial | Project Director @ Legacy Property Chartered Civil and Structural Engineer passionate about design thinking, innovation and challenging the status quo.

The best engineers don’t just design. 


They think. 


They create. 


They lead. 


They shape the future. 


That’s been the theme of my 25+ year career, starting on site in trenches, with pipes, pumps and concrete, and evolving into a Chartered civil and structural engineer, Director, Advisor, Mentor, Coach, and community builder.


My career has spanned over $5B of infrastructure and development projects across Australia and Vietnam. 


But the turning point came when I realised engineering wasn't just about drawings and approvals, it was about value, clarity, and execution. 


I once saved a client $1M in 1 hour of drawing review. 


That shift changed everything.


Today, I lead Vinculum Advisory—an engineering consultancy focused on specialist engineering and delivery management for development and infrastructure projects across NSW. We help our clients navigate the most complex components of design, risk and delivery, bringing technical clarity and strategic thinking to every phase.


I also serve as Technical Director at Legacy Property, where I drive value engineering and strategic outcomes across their portfolio. My role spans due diligence, planning, approvals, masterplanning and delivery, ensuring smarter outcomes, faster execution, and best-for-project results.


My technical strengths are matched by a deep commercial lens, blending engineering logic with development and delivery strategy.


And that mindset now powers everything I do:


THINK — Strategic vision, technical excellence, and future-focused frameworks. 


CREATE — Platforms like 3 Degrees of Separation and The Entrepreneurial Engineer to connect and elevate engineers and entrepreneurs.


SHAPE — Real outcomes, team building, smarter delivery, and future-ready professionals.


I speak to rooms, mentor individuals, and advise businesses, not just to talk about engineering, but to talk about where our future is going.

I also have a podcast that dives into real people, their stories and highlights what makes them more entrepreneurial.

https://youtube.com/@theeepod?si=tlDxFeznvs4UdPxt

Because the future of this industry doesn’t belong to the most technical. It belongs to the most adaptable. 

The most curious. 

The most willing to lead.

If you’re an engineer, entrepreneur or young professional ready to think bigger, create and shape your future, and make more impact, let’s connect.


#EntrepreneurialEngineer #VinculumAdvisory #LegacyProperty #3DegreesOfSeparation #ThinkCreateShape

Darren Flynn

Most engineers don’t fail because they lack software skills.

They fail because they never learned first principles...

When you understand load paths, equilibrium, engineering fundamentals and forces:
 
You spot bad designs instantly.

You don’t panic when assumptions change.

You stop hiding behind models.

Software makes you fast.

First principles make you right.

That’s the difference between doing engineering…

and thinking like an engineer.

On a mission to help engineers be more entrepreneurial. Passionate about design thinking, innovation, tech, future, AI and challenging the status quo.

The most heroic story of the Titanic wasn’t on the deck.

It was deep below it...

When the ship struck the iceberg, all 35 engineers understood the reality immediately.

If they left their posts, the ship would go dark.

So they stayed.

They worked waist-deep in freezing water.

Surrounded by steam, noise, and chaos.

Keeping the generators alive long enough for lights to guide passengers and for the radio to send the SOS that would summon rescue ships.

Because they held the line, hundreds of people lived.

Not one of them survived.

They didn’t panic.

They didn’t run.

They chose duty, knowing the cost.

This is what quiet courage looks like.

This is what it means to be an engineer.

6 things they don’t teach you as an Engineer at University.

But should...

1. Knowing what the client wants is sometimes more important than knowing what the project needs.

You can design the perfect plan.

But if it doesn’t solve the client’s actual fear, constraint or objective…

It’s useless.

2. Being able to explain a technical solution is more valuable than the solution itself.

Clarity wins projects.

Confidence wins trust.

Communication gets you promoted.

3. Managing an inbox and prioritisation is a career skill.

Engineering isn’t just calculations.

It’s 63 unread emails

3 urgent phone calls.

A client chasing drawings.

A contractor, just needing something quick.

Your ability to triage pressure determines your trajectory.

4. You are paid for judgement, not drawings.

Graduates think they’re paid to draft.

Mid-level engineers think they’re paid to design.

Senior engineers are paid to decide.

The higher you go, the less you draw and the more you understand and own risk.

And mitigate it.

5. Relationships will outperform raw intelligence.

The best engineer doesn’t always win.

