Hello, I'm

JOHN ADOLE

I am an Aspiring Sustainable Infrastructure Engineer based in the UK, with so much interest in Geotechnical and Energy systems to deliver innovative and environmentally conscious solutions. I’m very creative, passionate, reliable and dedicated to my work.

Years of Experience

Total Projects

I'm a Graduate Engineer with a Passion for Innovation

If you hire me, you would see positive results on your investment

Hello,

I am a graduate with a Master’s degree in Energy Engineering and a Bachelor’s in Geology (specializing in Engineering Geology). I am passionate about sustainable infrastructure and renewable energy solutions. With proficiency in tools such as AutoCAD, FreeCAD, QGIS, MATLAB, Python, and MS Office, I possess a solid foundation in engineering principles and hands-on project experience.

I am eager to contribute to innovative projects and am seeking a long-term as a Graduate Trainee, where I can grow professionally and make a meaningful impact.

Portfolio

My Amazing Works

Discover a selection of my academic and project-based work, highlighting my skills in Geotechnical and Energy engineering. While this is not an exhaustive list, due to data protection and other regulations, I am able to showcase only a portion of my activities. Each project reflects my dedication to innovation, sustainability, and delivering practical solutions.

All
Energy
Geotechnics

Power to Methanol Production

At Drax, the Power-to-Methanol project transforms CO₂ and green hydrogen into sustainable methanol, achieving carbon negativity and advancing industrial decarbonization.

Sieve Analysis

Sieve analysis is a method used to determine the particle size distribution of a granular material by passing it through a series of sieves with progressively smaller mesh sizes and measuring the weight of material retained on each sieve.

Design and Simulation of a Crude Oil Refinery

Optimized Design and simulation of the distillation process in a crude oil refinery utilizing a
blend of 55% Siberian light–2010 and 45% Russia’s Sokol–2015 employing Aspen HYSYS

Cable Percussion

Cable Percussion drilling is a widely used ground investigation method for forming boreholes in cohesive soils, granular deposits, and weak rock. The technique allows for the collection of disturbed and undisturbed samples, Standard Penetration Tests (SPTs), and the installation of groundwater or gas monitoring wells. It typically reaches depths of up to 50 m, and a hand-dug inspection pit of about 1.2m is usually required before drilling to check for shallow services.

Dynamic Sampling

Soil core recovered during a dynamic window sampling investigation. The sample was extracted in a transparent acetate liner for visual logging, depth measurement, and further geotechnical analysis. The clean recovery and layering provide insight into subsurface conditions critical for foundation design.

Atterberg Limit Test

The Atterberg limit test is a soil classification method used to determine the critical water content at which soil changes its behavior between different states (solid, semi-solid, plastic, and liquid).

Skills is Life

I Develop Skills Regularly to Keep Myself Updated

FreeCAD

QGIS

Microsoft Office

MATLAB

AutoCAD

Experiences

Supervise ongoing site investigations, including borehole drilling, trial pitting, soakaway testing, gas and water
monitoring and in-situ testing, ensuring adherence to project specifications and health & safety regulations.
Monitor borehole progress to verify depth, stratification, groundwater levels, and appropriate sampling
intervals.
Log soil and rock strata in accordance with BS 5930:2015, noting characteristics such as consistency, texture,
colour, moisture content, structure, and plasticity.
Collaborate closely with drillers to coordinate site operations and maintain efficiency and data quality.
Communicate with clients on-site to ensure technical requirements and project goals are met.
Oversee the collection, labelling, and secure storage of disturbed and undisturbed samples for laboratory
testing.
Provided real-time feedback and preliminary interpretations to support timely engineering decisions

•⁠ Participated in field investigations and geological surveys, collecting and analyzing soil and rock samples for construction projects.
•⁠ ⁠Assisted in preparing geotechnical reports, including soil analysis, foundation recommendations, and hazard assessments.
•⁠ ⁠Collaborated with Senior Geotechnical Engineers to design and implement ground investigations, contributing to the development of sustainable engineering solutions.
•⁠ ⁠Utilized GIS software such as Esri ArcGIS, QGIS and geotechnical tools to map geological features and analyze data, enhancing project accuracy and efficiency.

• Went through comprehensive training in engineering geology applications, including project planning, site investigation, and risk assessment.
•⁠ ⁠Supporting the geology team in conducting environmental impact assessments and developing mitigation strategies for construction projects.
•⁠ ⁠Engaged in professional development workshops on the latest geotechnical analysis software and engineering best practices.
•⁠ ⁠Contributed to interdisciplinary projects, providing geological insights to inform engineering design and decision-making processes.