AutoCAD Engineer Graduate Fresher Jobs in Nashik

We are seeking a Structural Site Engineer to join our team in Nashik, India, Maharashtra , India. This role is perfect for recent graduates or those with up to six years of experience who are eager to apply their knowledge and contribute to construction projects.CERTIFICATION FROM BHADANIS INSTITUTE OR NICMAR IS PREFFEREDKey Responsibilities:1. **Site Supervision**: Oversee daily construction activities on-site, ensuring that work complies with engineering standards and safety regulations.2. Quantity Surveying and Estimation Works Knowledge2. **Technical Support**: Provide technical guidance to contractors and labor teams, clarifying project specifications and resolving issues that may arise during construction.3. **Quality Control**: Inspect materials and workmanship to ensure that construction practices meet quality standards and project specifications.4. **Documentation**: Maintain accurate records of site activities, including daily reports, progress updates, and compliance with safety measures.5. **Collaboration**: Work closely with project managers, architects, and other engineers to ensure project deadlines and objectives are met efficiently.Required Skills and Expectations:Candidates should possess a degree in Civil Engineering or a related field. Strong analytical and problem-solving skills are essential for assessing complex situations and making timely decisions. Candidates must demonstrate effective communication abilities, enabling them to relay information clearly to diverse teams. Familiarity with construction management knowledge and quantity surveying and estimation and technical design tools is an advantage, while a solid understanding of structural engineering principles is crucial. The ideal candidate is proactive, detail-oriented, and committed to continuous learning and professional development in their field.

Key Responsibilities1. Design & DraftingPrepare 2D and 3D drawings using AutoCAD softwareConvert rough sketches, layouts, and specifications into detailed drawingsDevelop engineering drawings such as plans, elevations, sections, and schematics2. Technical DocumentationCreate and maintain detailed design documentation and recordsEnsure all drawings comply with project specifications and standardsUpdate drawings based on feedback, revisions, and site changes3. Project CoordinationWork closely with engineers, architects, and project managersCoordinate design details and resolve technical issuesSupport project planning and execution through accurate drawings4. Quality & AccuracyEnsure high levels of accuracy and attention to detail in all drawingsReview and verify designs to minimize errors and reworkFollow company and industry drafting standards5. Site Support (if required)Assist with site surveys and measurementsSupport installation or construction teams with design clarificationsModify drawings based on site conditions

Key ResponsibilitiesDesign & Modeling: Develop accurate 3D CAD models and detailed 2D engineering drawings for manufacturing using industry-standard software.Design Modification: Modify and revise existing designs to improve performance, reduce production costs, or adapt to new manufacturing constraints.GD&T Application: Apply Geometric Dimensioning and Tolerancing (GD&T) and perform tolerance stack-up analysis to ensure proper fit and function of assemblies.Cross-Functional Collaboration: Work closely with production, tooling, and quality assurance teams to resolve design-related issues on the shop floor.BOM Generation: Create and maintain comprehensive Bill of Materials (BOM) and technical documentation for smooth ERP integration.Standards Compliance: Ensure all designs comply with relevant national and international standards (e.g., ISO, ASME, DIN).Prototyping & Testing: Assist in the development and evaluation of prototypes, analyzing test results to refine designs before final production release.

Key ResponsibilitiesSite Survey & Layout: Conducting initial measurements of hospital wings or factory floors to determine the best placement for heavy equipment.Structural Analysis: Calculating load-bearing capacities for floors (e.g., can a hospital floor support a massive medical gas tank or an industrial boiler?).Trenching & Piping Layouts: Designing the underground or overhead routes for gas pipelines, electrical conduits, and drainage systems.Material Selection: Choosing high-grade, non-corrosive, or clinical grade construction materials that meet healthcare sanitation standards.Contractor Management: Supervising external masons, tilers, and plumbers to ensure they follow technical blueprints precisely.Bill of Quantities (BOQ): Preparing detailed estimates of materials (cement, steel, specialized coatings) and labor costs for project bidding.

1. Key ResponsibilitiesThe duties of a civil engineer vary depending on whether they work in an office (design-focused) or on-site (execution-focused):Design & Planning: Using software like AutoCAD or Civil 3D to create blueprints and models. They analyze survey reports, maps, and aerial photographs to plan projects.Site Investigation: Performing soil testing and feasibility studies to determine if a location can support a specific structure.Project Management: Managing budgets, resources, and timelines. They coordinate with architects, contractors, and government officials.Compliance & Safety: Ensuring every structure meets legal requirements, building codes, and safety standards to prevent accidents or structural failures.Sustainability: Designing infrastructure that minimizes environmental impact, using green materials and energy-efficient methods.2. Required SkillsTechnical Proficiency: Mastery of engineering principles, mathematics (calculus/geometry), and design software (AutoCAD, Revit, STAAD.Pro).Problem-Solving: The ability to find immediate solutions to on-site issues, such as unexpected soil conditions or weather delays.Leadership: Especially for site engineers, the ability to manage large teams of laborers and subcontractors.Decision-Making: Weighing costs against safety and environmental impact to make the best long-term choice for a project.3. Common SpecializationsCivil Engineering is a broad field. Most professionals specialize in one of the following:Structural Engineering: Focusing on the skeleton of buildings and bridges to ensure they withstand loads (wind, earthquakes, etc.).Geotechnical Engineering: Focusing on how structures interact with the earth (foundations, tunnels, and retaining walls).Transportation Engineering: Designing highways, railways, and airports to optimize traffic flow and safety.Environmental Engineering: Managing water treatment, waste disposal, and pollution control.