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18-Geom-B6 Land Use Planning and Environmental Management · December 2016

Question 4 of 7: The Normative Process and the Technical Process in Community Planning

Nivaar worked solution (AI-drafted; not reviewed by a licensed engineer)

Notes on this paper

National Exams, December 2016 — 04-Geom-B6, Land Use Planning and Environmental Management. Three hours; closed book (any Sharp or Casio approved calculator permitted). Format: seven questions of equal value (20 marks each); the paper directs that answering any five (5) of the seven constitutes a complete exam (100%), and the first five as they appear in the answer book are marked. All seven questions are solved in full below so the set serves as a complete study resource. Answers are framed in the Canadian planning and environmental context (Statistics Canada census geography; the Canadian Institute of Planners; provincial planning legislation, official community plans and regional growth strategies; Environment Canada / CEPA environmental management), consistent with the Engineers Canada / EGBC syllabus for this exam.

Reference texts: G. Hodge & D. Gordon, Planning Canadian Communities: An Introduction to the Principles, Practice and Participants (Nelson, current ed.) — the standard Canadian reference for this exam code; Natural Resources Canada, Land-Use Planning Tools for Local Adaptation to Climate Change (2012) and ICLEI Canada / Building Adaptive & Resilient Communities (BARC) materials; Environment Canada, Priority Substances List Assessment Report: Road Salts (CEPA 1999, 2001) and the Code of Practice for the Environmental Management of Road Salts (2004); Transportation Association of Canada (TAC), Syntheses of Best Practices — Road Salt Management; Statistics Canada, Census Dictionary; provincial planning statutes (e.g., Ontario Planning Act, R.S.O. 1990, c. P.13; British Columbia Local Government Act) and representative regional growth strategies (Metro Vancouver Regional Growth Strategy; the Growth Plan for the Greater Golden Horseshoe).

Answering strategy

This is a pure-essay, closed-book paper: there are no calculations. Each answer is organised by concept rather than by numbered computation steps. Four answers include an explanatory figure (the small-town land-use pattern, Q1; the overlay-zoning structure, Q2; the regional plan structure, Q3; and the road-salt pathways, Q6) because a sketch communicates the spatial idea far more efficiently than prose.

Question 4: The Normative Process and the Technical Process in Community Planning (20 marks)

Question text not reproduced: the examination questions are © Engineers and Geoscientists BC. Open the official past paper (linked at the top of this page) to read the question, then follow the worked solution below.

Community planning weaves together two different kinds of activity: deciding what the community should become and value (the normative process) and working out how to get there in a rigorous, factual way (the technical process). A sound plan needs both, and the planner’s craft lies in relating them.

The normative process. The normative process is concerned with values, ends and goals — with what ought to be. It asks what kind of community the residents want: what quality of life, what vision, what goals and objectives, what is desirable and in the public interest. It is inherently political and value-laden: because reasonable people disagree about ends, the normative process is worked out through public participation, debate, consultation and political decision — visioning exercises, community goals workshops, public hearings, and ultimately adoption by an elected council. Its outputs are the vision, goals, objectives and policies that give the plan its direction. The planner facilitates and informs this process but does not own its conclusions; the community and its elected representatives do.

The technical process. The technical process is concerned with facts, means and methods — with what is and what can be done. It is the rational, professional, analytical side of planning: gathering and analysing data (population and economic projections, land-supply and land-use inventories, environmental and infrastructure studies), forecasting, generating and evaluating alternative plans against the community’s goals, and designing the means of implementation. It rests on the planner’s professional expertise and on objective, replicable methods, and it supplies the factual and analytical foundation on which good value-choices can be made. Its outputs are surveys, analyses, projections, alternatives and evaluations — the evidence base and the technically-worked options.

The differences between the two. The contrast is essentially ends versus means, values versus facts:

The two are interdependent and iterative, not separate stages: the normative process sets the goals against which the technical process evaluates alternatives, and the technical process supplies the facts and options that make the community’s value-choices realistic and informed. Planning goes wrong when they are confused — when technicians impose value-choices under the guise of “objective” analysis (technocracy), or when goals are set with no factual grounding. The rational planning cycle (goals → survey/analysis → alternatives → evaluation → adoption → implementation → monitoring) deliberately interleaves the normative steps (goal-setting, adoption) with the technical steps (survey, analysis, evaluation).

End of solutions — 04-Geom-B6, December 2016. All seven questions solved (the exam requires any five); each answer is framed in the Canadian planning and environmental-management context per the Engineers Canada / EGBC syllabus.