State University of New York

What you'll study

The programme combines advanced manual drafting principles with contemporary digital design workflows used across mechanical, civil, architectural and manufacturing engineering. You will deepen understanding of geometric dimensioning and tolerancing, technical specification, standards and document control while gaining advanced proficiency in industry-standard CAD and modelling software.

• Core technical drawing and graphics – orthographic projection, sectioning, exploded views and assembly documentation.
• Advanced CAD and 3D modelling – parametric modelling, surface modelling, assemblies and large-model management.
• Geometric dimensioning and tolerancing (GD&T) – symbol interpretation, tolerance analysis and application to manufacturing quality control.
• Computer-aided manufacturing (CAM) and BIM interfaces – preparing drawings for CNC, integration with BIM workflows for interdisciplinary projects.
• Standards, specifications and documentation control – international drawing standards, revision control, and best practice for technical publishing.
• Drafting management and collaboration – project workflows, interdisciplinary coordination, and use of PLM/PDM systems.
• Research or applied project – a capstone project or dissertation applying drafting skills to a real-world engineering problem, often in partnership with industry.

Teaching methods typically include lectures, lab sessions in CAD/CAM suites, studio-based drawing classes, workshops with industry-standard software, and supervised project work. Assessment commonly involves practical drawing exercises, CAD-based assignments, reports and a final project.

Entry requirements

Applicants typically need a relevant bachelor’s degree in engineering, drafting/technical design, architecture, manufacturing technology or a closely related discipline. Equivalent professional experience in a drafting or CAD role may be considered in lieu of formal qualifications. Admission commonly requires:

• A completed undergraduate degree in a related field or substantial professional experience in drafting/CAD.
• Evidence of competency with technical drawing concepts and basic CAD software; applicants without recent CAD experience may be asked to complete preparatory modules.
• Transcripts and a statement of purpose outlining relevant experience and goals.
• References from academic or professional referees who can attest to technical skills and potential for graduate study.

International applicants may need to demonstrate English language proficiency through recognised tests if their previous study was not in English. Specific entry criteria and any prerequisite coursework vary by SUNY campus offering the programme, so prospective students should consult the campus admissions office for exact requirements.

Career prospects

Graduates move into roles that require advanced drafting and CAD expertise across industry sectors. Typical career destinations include:

• CAD/Drafting Engineer or Technician in mechanical, civil or architectural firms.
• Design drafter for manufacturing companies, preparing production drawings and CNC-ready documentation.
• CAD/BIM coordinator or manager, overseeing digital modelling workflows and standards implementation.
• Technical publications specialist or documentation engineer responsible for drawing standards and revision control.
• Quality and inspection roles applying GD&T knowledge to manufacturing tolerances.
• Product design support roles in aerospace, automotive, construction and consumer goods industries.

With additional experience or professional development, graduates can progress to senior design management, CAD systems administration, or consultancy roles advising on drafting standards and digital workflows.

Why study at State University of New York

The State University of New York system comprises multiple campuses with strong engineering, manufacturing and technical education resources, offering access to dedicated CAD/CAM labs, fabrication workshops and interdisciplinary collaboration. Students benefit from links to regional industry, internship opportunities, and faculty with practical experience in engineering drawing and digital design systems.

Studying within SUNY provides flexibility in course delivery and the opportunity to connect with a broad professional network across the SUNY campuses and local industry partners, supporting both technical skill development and career transition into drafting- and CAD-focused roles.