Enoch Ogunnowo: Building Solutions Through Engineering and Innovation

Some careers are defined by a single profession. Others grow through a series of opportunities, challenges, and decisions that gradually reveal what a person is capable of achieving.

For Enoch Oluwadunmininu Ogunnowo, that growth has taken him through product design, mechanical engineering, research, manufacturing, engineering innovation, STEM development, and academic publishing. Along the way, he has worked on complex engineering systems, contributed to research, supported young people interested in STEM, received professional recognition, and contributed to a patented technological innovation.

Today, he works as a Product Engineer at Johnson Controls, now Air Distribution Technologies, where his work involves product design, 3D modelling, prototype testing, engineering change requests, and solving design challenges with cross functional teams.

But the most interesting part of his story is not simply where he works today. It is how the experiences he gathered along the way have continued to build on one another.

At Johnson Controls, Enoch has developed more than 200 high precision 3D models and Bills of Materials, contributing to faster design cycles and fewer manufacturing errors. His prototype testing has also supported compliance with AMCA, UL, DOE, and ASHRAE standards while contributing to improved product reliability and customer satisfaction.

He has also handled more than 150 Engineering Change Requests, helping improve production timelines and reduce material waste. Through collaboration with cross functional teams, he has worked on design challenges that helped reduce production downtime and improve manufacturing throughput.

These responsibilities reflect an approach to engineering that is focused on solving problems and improving the way systems work. That mindset was already visible earlier in his career.

At Cummins Inc., where he worked as a Product Systems Design Engineer from June 2023 to June 2024, Enoch worked on top level engine assemblies using Creo and applied Finite Element Analysis to identify and address potential failure points. He also used Design Failure Mode and Effects Analysis throughout the product lifecycle to support product reliability.

His work included creating and maintaining more than 50 top level CAD engine assembly models. He also worked on regulatory and customer standards, engine oil flow optimisation, and troubleshooting design challenges.

One of his projects focused on engine oil flow. Using Computational Fluid Dynamics analysis, he worked on optimising the flow of engine oil and improving engine efficiency. He also collaborated with oil additive and manufacturing companies to explore oil drain intervals, oil formulations, and engine performance using simulations and MATLAB analysis.

His work also included leading design reviews and implementing solutions aimed at reducing troubleshooting time, with projects delivered on schedule.

Before Cummins, Enoch spent more than four years at UAC Foods Limited as a Mechanical Engineer.

This period gave him experience in applying engineering knowledge directly to manufacturing and operational challenges. He used AutoCAD to design and assemble conveyor components for raw material movement, developed feed mill models, and conducted regular HVAC inspections.

His work at UAC Foods contributed to more efficient material transportation, fewer production errors, lower maintenance costs, and reduced equipment downtime.The progression is important.

His career was moving from learning engineering concepts to applying those concepts to actual industrial problems.

But even before entering the professional engineering space, Enoch was already building a foundation around research and practical problem solving.

While studying Mechanical Engineering at McNeese State University, where he earned a Bachelor of Science in Mechanical Engineering with a minor in Mathematics, he worked on several engineering projects.

One of those projects involved simulating fluid flow through a rice hull ash filter cake using ANSYS Fluent. Another involved designing and implementing an inventory system using Programmable Logic Controllers. He also created a 3D aircraft model in SolidWorks using Design for Manufacturing and Assembly principles.

These were not simply classroom exercises. They gave him opportunities to work with simulation, design, automation, manufacturing principles, and practical engineering applications.

His academic performance also earned recognition. He maintained a cumulative GPA of 3.4, received the Access Award Scholarship, made the Dean’s List Honor Roll in all semesters, and was named to the President’s List in Spring 2021.

As his professional experience developed, research became another important part of his journey.

Enoch’s profile includes publications covering areas such as corrosion behaviour, mechanical engineering education, dynamic mechanical analysis, superalloys, reliability centred design, semiconductor manufacturing safety, electric vehicles, AI based optimisation, HVAC systems, non destructive testing, thermofluid simulation, and digital twins.

One of his notable research projects, CFD Simulation and Optimization of a Cake Filtration System, was presented at the 2023 ASME International Mechanical Engineering Congress & Exposition in New Orleans.

He has also presented research at the University of Louisiana Academic Summit and participated in the Turbomachinery Symposium. His involvement with the National Society of Black Engineers included representing McNeese State University in the NSBE Boeing Flight Competition for two consecutive years and representing Cummins at the 2024 NSBE Conference as a company delegate.

Research has therefore become more than something he participated in as a student. It has developed into an area where he continues to contribute professionally.

Since 2020, Enoch has served as a peer reviewer for the Gulf Journal of Engineering & Technology, Engineering Science & Technology Journal, and the International Journal of Applied Research in Social Sciences. His areas of expertise include mechanical engineering, sustainability, product design optimisation, quality and reliability engineering, and engineering standards and compliance.

