Mechanical Technician – CNC Programming (MTCP)

Work Term Option (MTCPW)

Starts in January, September

PGWP-eligible Program

Campus

Newnham

Delivery

Hybrid

Duration

4 Semesters (2 Years)

Study Option

Full-time

Credential

Ontario College Diploma

School

School of Environmental & Civil Engineering Technology

Courses

Delivery: At Seneca, courses are delivered in four formats: online, in-person, hybrid (an online, in-person combination) or flexible (offered in-person and online at the same time).

The chart below outlines the delivery options available for each course in this program. For some academic terms, there may be more than one delivery option available. You’ll be able to choose your preferred options when you select classes to build your course schedule. Selection for preferred course delivery will be considered on a first come, first served basis.

International students: The impact of studying from outside of Canada and Post-Graduation Work Permit (PGWP) eligibility differs significantly based on when you start your program. Please review the PGWP eligibility before choosing your program and course delivery.

Semester 1

Course Code	Course Name	Winter	Summer	Fall
CNC555	CNC Technology	In-person	Not offered	In-person
	This course focuses on CNC programming and uses those programs to manufacture parts on CNC machine centers. CNC programming codes along with programming software Master cam shall be used to generate CNC programs. CNC Milling and Lathe machines with Haas Fanuc-style controllers shall be used for manufacturing. Setting the machines with proper jigs and fixtures to manufacture parts per design.
COM101 or COM111	Communicating Across Contexts or Communicating Across Contexts (Enriched)	Hybrid Online In-person	Hybrid Online In-person	Hybrid Online In-person
	COM101: This course introduces students to the core concepts of communication. Students will cultivate an awareness of these concepts by analyzing how they are used in a variety of texts and contexts, and they will apply these concepts strategically in their own writing. Through a variety of writing tasks centred on these core concepts of communication, students will develop the transferrable reading and writing skills essential for success in their post-secondary studies, workplaces, and communities. COM111: This course introduces students to the core concepts of communication. Students will cultivate an awareness of these concepts by analyzing how they are used in a variety of texts and contexts, and they will apply these concepts strategically in their own writing. Through a variety of writing tasks centred on these core concepts of communication, students will develop the transferrable reading and writing skills essential for success in their post-secondary studies, workplaces, and communities. COM111 is six hours per week in order to offer students extra language and reading support.
ETY155	Electricity	In-person	Not offered	In-person
	This course begins the network analysis stream in the Technology program. All of the basic concepts of D.C. electricity are introduced at a math level consistent with that being done in MTH147. Resistance networks, basic electricity laws for single and multiple sources including Superposition, Thevenin and Source Conversion theorems are covered in the D.C. Networks area.
ICO155	Introduction to Computers	In-person	Not offered	In-person
	ICO155 is an introduction to computers that will set students in SEMET up for success in their time at Seneca Polytechnic. Students will be introduced to many of the skills and software platforms needed to excel in computer and electronics-related courses. Students will also be given the tools and resources available at Seneca Polytechnic to set them up for a success in their program and beyond.
LIN155	Electronic Lab Instrumentation and Techniques	In-person	Not offered	In-person
	This is the first course in electronic lab instrumentation and techniques. It is intended to introduce the student to a variety of electronic components including a method of producing a working electronic assembly using reasonably priced commercial kits. Electrical tests on the assembly are carried out using laboratory instruments such as a DMM, oscilloscope and a power supply. The course includes a survey of electrical safety and a practical course on soldering. Workplace safety and WHMIS are also covered.
MTH147	Mathematics with Foundations	In-person	Not offered	In-person
	This course provides students with understanding of fundamental mathematical concepts. Topics include calculations and applications with algebraic expressions, systems of linear equations, expanding and factoring algebraic fractions, trigonometry and sinusoidal wave forms. The objective of the course is to provide the students with a uniform competency in mathematical fundamentals and to thus facilitate the further learning of other technical subjects and more advanced courses in mathematics.

