Engineering Workshop Lab Manual Overview

Engineering Workshop (EWS) Lab Manual

• Document covers a variety of engineering workshop labs, including vision, mission, and program objectives.
• Labs cover topics like carpentry, tinsmith, welding, foundry, and blacksmithing.
• Covers tools, materials, and procedures for each lab.
• Includes a list of experiments with detailed steps.

Specific Outcomes

• PSO1: Drafting, modeling, and analysis of machine elements using Pro-E and ANSYS.
• PSO2: Designing systems to meet desired needs, considering environmental, economic, political, ethical, health, and safety factors; including practical engineering analysis skills, and project management.
• PSO3: Professional work in both thermal and mechanical systems areas.

Program Educational Objectives (PEOs)

• PEO1: Apply foundational sciences and engineering skills for problem-solving in complex mechanical engineering projects.
• PEO2: Work effectively on multidisciplinary design teams, and deliver results based on considerations of functionality, elegance, safety, and sustainability.
• PEO3: Explore interdisciplinary streams beyond mechanical engineering, and adapt to professional practices for work in various industries.

Program Outcomes (POs)

• PO1: Foundational science/engineering knowledge application for solving problems.
• PO2: Problem analysis and experiment/data interpretation for conclusions.
• PO3: Designing appropriate solutions with respect to functional constraints.
• PO4: Conducting investigations and performing experiments/interpreting results.
• PO5: Using modern tools and techniques for design/analysis of systems.
• PO6: Assessing societal, health, safety, legal and cultural issues relating to the practice.
• PO7: Assessing environmental and societal issues for sustainable development.
• PO8: Individually and team-based work and communication.
• PO9: Effectively communicating in multidisciplinary engineering contexts.
• PO10: Understanding and writing reports/presentations
• PO11: Project management and financial aspects in engineering work.
• PO12: Continuous/lifelong learning for professional growth.

Engineering Workshop Laboratory Outcomes

• Understanding different trade skills (e.g., carpentry, tin-smithy, fitting, welding, foundry, blacksmithing).
• Knowledge of tools used in various trades.
• Understanding of specific welding techniques (e.g., MMAW).
• Ability to perform engineering tasks related to various trades.
• Ability to perform and understand different engineering processes and their tools.

List of Experiments (Partial List)

• Preparing half lap joints.
• Preparing dovetail lap joints.
• Marking and chipping on mild steel flats.
• Preparing L-Fit.
• Preparing square and round tins.
• Simple wiring for two lamps.
• Wiring for two lamps in parallel
• Wiring to control one lamp through two 2-way switches.
• Generating a simple pattern from a round rod.
• Creating an S-hook through forging.
• Completing butt joints (MMAW Technique, Metal Arc Welding)
• Completing lap joints (MMAW Technique, Metal Arc Welding)
• Preparing a simple pattern and performing molding.
• Molding a dumbbell using green sand molding.

Carpentry

• Wood processing for desired shapes involves pattern-making.
• Classification of carpentry tools (marking, cutting, drilling, etc.).
• Introduction to different types of saws (cross-cut, rip, tenon).
• Description of planning tools-Wooden/metal jack plane.
• Introduction to different types of chisels.

Tinsmithy

• Characteristics and uses of sheets, including galvanized iron, black iron, tin plate, and stainless steel
• Tools involved (snips, stakes, hammers).

Blacksmithy

• Introduction to forging, materials used in forging process, and tools used in forging process.

Foundry

• Brief introduction to the concept of modeling and sand preparation.
• Molding process, temporary and permanent molds
• Different techniques for preparing molds (for specific parts or items).

This quiz covers the key aspects of the Engineering Workshop (EWS) lab manual, including various workshop labs such as carpentry, welding, and blacksmithing. Participants will explore essential tools, materials, and procedures, as well as specific outcomes and educational objectives related to mechanical engineering. Test your understanding of the skills needed for successful engineering projects!