Technology and Software Contracts Course

Lesson 1 • Essential Contract Formation Principles

Covers offer, acceptance, consideration, and capacity as applied to technology transactions. Grounds later drafting work in enforceable contract basics.

Lesson 2 • What Makes Tech Contracts Unique

Contrasts technology contracts with standard commercial agreements on risk, IP, and performance. Sets the conceptual baseline for the entire course.

Lesson 3 • Contract Lifecycle at a Glance

Traces a technology contract from negotiation through expiration or termination. Provides the process framework that organises all subsequent chapters.

Lesson 4 • Parties, Roles, and Relationships

Identifies vendors, customers, licensors, licensees, and intermediaries and their contractual obligations. Clarifies accountability structures students will encounter throughout the course.

Lesson 1 • IP Indemnification Provisions

Examines infringement indemnities, carve-outs, and remediation obligations in tech contracts. Students evaluate whether indemnity language adequately protects each party.

Lesson 2 • Ownership and Assignment Clauses

Analyses how contracts allocate ownership of developed software, custom code, and deliverables. Students distinguish work-for-hire from assignment and retained rights scenarios.

Lesson 3 • IP Rights Relevant to Software

Explains copyright, patents, trade secrets, and trade marks as they apply to software and data. Establishes the IP vocabulary used in every subsequent drafting exercise.

Lesson 4 • Open Source Compliance Obligations

Covers copyleft, permissive licences, and the obligations triggered when open source is incorporated. Students identify compliance risks before contract execution.

Lesson 1 • Maintenance, Updates, and Support Terms

Defines maintenance obligations, update entitlements, and support tiers within licence agreements. Students align support commitments with the licence fee structure.

Lesson 2 • Permitted Use and Restrictions

Drafts affirmative use rights alongside prohibitions such as reverse engineering and benchmarking. Precise restriction language prevents unauthorised use disputes.

Lesson 3 • Delivery, Acceptance, and Escrow

Covers delivery obligations, acceptance testing criteria, and source code escrow arrangements. Students draft acceptance procedures that protect customers without burdening vendors.

Lesson 4 • Licence Models and Pricing Structures

Compares perpetual, subscription, concurrent-user, and usage-based models and their contract implications. Students select the appropriate model for a given business scenario.

Lesson 1 • Subprocessors and Supply Chain Risk

Addresses vendor use of subprocessors, hosting providers, and third-party services in cloud delivery. Students draft subprocessor controls that preserve customer oversight.

Lesson 2 • Data Ownership and Processing Terms

Allocates ownership of customer data, usage data, and derived analytics in cloud agreements. Students draft data provisions that reflect regulatory and commercial expectations.

Lesson 3 • Service Level Agreements and Remedies

Drafts uptime commitments, measurement methodologies, and service credit remedies. Students calibrate SLA terms to the criticality of the customer's use case.

Lesson 4 • SaaS Contract Structure and Key Terms

Identifies the structural differences between SaaS agreements and traditional software licences. Students map SaaS-specific provisions to underlying business and technical requirements.

Lesson 1 • Liability for Privacy Breaches

Allocates liability for data breaches, regulatory fines, and third-party claims between contracting parties. Students draft indemnity and limitation clauses calibrated to privacy risk.

Lesson 2 • Sector-Specific Compliance Requirements

Examines compliance obligations in healthcare, financial services, and education technology contracts. Students tailor contract language to sector-specific regulatory requirements.

Lesson 3 • Privacy Frameworks Affecting Tech Contracts

Surveys major privacy regulatory frameworks and their contractual obligations for vendors and customers. Students identify which framework applies to a given technology transaction.

Lesson 4 • Regulatory Change and Compliance Covenants

Drafts compliance covenants, change-in-law provisions, and regulatory co-operation obligations. Students build contracts that adapt to evolving regulatory requirements without full renegotiation.

Lesson 1 • Negotiation Preparation and Strategy

Builds negotiation plans using BATNA analysis, issue prioritisation, and stakeholder mapping. Students enter negotiations with clear objectives and fallback positions.

Lesson 2 • Principles of Precise Contract Drafting

Applies plain-language drafting rules, defined terms, and consistent syntax to technology contract provisions. Students eliminate ambiguity that creates enforcement disputes.

Lesson 3 • Structuring and Organising Agreements

Designs agreement architecture using master agreements, order forms, schedules, and exhibits. Students build contract structures that are scalable and easy to amend.

Lesson 4 • Redlining and Markup Best Practices

Teaches systematic redlining, comment discipline, and version control in contract review cycles. Students produce professional markups that advance negotiations efficiently.

Lesson 1 • Negotiating Risk Allocation Positions

Applies negotiation strategy to warranty, indemnity, and liability cap positions in live deal scenarios. Students develop principled fallback positions for each risk allocation clause.

Lesson 2 • Indemnification Structures

Analyses mutual and one-sided indemnities, trigger events, and procedural requirements in tech contracts. Students draft indemnity clauses that are commercially balanced and enforceable.

Lesson 3 • Force Majeure in Technology Contracts

Examines force majeure triggers, notice obligations, and mitigation duties specific to technology services. Students draft force majeure clauses that account for cyber and infrastructure events.

Lesson 4 • Warranties in Technology Contracts

Covers express warranties, implied warranty disclaimers, and fitness representations in software deals. Students draft warranty language that sets enforceable performance expectations.

Lesson 1 • Handling Breaches and Cure Periods

Analyses material breach identification, notice requirements, and cure period management in tech contracts. Students draft and respond to breach notices effectively.

Lesson 2 • Dispute Resolution Mechanisms

Compares negotiation, mediation, arbitration, and litigation as dispute resolution options for tech contracts. Students select and draft appropriate dispute resolution clauses.

Lesson 3 • Performance Monitoring and Reporting

Drafts KPI frameworks, reporting obligations, and remediation triggers for technology service contracts. Students align performance metrics with contractual remedies.

Lesson 4 • Contract Renewal and Exit Planning

Plans contract renewals, renegotiations, and technology transitions to minimise operational disruption. Students draft exit and transition assistance provisions that protect continuity.