Semester 2

Course Code	Course Name	Winter	Summer	Fall
CAD255	Mechanical Designs and Drawing	In-person	In-person	Not offered
	This course to provide students an understanding of Mechanical Design concepts and drawing preparation and fundamentals, aided by two CAD platforms; AUTO CAD and SOLID WORKS. Upon completion this course, student will be able to produce fully detailed mechanical part and assembly drawings as well as Bill of material (BOM). Also students will be exposed to apply their knowledge to use Ultimaker 3D printers and Cura platform.
CAM201	Computer Assisted Machining	In-person	In-person	Not offered
	This subject is designed to provide students with the necessary skills to generate programs for CNC milling machines using the PC-based Mastercam CAM software. Students will be introduced to the menu structure; 2D-geometry creation and editing; tool path creation and editing; tool path simulation, and the post processing required to generate G codes for a vertical machining centre. Consideration will be given to the planning process that takes place prior to machining a part on a numerically controlled machine tool. Equivalent to CAM900 in part-time studies.
DGS266	Digital Electronics and Introduction to PLC	In-person	In-person	Not offered
	This course provides students with understanding of the fundamental of digital logic and digital integrated circuits. Upon completion of the course, students will acquire a solid foundation in digital electronics, including binary number systems, Boolean algebra, digital gates, flip-flops, counters, and applications of combinational and sequential logic. Detailed introduction to Programmable Logic Controllers (PLC) and their application in digital electronics is provided. Focusing mainly on the function of the PLCs, students will learn to design and create simple software solutions for digital electronics applications while gaining hands-on experience with advanced equipment used in industry environments.
MMF455	Material and Machining Fundamentals	In-person	In-person	Not offered
	Advanced manufacturing relies on precision machining. In this course, material and machining fundamentals will be covered. Students will work with a wide variety of machines and equipment found in advance manufacturing labs. This course uses project work to challenge and develop students skills in basic machining while manufacturing a number of components using various machine tools. Safe working habits and understanding operational planning are emphasized in this course. By understanding, the relationship between an engineering drawing and manufacturing process students will learn to apply troubleshooting strategies to identify, localize and where possible correct their project work. Students gain basic machining related knowledge and experience that would allow for an understanding of how mechanical components are machined.
THY200	Machining Theory - Automation	In-person	In-person	Not offered
	In an advanced manufacturing environment, complex and detail mechanical components are generally required. In order to manufacture parts efficiently, it is necessary to have an understanding of how to machine a wide variety of materials, using machine tools and equipment commonly found in a advanced manufacturing facilities. This course will provide the fundamentals of modern manufacturing techniques.
WTP100	Work Term Preparation	Online	Not offered	Not offered
	This Work Term Preparation course is designed to empower students with the tools, skills, and strategies needed to navigate the modern job market and achieve long-term career success. Through self-assessment, career exploration, helping students to identify and leverage skills from their existing experiences, students will develop a deep understanding of their personal strengths, values, personality, interests and goals. The course covers essential topics such as crafting professional résumés and cover letters, mastering interview techniques, and building a strong personal brand, including an online presence. Students will learn how to research career pathways, evaluate job market trends, and create actionable career plans tailored to their aspirations. Emphasis is placed on professional communication, networking, workplace readiness, and adapting to diverse organizational cultures. Additionally, the course provides insights into negotiating job offers, managing career transitions, and professional growth. With a focus on lifelong learning and continuous improvement, this course equips students with the confidence and resources to pursue fulfilling careers while remaining adaptable in a dynamic and competitive workforce. Ideal for students preparing to enter the job market or those seeking to refine their career trajectory, this course fosters self-awareness, professional readiness, and strategic career planning.
WTP100 - Work-Integrated Learning option only
plus: General Education Course (1)

Work-Integrated Learning Term

Course Code	Course Name	Winter	Summer	Fall
MTC441	Mechanical Technician - CNC Programming, Work Term	Not offered	Hybrid Online In-person	Not offered
MTC441 - Work-Integrated Learning option only