He has also served as a Section Editor for several journals, taking part in calls for papers, peer review, and publication processes covering areas such as mechanical engineering, sustainability, product design optimisation, and engineering standards and compliance.

These responsibilities mark another stage in his development. He is not only applying engineering knowledge to solve problems but is also contributing to the processes through which technical knowledge is reviewed and shared.

His work has received recognition along the way.In 2022, Enoch received the Outstanding Talent in STEM Award for Sustainable Mechanical Systems and Engineering Innovation from City People Magazine. In 2023, he was recognised with the Nigeria Technology Awards, Most Innovative Product Systems Design Engineer of the Year.

He has also received Reviewer of the Year and Editor of the Year recognition from the Gulf Journal of Engineering & Technology and the Engineering Science & Technology Journal.

His engineering and research work has also been featured by publications including Independent Newspaper, City People Magazine, The Daily Times, The Nation Newspaper, The Sun Nigeria, TechBullion, and Tribune Online.

Then comes one of the strongest milestones in his journey: his involvement in a patented innovation.

His profile lists a Thermoelectric Refrigerator Powered by Solar Photovoltaic Module and Incorporating IoT, with Nigerian Patent No. NG/P/2025/84, issued on July 1, 2025. The innovation integrates thermoelectric refrigeration with solar photovoltaic power and IoT enabled remote monitoring. It was developed in collaboration with the Solid Minerals Machinery and Equipment Development Institute and NOTAP.

The innovation brings together several areas that have appeared throughout Enoch’s career: engineering, energy, technology, efficiency, and practical problem solving.

It also shows how technical knowledge can move beyond research papers and classroom projects into innovation with a tangible application.

But Enoch’s contribution has not been limited to his own professional growth.

During his time at McNeese State University, he served as Treasurer of the National Society of Black Engineers chapter, where he managed a $5,000 budget for chapter operations and supported more than 10 outreach programmes. He also helped establish three high school NSBE chapters, reaching more than 200 students and supporting greater participation in STEM.

During McNeese Engineering Week, he designed and led airfoil wind tunnel experiments for more than 100 high school students. He also organised hands on workshops that were rated highly valuable by participants.

These experiences add another layer to his story.

Success, in his case, has not only been about technical achievements or professional recognition. There has also been a willingness to create opportunities for others to experience engineering and STEM.

That same commitment can be seen in his professional fellowships and memberships. His profile lists fellowships with the National Institute of Professional Engineers and Scientists, Institute of Management Consultants, Commonwealth Academy of Leadership and Management, and Chartered Institute of Information and Strategy Management.

Looking at Enoch Ogunnowo’s career as a whole, a clear pattern emerges.

He has consistently moved from learning to applying, and from applying to contributing.

As a student, he worked on engineering simulations, automation, design, and manufacturing projects. In industry, he applied those skills to engines, manufacturing systems, product design, HVAC systems, and production challenges. Through research, he explored complex engineering problems and contributed to technical publications. Through professional service, he became involved in peer review and academic editing. Through STEM outreach, he helped introduce young people to engineering. And through innovation, he became part of a patented project combining solar power, thermoelectric refrigeration, and IoT.

Each stage added another dimension to the next.

That is perhaps the most valuable lesson in his journey.

A career does not always have to be built through one straight path. The skills developed in one stage can become the foundation for the next. Academic projects can prepare you for industry. Industry experience can create research questions. Research can lead to innovation. Leadership can create opportunities to influence others.

Enoch’s journey demonstrates what can happen when those experiences are allowed to build on one another.

His achievements are not simply titles attached to his name. They represent years of technical development, problem solving, research, leadership, and continuous learning.

From creating engineering models and working with complex systems to contributing to research, supporting STEM education, receiving professional recognition, and contributing to a patented innovation, his career reflects a consistent commitment to finding better solutions.

For young engineers and professionals still trying to understand where their careers can take them, his story offers an encouraging perspective.

You do not necessarily have to know the full destination at the beginning.

What matters is developing your skills, taking your opportunities seriously, solving the problems in front of you, and continuing to learn.

The next opportunity can build on the last one.The project you work on today can introduce you to an entirely new area tomorrow. The skill you develop for one role can become the foundation for another. And the knowledge you gain can eventually become something you use not only to advance your own career, but to contribute to an entire field.

Enoch Ogunnowo’s journey continues to reflect that progression.

From mechanical engineering and product design to research, innovation, STEM development, and professional leadership, he has continued to build a career around one central idea: use knowledge to solve problems and create something that works better. That is what makes his story worth following.

It is not simply a story about becoming an engineer. It is a story about what can happen when an engineer keeps learning, keeps solving, keeps contributing, and keeps looking for the next problem worth solving.

This blog post is for educational and informational purposes only. All third-party sources are credited and used in line with fair use.