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Sushree Sohani Mohanty

Chemical Engineering Graduate | Process Engineering | Quality Control & Continuous Improvement

Bhubaneswar, Odisha, India

A Chemical Engineering graduate with industrial training in aluminium processing, chemical quality testing, mineral processing, and plant operations, with Lean Six Sigma Green Belt certification and an interest in process optimization, quality assurance, and sustainable industrial operations.

Degree
B.Tech Chemical Engineering
Graduating
2026
Grade
CGPA 7.1/10
R-101FEEDC-201BOTTOMSE-201V-301PI-101

Illustrative process sketch. Not plant data.

About me

Chemical Engineering graduate from Veer Surendra Sai University of Technology (VSSUT), Burla, seeking entry-level opportunities in process, production and quality roles.

Career objective

To begin my career as a Graduate Engineer Trainee or entry-level engineer where I can apply chemical engineering fundamentals, quality and Lean Six Sigma thinking to improve process performance and safety.

Engineering interests

  • Process optimization
  • Quality assurance
  • Sustainable industrial operations
  • Wastewater treatment

Education

2022–2026

B.Tech, Chemical Engineering

Veer Surendra Sai University of Technology (VSSUT), Burla, Odisha

Academic result

7.1/10

CGPA

Industrial training

Hands-on exposure to live plants during B.Tech, covering process control, chemical testing, plant operations, mineral beneficiation and industrial safety.

  1. HINDALCO

    Industrial Training

    December 2023 to January 2024

    Industrial training covering aluminium processing, chemical quality testing and plant operations.

    Focus areas

    • Aluminium Processing
    • Chemical Quality Testing
    • Process Control
    • Plant Operations
    • Industrial Safety
  2. Mahanadi Coalfields Limited (MCL)

    Industrial Training

    June 2024 to July 2024

    Industrial training covering mineral processing and beneficiation, and plant operations.

    Focus areas

    • Mineral Processing
    • Mineral Beneficiation
    • Plant Operations
    • Industrial Safety

Research project

Research ProjectRole: Project Leader

Dye Removal via Adsorption & Photocatalysis

Research project on removing Rhodamine B dye from wastewater using chemically modified biochar through adsorption and photocatalytic degradation.

  • Chemically modified biochar
  • Rhodamine B
  • Wastewater treatment
  • Adsorption
  • Photocatalytic degradation

See the project workflow diagram

Certifications

  • Lean Six Sigma Green Belt (LSSGB)

  • Real-World Project Management & Lean Professional Development Program

Technical skills

Chemical Engineering & Process Operations

Details are listed in the resume.

Quality Control & Six Sigma

Details are listed in the resume.

Lean Management

Details are listed in the resume.

Software Tools

Details are listed in the resume.

Laboratory Skills

Details are listed in the resume.

Engineering diagrams

Simplified block-flow diagrams that show how I think about the processes I have trained in. They are conceptual illustrations only and contain no plant or experimental data.

Research project workflow

  1. Biochar preparation

    Preparation of biochar adsorbent

  2. Chemical modification

    Chemical modification of the biochar

  3. Adsorption study

    Rhodamine B removal by adsorption

  4. Photocatalytic degradation

    Degradation of the dye under photocatalysis

  5. Analysis

    Evaluation of dye removal

Illustrative summary of the project stages. No experimental results are shown.

Dye removal concept: adsorption and photocatalysis

Light sourceRhodamine B dye moleculesChemically modified biochar(adsorbs dye on its surface)Light drives photocatalyticdegradation of the dye
Conceptual schematic. Not to scale; not experimental data.

Aluminium value chain overview

  1. Bauxite mining

    Ore source

  2. Alumina refining

    Ore to alumina

  3. Smelting

    Alumina to metal

  4. Casting

    Ingots and billets

  5. Rolling / extrusion

    Finished products

Generic textbook overview. Not specific to any company or plant.

Mineral beneficiation block flow

  1. Run-of-mine feed

  2. Crushing

  3. Screening

  4. Separation / washing

  5. Dewatering

  6. Clean product

Generic textbook block flow. Not specific to any mine or plant.

Lean Six Sigma improvement cycle (DMAIC)

  1. Define

    Problem and scope

  2. Measure

    Baseline data

  3. Analyze

    Root causes

  4. Improve

    Solutions

  5. Control

    Sustain gains

Standard framework used in quality and continuous improvement work.

Languages

  • English

    Professional

  • Odia

    Native

Resume

Tap “View in new tab” to read the PDF on your device.

Contact me

Recruiters and hiring managers: send a message about Graduate Engineer Trainee, process, production, quality control or quality assurance openings.