Semester 3

Course Code	Course Name	Winter	Summer	Fall
CAM302	Computer Assisted Machining Lathe	Not offered	Not offered	In-person
	This subject is designed to provide students with the necessary skills to generate programs for CNC lathe machines using the PC-based Mastercam CAM software. Students will be introduced to the menu structure; 2D-geometry creation and editing; tool path creation and editing; tool path simulation, and the post processing required to generate G-codes for a Fanuc control CNC Lathe machine. Consideration will be given to the planning process that takes place prior to machining a part of a numerically controlled machine tool. Equivalent to CAM903 in part-time studies.
CNC301	CNC Manual Programming and Setup	Not offered	Not offered	In-person
	This course focuses on CNC manual programming codes and setup for Computer Numerical Control (CNC) milling machine centres with Haas Fanuc-style controllers, as well as 2-axis CNC lathe machines. This course is designed to complement and reinforce the learning concepts in CAM301 and CAM302.
CSF453	Control Systems Fundamentals	Not offered	Not offered	In-person
	This course covers the fundamentals of control systems. It covers the basic principles for designing and controlling simple mechanical, electrical and fluid systems. The fundamental concept of control system theory is covered. The course introduces various control systems including programmable logic controllers (PLCs) in a complex mechatronic system. Examples are given using the automation system SIMATIC S7 and the related programming software TIA portal/STEP7. Using computer simulation, students will learn the role the control system (PLC) plays within a mechatronic system or subsystem. They will also learn basic elements of PLC functions by writing small programs and testing these programs on an actual system (2 axis gripper pick and place unit). Students will learn to identify malfunctioning PLCs hardware, as well as to apply troubleshooting strategies to identify and localize problems caused by PLC software.
MDD301	Mould Design	Not offered	Not offered	In-person
	In this subject, students will have the opportunity to design a variety of moulds used to produce plastic parts. Some of the topics covered include flashing, venting, draft angles, shrinkage, cycle time, hot runners, gates, ejector pins and clamping devices. These tools will be drawn on AutoCAD using proper engineering specifications.
MTH255	Mathematics	Not offered	Not offered	In-person
	A sequel to MTH147, this subject studies complex numbers, applied and analytical trigonometry, quadratic equations, logarithmic and exponential functions with emphasis on electrical/electronic applications. In addition, an introduction to statistics and probability is covered.
plus: General Education Course (1)

Semester 4

Course Code	Course Name	Winter	Summer	Fall
CAM355	Computer Assisted Machining Level II	In-person	Not offered	Not offered
	This course is an introduction to Fusion 360 CAD/CAM software. Students will create solids and surfaces and use them to post process high-speed CNC milling machine routines. Students will continue learning 3D-geometry creation and editing; tool path creation and editing; tool path simulation, and the post processing required to generate advanced G codes for vertical machining centres. Students will also get an introduction to creating assemblies and renderings. Consideration will be given to the planning process that takes place prior to machining a part on a numerically controlled machine tool.
CNC401	Advanced Tool Setup	In-person	Not offered	Not offered
	This subject is designed to give students the necessary skills to properly plan and write a numerical control program. Topics covered include preparatory function, miscellaneous functions, linear interpolation, circular interpolation, sub programs, mirror function and canned cycles. Each student will have an opportunity to program and run the CNC machining center.
DIE401	Die Design	In-person	Not offered	Not offered
	This course deals with the logical approach and the procedures necessary to produce working detailed component drawings suitable for the manufacture of production tooling. Materials required to manufacture both the tooling and the finished manufactured part will be discussed to ensure finished tooling designs meet production requirements.
PRD602	Prototype Management	In-person	Not offered	Not offered
	Students learn to analyze finished parts by using state-of-the-art data acquisition scanning technology and related data manipulation software. Generated data will be used for the purpose of qualifying parts relative to original computer-designed solid models. Practical work includes the capturing of ordered data using a White and Blue Light scanner, the manipulation of point clouds, the creation and editing of polygon models, the qualification of parts relative to original design CAD models and the creation of surfaces suitable for exporting to CAD packages.
ROB555	Robotics Basics	In-person	Not offered	Not offered
	This course is designed for the robot programmers and start-up personnel. It covers the basics of robotics technology, robotics applications and related safety and standards. Students will learn function and safe use of a robotics system. Students will reliably demonstrate the ability to configure, modify, maintain, and integrate robotics systems to ensure that they function according to specifications. They will also learn how to integrate robotic systems with other automation equipment through discrete and/or analog I/O and real-time networking. Focus will be paid to safety and functions of the safety interface while working with robotics systems. Technical documentation related to manipulator, controller, and power subsystems of the robotic systems, such as schematics, data sheets and specifications will be also covered. By understanding the interworking of the complete system, students will learn and apply troubleshooting strategies to identify, localize and (where possible) correct malfunctions. Preventive maintenance and safety issues within the system will be discussed.
TEC400	Technical Communications	Flexible Online	Flexible Online	Flexible Online
	Using a variety of technical writing techniques and placing emphasis on brevity, clarity, conciseness, unity and coherence, this subject introduces the application of technical writing through a series of writing assignments. Basic research, effective oral communications and/or collaborative skills are also covered.
plus: General Education Course (1)

Program Learning Outcomes

Learn more about program learning outcomes for this program.

Archived Program & Course Information

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