The most trusted one does.

Clients hire people they believe in.

Councils respond to people they respect.

Contractors cooperate with people they like.

Technical ability gets you in the room.

Reputation keeps you there.

6. Your career is a commercial asset. Treat it like one.

University teaches engineering theory.

It doesn’t teach leverage.

It doesn’t teach positioning.

It doesn’t teach personal branding.

Your salary is tied to:

Visibility

Perceived value

Risk appetite

Commercial awareness

The engineers who understand money, influence and strategy early… 

Will win the engineers game.

My LinkedIn feed be like: 

AI will replace engineers.

AI will make engineers 10x.

AI agents are running engineering companies now.

Degrees are useless.

Degrees are everything.

The job market is dead.

Here’s how I made $500k online. 

Learn to code.

Coding is dead. Vibe code.

Personal brand is cringe.

Personal brand is king.

Everyone’s suddenly an AI futurist.

Everyone’s a labour market economist.

Everyone’s a tech prophet.

While LinkedIn argues, I'll be building actual projects and solving real world problems...

The LinkedIn algorithm has changed. 

But I haven't...

I'm still posting anyway. 

Still trying to inspire the next wave of engineers. 

Still trying to break the stereotype that engineers are boring. 

Still getting up early to add value to our projects and clients.

Still pushing for infrastructure and housing delivery in NSW.

And

Still trying to slow down.

Anyway, regardless of the algo, a simple reminder to keep pushing for what you believe in.

*hoping the algo still likes a good ol selfie....

66 years...

From a 5-megabyte hard drive that needed a forklift…

To a 1-terabyte card you can lose in your pocket.

Now imagine another 66 years.

Engineers won’t just make things smaller or faster.

We’ll reshape what’s even possible:

Materials that heal themselves against corrosion or damage 

AI agents and robots that design and construct.

Infrastructure that predicts failure before it happens

Water networks that run with zero loss

Energy grids that think, trade, store and use power on demand 

Engineers who manage million-node systems instead of spreadsheets

The next leap won’t come from luck.

It’ll come from the people who can think differently, ask better questions, and push the boundaries of what engineering should be.

66 years.

The engineering industry is ageing, and we’re not replacing them fast enough.

Here’s the uncomfortable truth...

Australia’s infrastructure pipeline is exploding!

Transport upgrades

Water infrastructure

Energy transition

Data centres

Housing supply

Urban expansion

Billions committed. 

Decades of work ahead.

And yet…

Our most experienced engineers are retiring.

Mid-level engineers are burnt out.

Some graduates are disengaged.

And firms are quietly fighting over the same 10 A team people.

This isn’t a future problem. It’s already happening.

The real question...

Who is going to design the next 20 years of Australia?

Who is going to:

Sign the certificates?

Own the risk?

Defend the design to authorities?

Lead delivery teams?

Make commercial decisions when projects go sideways?

Because spreadsheets don’t sign certificates.

And AI doesn’t carry $10M PI

People do.

Here’s where we’re failing:

We complain about the “engineering shortage.”

But what are we doing to solve it?

Are we mentoring properly?

Are we giving graduates responsibility early?

Are we teaching commercial literacy?

Are we exposing young engineers to clients?

Are we building leadership…
or just billable hours?

Too many firms:

Complain about the pipeline

Underinvest in training

Expect loyalty without growth

Promote based on tenure, not capability

That model is broken.

The status quo is dangerous

If we don’t accelerate development:

Delivery risk increases

Approval timelines stretch

Fees get squeezed further

Debt stacks 

Technical quality declines

Burnout compounds

The future of engineering isn’t about producing more graduates.

It’s about producing better engineers, faster.

Engineers who:

Think commercially

Communicate clearly

Understand risk 

Lead rooms, not just design 

See systems, not just details

The next decade belongs to firms that build capability, not just projects.

If you’re a Director:

You’re not just responsible for delivery.

You’re responsible for succession.

If you’re a young engineer:

Stop waiting for permission.

Step up faster than the industry expects.

Because Australia doesn’t just need infrastructure.

It needs engineers capable of building it.

And right now, we’re not replacing ourselves fast enough.

If this resonates, share it.

The pipeline won’t fix itself.

Rant over...

Most engineers think their career is a straight line...

it's not...

Graduate.

Learn the software.

Deliver projects.

Get promoted.

But the real engineering career is a full circle.

