Kumar Biswajit Debnath

PhD, MArch, BArch

Teaching

Research Associate (RA) in Sustainable Bulilding Design

2018-2021

Institute of Sustainable Building Design (ISBD),
School of Energy, Geoscience, Infrastructure and Society (EGIS),
Heriot-Watt University (HWU),
Scotland, UK

Guest lecturer

  1. Course: B51GK Demand Management and Energy Storage
    (B3C7; B3C5; B3C0 MSc; PG Diploma and PG Certificate in Renewable Energy and Distributed Generation)
    Lecture: Energy and climate change in developing countries
  2. Course: D19EB_2019-2020: Energy and Buildings
    (Undergraduate course)
  3. Course: D18PA Architectural Engineering design project
    BEng (Year 2)
  4. Built Environment Collaborative Project
    BEng and MEng (Year 4)

Supervision

  • Undergraduate Dissertations (D10ZA: B.Eng in Architectural Engineering-Year 4)
    1. Renewable energy potential of Bhutan by 2050
    2. Residential sector energy demand and emissions of Bhutan by 2050

Tutorial (Guest tutor)

EGIS Year 4 Collaborative Project: Marine Research Centre in Leith [September 2018]

Public engagement

  1. Representing the ISBD work to the public in Edinburgh Science Festival 2019
  2. School students’ demonstration (Construction, Built Environment Challenge School visit) 2018-2020.

Teaching Assistant (TA)

2015-2018

BRE Trust Centre for Sustainable Engineering
School of Engineering, Cardiff University, Wales, United Kingdom

EN 4220: Environmental Building Modelling and Building Performance

Responsibilities:

  • Assisting the course teacher in preparing PowerPoint lecture slides and helping students with the systematic tutorial and hands-on materials for Energy Plus, Design Builder, and Climate consultant.
  • Updating and maintaining the ‘Learning Central’ service for students.
  • Prepared Tutorial Videos on Design Builder and Energy Plus for the student.
  • Delivering tutorial lectures on ‘Daylighting’ and ‘Natural ventilation’.

ENT 743: Environmental Building Studies

Responsibilities:

  • Assisting the course teacher in preparing PowerPoint lecture slides.
  • Organizing and moderating the final seminar presentation.
  • Updating and maintaining the ‘Learning Central’ service for students.
  • Delivering lectures on ‘Case studies’ and ‘Regulations, Codes and Standards’.

EN 3201: Integrated Building Design

Responsibilities:

  • Assisting the course teacher in preparing PowerPoint lecture slides.
  • Updating and maintaining the ‘Learning Central’ service for students.

Other roles:

  • At part of BD2050 modelling team, I developed the online course on long-horizon energy modelling.
  • Co-instructor for workshops in Bangladesh for the BD2050 project.
  • Mentoring the MSc students, graduate students in developing their energy demand models and the final dissertation.
  • Assessing and marking laboratory reports.

Lecturer in Architecture

2012-2014

Department of Architecture
Southeast University (SU)
Dhaka, Bangladesh

Responsibilities:

  • As a core faculty, I was involved in research, teaching and administrative duties. There were three types of courses I had to teach, such as design studio, lab-based and lecture-based courses for the Bachelor of Architecture (BArch).
  • Architecture studio teacher in-
    1. Design-I: Basic Design (Arch1111)
      5 Credits & 10 Hrs/Wk
      Arch1111 is the first compulsory studio course for the first year BArch students with where students studied, designed and learnt about 2D compositions, primary elements and space relationship.
    2. Design-II: Design Appreciation (Arch1311)
      5 Credits & 10 Hrs/Wk
      Arch1311 is the second compulsory studio course for the first year BArch students where students studied, designed and learnt about essential art and design principles with the focus on 3D compositions and the implication of light, shade and shadow in the art and design forms, as well as the primary elements of architectural form and space.
  • Lab-based courses-
    1. Architectural graphics-I (ARCH1121)
      2 Credits & 4 Hrs/Wk
      Mechanical and freehand architectural presentation drawings. Multi-view drawings such as plan, section and elevation. Single-view drawings such as axonometric and one-point perspective. Lettering and graphic presentation symbols.
    1. Computer Application- I: Computer-Aided Design (ARCH1231)
      2 Credits & 4 Hrs/Wk
      Introduction to computers in design, including Auto CAD basics, two-dimensional and three-dimensional graphics using different software. Using different software in a single project to enhance the quality and flexibility. Architectural design presentation techniques using computers. Digital rendering in Architectural drawings.
  • Lecture-based courses-
    1. Environment & Design-I (ARCH1271)
      2 Credits & 2 Hrs/Wk
      Solar Geometry; Introduction to Design with Climate; Man and his response to climate; Elements of climate and their influence on the built form; Built-environment design in various climatic zones; Tropical climate; Site climate. Principles of thermal design and means of thermal control; Relationships between built form and sun, wind, precipitation etc.; Design methods and procedures of passive climatic control.
    2. Survey Techniques & analytical method (ARCH4241)
      2 Credits & 2 Hrs/Wk
      Introduction; Principles and techniques of the physical and socio-economic survey. Brief description of engineering Survey methods. Analytical methods and their application; Fundamental quantitative techniques in demography, land-use, transpiration, housing, physical infrastructure, services and community facilities.
    3. History of Architecture-III (ARCH3251)
      2Credits & 2 Hrs/Wk
      The course will include the basic essence of south Asian Architecture associating chronological development at an early age. The emphasis will be laid on the medieval developments in continuation to its earlier roots. The course will conclude with Sources of Muslim Architecture in South Asia Region Indian region; Imperial style; Sur or Pathan period; Mughal period.
    4. Ecology (ARCH1171)
      2Credits & 2 Hrs/Wk
      Definition; Habitat, Bio-geographical distribution and abundance; Evolution and adaptation; the relationship of eco-systems with built-environment; Interspecific interactions; Trophic levels and energy flow. Bio-diversity, Law of interdependence, Community; Man and his environment; Biological conservation; Environmental pollution, Crisis in the built environment.
  • In addition, I was involved in administrative duties such as syllabus development, student advising, invigilation, and script evaluation.
  • As a part of the syllabus development in 2013, I designed the lab-based selective course Simulation and Logical Argumentation in Architecture (ARCH4334) which was 2 Credits and 4 hours weekly contact-hours. The objective of the course is to teach undergraduate students about simulation and modelling techniques for sustainable architectural design.