Bidisha Mondal B.
Graduate Process Engineer (Water) @Mott MacDonald
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WORK HISTORY
Graduate Process Engineer (Water) @Mott MacDonald
Mumbai, IN
Working with the UK Process Team on the AMP8 Schemes under Dŵr Cymru Welsh Water (DCWW) framework- Delivering process calculations and design from optioneering through to detailed engineering- Preparing technical specifications, P & IDs, and control philosophies for water/wastewater projects- Supporting HAZOP studies, including HAZOP scribing and risk documentation- Conducting technical bid analysis and vendor evaluation- Collaborating across multidisciplinary teams (civil, mechanical, EICA)- Engaging in client interactions and technical discussions to support project delivery
EDUCATION
Imperial College London
Master's degree, Environmental/Environmental Health Engineering
St. Augustine Day School
ICSE, Science
Vellore Institute of Technology
Bachelor of Technology - BTech, Chemical Engineering
Bholananda National Vidyalaya
High Secondary School, Science
ABOUT BIDISHA MONDAL B.
Bidisha is a Graduate Process Engineer at Mott MacDonald and an MSc Environmental Engineering graduate (Distinction) from Imperial College London. She contributes to the UK Process Team on the Dŵr Cymru Welsh Water (DCWW) framework, delivering process design and engineering solutions from optioneering through to detailed design, including process calculations, P & IDs, control philosophies, technical specifications, HAZOP support, and technical bid evaluations, while working closely with multidisciplinary teams and clients.She is a recipient of the ICL Departmental Scholarship and the JN Tata Endowment Scholarship, recognising her academic excellence and leadership. Her thesis, conducted with Bristol Water, focused on spatio-temporal residual diagnostics for continuous hydraulic model assessment, applying advanced data-driven techniques to enhance model reliability in water distribution systems.Bidisha specialises in sustainable water and wastewater treatment, environmental modelling, and process optimisation, with strong proficiency in ASPEN HYSYS, BIOWIN, Python, QGIS, and COMSOL, enabling her to deliver analytical and simulation-driven solutions. She also has experience in carbon footprint assessment and sustainability analysis, including eco-centre initiatives and carbon calculations, supporting low-carbon and environmentally responsible design strategies.With global academic and professional exposure across the UK and India, she brings adaptability, cross-cultural communication, and stakeholder engagement skills, enabling effective contribution to international projects and the delivery of resilient, sustainable infrastructure systems.
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