You start your career obsessed with technical answers.

You want to know the right design.

The correct calculation.

The perfect detail.

You believe the job is to solve problems with engineering.

And for a while, that’s exactly what you do.

Then something shifts.

You start sitting in meetings with clients.

You see budgets, politics and risk.

You realise the project is not just about the design.

It’s about decisions.

Suddenly the skills that matter start to change.

Communication matters.

Commercial awareness matters.

Stakeholder management matters.

You begin to understand that great engineers don’t just design solutions.

They shape outcomes.

Then later in your career something even stranger happens.

You come back to the start.

But this time you see it differently.

You still care about engineering.

You still care about good design.

But now you understand that the real job was never just about the design itself.

It was about judgement.

The full circle of an engineering career looks like this:

Learn the tools

Deliver the work

Understand the client

Manage the risk

Shape the outcome

Teach the next generation

The best engineers eventually realise something simple.

Engineering is not just about building things.

It’s about building people who will build the future.

The Garzón Lagoon Bridge in Uruguay.

Hong Kong’s hidden water tunnels are awesome...

A stormwater drainage system built to move water fast beneath the city.

Part infrastructure

Part waterfall.

Its crazy what most take for granted.

Where did the water go?

Having spent my entire career fascinated with what's underground. 

I should have been a ninja turtle.

Be kind to your:

Site Engineer 

Graduate 

Assistant PM

Colleague 

Because one day they might be your:

Client 

Boss

Manager 

Partner 

This is the circle of an engineering career...

This breathtaking image may look like a gigantic tree sprouting from the ground...

It’s actually a river delta, where nature paints with water instead of paint.

What you see is called a dendritic pattern, from the Greek dendron, meaning “tree.”

It’s a recurring formation in nature, seen in river systems, blood vessels, lightning, and even neural networks.

It’s the geometry of connection.

The same pattern that powers nature… powers us.

Your network works the same way.

Every conversation branches.

Every introduction flows.

Every shared idea joins others downstream to form something larger.

A system of opportunities, energy, and growth.

Like water, your network carves its path over time.

It splits, reconnects, and creates new channels of value.

The more you nurture it, the stronger and more beautiful it becomes.

Thank you to all of my connections and friends here who have liked, commented, reposted, and even come to meet me for coffee.

I’ve never really been a car guy...

You know the stereotype.

Engineers are supposed to love cars.

Know every engine spec.

Talk about torque curves and gear ratios.

Spend weekends under the bonnet like a mechanic.

That was never really me.

I’ve always been more interested in systems than machines.

How cities work.

How infrastructure connects.

How water moves through networks.

How developments turn into communities.

The scale just fascinated me more.

But every now and then…

A car comes along that even an engineer who doesn’t care about cars looks at and thinks:

Alright… that’s pretty cool.

Not because of the horsepower.

But because of the engineering. 

Not the badge.

But the thinking behind it.

The Sydney Tram Network in 1947...

Why did they make a decision to turn most of them all into roads for cars?!

In the heart of Hama, Syria, the majestic wooden norias have danced gracefully atop the Orontes River for nearly a millennium.

A testament to the brilliance of medieval engineering. 

Among them, the Noria al-Muhammadiya, constructed in 1361 CE, towers like a six-story monument, extending an impressive 21 meters across. 

This engineering marvel was capable of lifting a staggering 200,000 liters of water each hour, demonstrating not just functionality but remarkable craftsmanship. 

These intricate waterwheels, equipped with 120 meticulously crafted collection boxes, served as the lifeblood for the surrounding community, powering an ingenious ecosystem that nurtured agriculture, provided for homes, and even sustained the local mosques and gardens. 

In their heyday, over 30 norias lined the banks of the river, their rhythmic turning synchronizing with the gentle flow of the water beneath. 

While the world has changed and only 17 of these historical giants remain operational today, they stand not merely as remnants of a bygone era, but as enduring symbols of human ingenuity and sustainable design.

Each rotation connects the past with the present, echoing the harmony that once filled the air, a reminder that ingenuity in design can withstand the test of time, nurturing both humanity and nature in a delicate balance. 

As we observe these monumental structures, we reflect on the resilience and innovation that shape our civilizations, leaving a legacy that continues to inspire and remind us of our responsibility to harmonize with the world around us.

Your career has a foundation...

Most engineers never think about how they’re building it.

But look at this image.

Every pile type here is a perfect analogy for how your career grows:

End Bearing Pile.

“Experience at the bottom”

Some people rely entirely on that one solid experience — a great first job, one strong mentor, one major project.
It holds them up… until it doesn’t.

Friction Pile

“Progress by consistency”

This is the engineer who shows up every day.

Learns. Improves. Refines.

They build capacity gradually, not from one big break, but from hundreds of small ones.

Combination Pile

“Skill + Reputation”

This is where careers really take off.

Technical competence (end bearing) plus influence, communication, and relationships (friction).

That’s when you stop being replaceable.

Sheet Piles

“Your Network”

Surround yourself with the right people and you form a wall of protection around your career.

Opportunities stop leaking away.

You hold the line when things get tough.

Micro Piles

"Small wins, repeated”

Certifications.

Short courses.

LinkedIn posts (yes it's true).

New frameworks.

They look small… 

but stacked together, they carry massive loads.

Raft on Pile

“Entrepreneurial Engineering”

This is where you build something bigger than yourself.

You don’t just rely on piles.

You build a platform:

Your personal brand

Your leadership. 

Your ability to mentor others. 

Your commercial mindset.

When you combine all of it, your career becomes unlimited.

Most engineers try to build skyscraper ambitions on shallow foundations.

Don’t be one of them.

Strengthen your piles.

Reinforce your base.

Build your foundation.

Most engineers try to change the world.

Few realise they first need to change the way they look at it....

Same project.

Same client.

Same constraints.

Different lens = completely different outcome.

You can look at:

A council condition as a roadblock

A risk register as a compliance exercise

A tough client as “difficult”

A budget issue killing a project.

Or…

You can look at:

The condition as leverage

The risk register as strategy

The tough client as a lesson in influence

The budget issue forcing innovation

Engineering isn’t just maths.

It’s perception. It’s positioning. It’s perspective.

The best engineers I know don’t just solve problems.

They redefine them.

Every engineer starts here,  feeling small.

New role.

Big projects.

Bigger problems.

Everything towering over you.

At the start, engineering feels overwhelming.

Like the world is too big…

and you’re not built for it.

Then something shifts.

You learn.

You survive.

You deliver.

One day you look up and realise: 

You’re no longer beneath the seniors.

You’re standing among them.

But here’s the part no one tells you 

That feeling of “smallness”?

It never fully goes away.

Because every time you grow… 

The world gets bigger too.

New problems.

New responsibility.

New stakes.

That’s engineering.

The ones who win don’t chase comfort.

They respect the scale, reflect on how far they’ve come, and keep learning anyway.

Stay humble.

Stay curious.

Never stop growing.

This collage juxtaposes masonry from four distant sites..

Sacsayhuamán and Qoricancha in Peru.

The Osireion in Egypt.

Ahu Vinapu on Easter Island.

Despite their separation by oceans and millennia, from the 26th century BCE in Egypt to the 15th century CE in the Andes

The stonework shares a haunting precision.

Multi-angled joints, smooth surfaces, and seamless fitting without mortar.

Archaeologists debate whether this reflects convergent engineering or a lost architectural lineage. 

Each wall reveals the same human drive to master stone and resist time. 

Whether forged by pharaohs, priests, or kings, these patterns suggest a universal engineering language.

Geometry as both structure that only longed to build something that would last forever.

Arvada, Colorado  USA. 

Obsessed with cool MH covers.

The Moller House in Vienna, designed by Adolf Loos and built between 1927 and 1928, exemplifies his radical approach to modern architecture, emphasizing functional spatial organization over decorative excess. 

Looks like a face to me...

The house embodies Loos' Raumplan concept, where interior spaces are arranged in a dynamic, multi-level composition tailored to their intended use rather than adhering to traditional floor plans. 

Externally, the façade presents a restrained, cubic form with asymmetrical openings, reflecting Loos' belief in architectural simplicity and the rejection of ornament.

IPCS

During my job search in Australia, I often received feedback from interviews and networking events that I lacked technical knowledge and experience designing Control System solutions and using various PLC and SCADA software. 

This is true, considering it had been a while since I had actively worked in the industry, as I was pursuing my long-standing dream of higher studies in Australia.

After much thought, I took a break from my current work. 

Then, I went back to revising the basics of industrial automation through a professional diploma, which made me confident and updated me on the latest standards required to transition into the workforce. Here are some of the highlights:

Developed and optimised control systems using Allen Bradley RS Logix500 and Delta DVPsoft, resulting in a 25% reduction in system downtime and increased overall equipment effectiveness (OEE).

Integrated PLC-SCADA interfaces using AB RSLogix 500 Ethernet and Wonderware INTOUCH SCADA, achieving a 40% improvement in real-time data monitoring and analysis, significantly boosting decision-making processes within the automation framework.

Control Systems Engineer Trainee

Mash Staffing Australia

•	Managed registration process for Cisco Live! Event, facilitating smooth check-in for attendees and processing registrations efficiently, resulting in a 100% satisfaction rating from event participants.

•	Assisted attendees with wayfinding, enhancing navigation within the event space and directing participants to sessions, exhibits, and demonstrations, contributing to a 20% increase in attendee engagement.

•	Actively participated in technical demonstrations, effectively showcasing Cisco's products and technologies to event attendees, resulting in a 15% increase in product awareness among participants.

Brand Ambassador | Event Management

Full IT Solutions Australia

• Collaborated with four fellow interns and the software development manager to ensure the resilience of
networks in PLC and SCADA systems by integrating redundant systems and failover mechanisms, aligned technical specifications and product descriptions that met the requirements of 15 clients, enhancing system reliability for critical industrial processes.

• Spearheaded client engagement through cutting-edge industrial network projects, understanding market needs, devising quotes, and commissioning electronic security systems for 90 clients.

• In 3 weeks, directed the research analysis of an offline LAN server with SteamWorks for a VR project,
including proof of concept and increased quality assurance by 25%.

Network Administrator Intern

RGIS, LLC

•	Supervised eight sites across ACT and NSW by leading a team of 4 stock takers, managing the stock take database, and organising the storage of inventory scanning results from each site.

•	Assisted team leader by compiling and reporting data from technical documents, ERP, and training materials; reviewed user manuals for stock-taking hardware and software for 8+ sites.

•	Collaborated with the team leader to collect and analyse data from technical documents, ERP systems, and training materials; reviewed user manuals for stocktake hardware and software across 100+ sites;

•	I implemented the automation of the inventory management system, which reduced stock discrepancies and increased profits by 20% in 2022.

Retail Stock Taker

BRIDGE PEOPLE TECHNOLOGY SOLUTIONS PVT LTD

•	Secured $20k in business from prestigious engineering institutions by acquiring new clients for lecture recording and error detection solutions.

•	Delivered product demos, contracts, training materials, and technical documentation, including sales quotations and system specification documents for over 25 client engagements.

•	Collaborated with the Marketing Director and three other Product Sales Managers to align overall marketing strategy with product focus.

•	Contributed to over 18 successful client engagements by developing comprehensive contracts, training materials, and technical documentation.

Product Sales Manager | Learning Management Solutions

Adtech Systems Limited

•	Generated over $60k in business through 50+ sales presentations on security systems for technology, manufacturing, and retail clients by collaborating with 5 software engineers and testers.

•	Performed troubleshooting on electronic security systems, resulting in an 80% decrease in system malfunctions and improved security measures.

•	Utilised mathematical data skills to develop electronic security solutions for 10 customers, resulting in improved security measures.

•	Executed 3 custom projects by conceptualising electronic security hardware, selecting electronic components, and delivering database administration support.

•	Managed the complete installation of an electronic surveillance system for a 2.5 MW solar power plant, leading 7 technicians to address issues during commissioning, troubleshooting, compliance, and repairs across 25 contractors' sites.

Executive: Business Development & Technical Support | Building Management Systems

Lana Technologies

•	Managed day-to-day operations in customer-facing to provide proactive insights into CCTV, Networking, Access Control, and Biometrics products to achieve a 95% satisfaction rate.

•	Collaborated with the sales team to boost work relationships. Developed expertise in complex network & access control projects and enhanced PLC proficiency, increased retention by 50%.

•	Ensured customer satisfaction by providing technical support for CCTV cameras and biometrics, resulting in a 15% increase in sales.

Sales Engineer | Building Management Systems

• I have achieved specialised certifications in the Building Management Systems Engineering and Industrial Automation Engineering verticals, demonstrating expertise in key industry areas.

• Implemented modifications to an alarm system on Siemens S7 300 and enhanced efficiency by
programming a Delta DVP-12SE to regulate water temperature at 40°C by controlling the pumping of
heated water from the main process tank. Collected data using WinCC for analysis and optimisation.

• Integrated Rockwell PLC with Intouch to effectively monitor and control associated hardware, such as
RTDs and Motors, while generating a PLC-based 'Elevator Control System' using Siemens S7 400 to
efficiently direct warehouse lift operations across four floors.

• Successfully configured Delta PLC, DVP-12SE, and Human Machine Interface (HMI) for screen
development, ensuring optimal electrical asset performance.

Honeywell

• Completed one month of intensive hands-on training in Industrial Automation Systems, focusing on
Honeywell Experion® LX DCS.

• Proficiently utilised PLC technologies such as ControlEdgeTM and MasterLogic while also mastering
Experion® Elevate, a cutting-edge real-time process SCADA system known for its security, scalability,
and cost-effectiveness.

• Demonstrated expertise in utilising Experion® HS, a robust software platform featuring innovative Human Machine Interface (HMI) applications, supervisory control, and data acquisition (SCADA) capabilities.

• Acquired comprehensive knowledge of Experion PKS, a unified architecture integrating advanced
distributed control system (DCS) technologies with powerful applications aimed at enhancing process
performance, business agility, asset management, and workforce efficiency.

• Engaged in practical learning experiences, including a field visit to Rashtriya Chemicals and Fertilizers
Ltd in Mumbai, gaining firsthand insights into real-world applications.

Hi there! I’m Madhu, a passionate Graduate Controls Engineer specialising in Industrial Automation & Building Management Systems.

With 3+ years of experience, I have worked on PLC, SCADA, Networks and BMS solutions, helping businesses enhance efficiency, minimise downtime, and optimise industrial processes. My expertise spans network integration, industrial cybersecurity, and automation design, making me a valuable asset in the manufacturing, energy, and building management sectors.

𝑺𝒖𝒎𝒎𝒂𝒓𝒚:

I thrive on solving complex automation challenges by designing and implementing control systems that increase reliability and productivity. Whether optimising industrial networks, integrating innovative automation solutions, or troubleshooting control systems, my goal is simple: maximise operational efficiency through practical automation solutions.

I’ve had the opportunity to contribute to projects that have improved real-time monitoring by 40%, reduced system downtime by 25%, and optimised security systems for a 2.5 MW solar plant, reducing maintenance costs by 15%.

𝑲𝒆𝒚 𝑨𝒄𝒉𝒊𝒆𝒗𝒆𝒎𝒆𝒏𝒕𝒔:

✅ Optimized system uptime – Integrated PLC-SCADA interfaces using Allen-Bradley RSLogix 500 and Wonderware InTouch, boosting real-time data monitoring by 40%.

✅ Industrial Network Resilience – Designed failover mechanisms using Modbus RTU, EtherNet/IP, and Profinet, ensuring continuous operations in automation networks.

✅ Process Automation – Configured Siemens S7-300 and Delta DVP-12SE PLCs to automate temperature control, enhancing efficiency and accuracy in water regulation processes.

✅ Building Management Systems (BMS) – Delivered 3 BMS projects, implementing electronic security and access control for a solar energy plant, reducing maintenance costs by 15%.

✅ IIoT & Smart Manufacturing – Developed automation solutions using MQTT, OPC UA, and IIoT protocols, streamlining industrial data collection and analysis.

𝑲𝒆𝒚 𝑺𝒌𝒊𝒍𝒍𝒔:

🔹 Industrial Automation: PLCs (Honeywell, Siemens, Allen-Bradley, Delta, ABB), SCADA (WinCC, Intouch, Ignition and IFix)
🔹 Industrial Protocols: Modbus RTU/TCP, Profibus, EtherNet/IP, OPC UA, MQTT
🔹 Network Engineering: Cybersecurity, Network Failover, Wireless LAN, LoraWAN
🔹 Building Management Systems

𝑶𝒖𝒕𝒔𝒊𝒅𝒆 𝑾𝒐𝒓𝒌:

Beyond engineering, I enjoy scrolling automation trends, networking with industry professionals, and creating easy-to-read content to share my knowledge in Industrial Automation. 

Recently into Pickle Ball 🎾

#OpentoWork - Let's connect over a coffee chat. ☕

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